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District Purchasing Guide: Considerations for Foundational Reading �Ǹ��

DE Staff — Tue, 02 Jun 2026 14:54:22 +0000

Key takeaways

Choosing the right foundational reading solution requires asking the right questions.
Effective programs personalize learning for every student.
Student engagement and educator support are just as important as curriculum.

Is your district considering purchasing a supplemental foundational reading solution? This guide can help to ensure that your investments in learning technology improves student growth and achievement and supports educators.

An effective supplemental learning program provides engaging, adaptive, conceptual-based foundational reading curriculum to help personalize and increase learning outcomes. Identifying the right program can be a significant undertaking.

Important Considerations

An effective supplemental learning program provides engaging, adaptive, conceptual-based foundational reading curriculum to help personalize and increase learning outcomes. Identifying the right program can be a significant undertaking.

Consider These Questions When Evaluating �Ǹ�� That Help Young Students Learn to Read

Does the program engage young learners? What is the fun factor? Does it have fun characters and motivating storylines?
In what ways does the program address the specific learning needs of young learners (Pre K-5)? Intervention use cases?
How does the solution automatically differentiate learning? Does it provide just-in-time scaffolding that supports students as they need it?
How is educational technology and adaptivity used to deliver learning outcomes?
How does the program build mastery of critical foundational reading skills?
Does the solution align to Science of Reading and use a structured literacy approach?
Does the solution provide fluency practice?
How does the solution support student agency and help drive their motivation to learn?
How are learning paths personalized? Does the program adjust instruction and practice on the basis of progress and productive struggle?
How does the program motivate and engage students? Are students incentivized as they master skills? How is gamification used?
Does the subscription include implementation, onboarding and ongoing customer success?
Is ongoing customer support included in your subscription?
Does the solution follow best practices for instructional design?

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Sample Questions For Foundational Reading �Ǹ��

The right questions can help you uncover the nuanced differences between potential solutions and identify the fit that offers the best return on investment.

Adaptivity / Acceleration

How can the solution support the instructional needs of all students? How does it adapt to each student's unique needs?

Some requirements to consider:

How does the product personalize learning pathways to address MTSS, RTI, and offer differentiated learning for both acceleration and remediation?
How does the program speed-up, slow-down, and sequence lessons for each student to ensure their skills mastery?
If a student does not have a prerequisite sub-skill needed to complete an activity, does the program identify, rectify and return the student to grade level play?
How does the program determine what each student needs, based on their unique starting point?
How can educators make supplemental assignments for accelerated or struggling students?

Student Engagement/Agency

Do students want to return to the product again and again because they enjoy the play?

Some requirements to consider:��

How does the program delight, engage, and motivate students? Does it use gamification, rewards and other incentives?
How, specifically, does the student experience agency over their own learning?
How does the program promote a growth mindset in foundational reading skills?
Is the solution age-and grade-appropriate? How is student play built around storylines and themes that are attractive to young learners?
Can students track their own progress in the program?

Assessment & Curricular Insights

How is formative and summative assessment used to inform learning? How do potential solutions use technology to personalize the student experience?

Describe the use of assessment technology, both summative and formative.
How does the solution assess student productive struggle and strategies?
How well does the solution correlate to your state standards?
Does the solution align with your core curriculum? Ask them to provide examples.
Describe how capstones, milestones, and summative assessments are presented to students? How does the solution mitigate test anxiety?

Instructional Design

How does the curriculum and instructional design address foundational reading skills? How is technology used to reinforce reading skills mastery?

How does the program use targeted personalization to develop reading skills mastery?
How is explicit instruction provided? How is practice provided and does it support explicit instruction?
Describe the use of virtual manipulatives.
How do students receive feedback on their play? How does this feedback inform instruction?
How does the program build on prior learning and strategically move from simple to complex concepts?
How does the solution use instructional design and adaptivity to provide accelerated learning outcomes?

Implementation Success & Ongoing Professional Learning

How are your administrators and educators supported during implementation and use? Does the solution offer opportunities for training and development?

Describe the implementation and ongoing support provided by the vendor.
How accessible is professional development to educators, paraeducators, and administrators?

Integrations

How do you integrate rosters and support single sign-on? Will your method translate to ongoing ease of use by staff and students?

How are students rostered?
Does the program support SSO and rostering via Clever or ClassLink?
What support does the provider offer during implementation?

Explore Our Foundational Reading �Ǹ��

Ready to find the right foundational reading solution for your district? Explore DreamBox Reading and see how �Ǹ�� can help improve student growth and achievement.

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1st Grade Math Teaching Guide | Activities and Standards

Maggie Lazur — Mon, 01 Jun 2026 18:12:47 +0000

Key takeaways

First-grade math builds on the concepts and skills taught in kindergarten
While 1st-grade academic standards are generally similar, it’s important to learn your school’s specific expectations
To keep students engaged and attentive, lessons should be purposeful and focused, but also brief, hands-on, and engaging

When children begin 1st grade, they’re usually filled with excitement, curiosity, and energy. They’ve “graduated” from kindergarten and are familiar with classroom routines and expectations, and are generally eager to learn. Luckily, teachers can keep the momentum going by creating a classroom environment where learning and fun are both on the table. In this guide, we review 1st-grade math standards, outline teaching tips and strategies, and share five fun math activities that students love. Let’s get started!

1st Grade Math Standards

First-grade academic standards provide an overview of the concepts and skills students are expected to learn by the end of the school year. While programs like Common Core attempted to create more consistency across the United States, academic standards still differ by state, district, or individual school. Even so, 1st-grade math standards across the country focus on four main topics, including operations and algebraic thinking, place value and number sense, measurement and data, and geometry.

Operations and Algebraic Thinking

Students learn to represent and solve addition and subtraction problems within 20, and use mental math to solve problems within 10. They solve addition word problems with three whole numbers using objects, drawings, or equations with a symbol to represent the unknown number. They also use strategies such as counting on, making 10, or decomposing numbers to solve addition and subtraction problems.

Place Value and Number Sense

First graders learn to count and write numbers up to 120, and to use numerals to represent a specific number of objects. They’ll explore place value and understand that a two-digit number represents a certain amount of tens and ones. They’ll also learn to compare numbers using greater than, less than, and equal to symbols. Students will use place value knowledge to mentally add or subtract by tens and explain their reasoning.

Measurement and Data

Students learn to measure the length of an object using multiple shorter objects and express the length in whole numbers. For example, students might use several paper clips to measure the length of an envelope. Students will also learn to order three objects by length. In 1st grade, students use analog and digital clocks to write and tell time to the hour and half-hour. They will learn to collect, organize, and represent data in up to three categories, and ask and answer questions about the total number of data points, the amount in each category, and how many more or fewer there are in one category than another.

Geometry

Students will identify two-dimensional shapes and three-dimensional shapes. They will learn how to count and compare the sides and corners of shapes. First graders will also build and draw shapes like rectangles, squares, triangles, and trapezoids. Students will understand how to divide circles and rectangles into two and four equal parts, and describe those parts using the words halves, fourths, and quarters.

10 Tips for Teaching 1st Grade Math

While academic standards outline what students should learn by the end of the year, the way those skills are taught should be flexible, interactive, and responsive to students’ needs. While there’s no definitive, straightforward “recipe” for teaching 1st-grade math, we’ve outlined several intentional tips and strategies to help students understand math concepts and master key 1st-grade skills.

1. Build Number Sense

The ability to understand numbers and their relationships is essential for math success. Help students build number sense by using manipulatives for concrete understanding, connecting math to the real world, playing games, and encouraging students to explain their thinking.

2. Concrete-Visual-Abstract

Explore math concepts through concrete objects like counters or coins, then move to visual aids like number lines and hundreds charts, and finally to numbers and symbols. Children develop abstract reasoning skills later, so concrete learning is essential for understanding.

3. Build Fluency Through Strategies

Teach students strategies such as making 10, counting on, fact families, and doubles to help them solve problems more efficiently. When students learn strategies instead of relying on memorization, they develop the skills to solve more complex problems later on.

4. Consistent, Low-Stakes Assessment

Formative assessments are effective ways to assess student progress throughout the lesson. Additionally, asking students to reflect on their learning will help strengthen their critical thinking skills. Examples for 1st graders include: “thumbs up, thumbs down, or thumbs sideways” to show their understanding, drawing pictures to explain strategies, or simply circulating the room and observing closely. Consistent, low-stakes assessment also allows teachers to make adjustments or correct misunderstandings immediately.

5. Use Math Vocabulary

Incorporate math language throughout the day, modeling important terms like “sum,” “difference,” “vertices,” and more to strengthen understanding and prepare for more complex math challenges. Using proper terminology from the beginning avoids confusion later on!

6. Play Games

Board games, dice games, and card games all provide students with meaningful practice in important skills and concepts. Using mathematical games is also a low-pressure way for students to interact with and learn from one another.

7. Use Real-World Contexts

Activities like nature walks, shape hunts, or measuring ingredients allow 1st graders to understand that numbers are everywhere. Exploring real-world scenarios makes math feel meaningful and relevant.

8. Keep Lessons Short and Active

Young learners benefit from lessons that are brief but meaningful. Interactive, focused activities that encourage movement or hands-on learning keep 1st graders engaged and motivated.

9. Differentiate

First graders arrive in the classroom with differing levels of ability and readiness. Create lesson plans that provide extra support, practice, or challenge to meet every student’s needs.

10. Celebrate Progress

Encourage a positive math mindset by celebrating progress, not perfection. Students thrive in a supportive environment where they feel safe taking educational risks, making mistakes, and practicing new skills.

Also, be sure to check out our guide to teaching elementary math��for even more strategies to help your learners succeed in the classroom and beyond.

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5 1st Grade Math Activities

No matter which specific standards your school follows, consistently practicing 1st-grade math concepts helps students develop skills and confidence. Dreambox Math��is an online program designed to help students master standards-aligned math concepts. Through engaging, interactive math games and practice problems, Dreambox offers a personalized approach to practice.

1. Math Block Towers

When 1st graders are learning addition and subtraction, they need to see concrete examples of combining numbers to produce a new number. In this block tower activity, students choose two colors to show the sum of a two-digit equation. First, each student will need a worksheet or flashcards with addition problems (see the example below). Then, they’ll need 10 blocks in one color and 10 in another. Working individually or in pairs, students read the addition question and build a tower using the right number of blocks.

2. Bundle and Build

One of the first place value lessons 1st graders learn is the importance of the number 10 and how grouping items by tens helps us count. This hands-on activity uses popsicle sticks to help students visualize a group of 10 by bundling them together. Give each student 30 popsicle sticks (count these and bundle ahead of time). Working as a whole group, show the students how to bundle 10 sticks with a rubber band. Then, ask the students to count out more popsicle sticks–you can choose any number less than 10. For example, 1 bundle and 4 sticks represent the number 14. As students count and organize the sticks, they begin to build an understanding of tens and ones.

3. Marshmallow Shape Building

In 1st-grade geometry, students learn to identify 2D and 3D shapes correctly. This fun (and tasty!) activity helps develop spatial intelligence and makes the abstract concept of shapes easier to understand. First, give each student a handful of mini marshmallows and several toothpicks. As a whole group, discuss the attributes of shapes they’ve already learned, drawing each on a large white board. First graders will then form 2D shapes using marshmallows and toothpicks. When completed, have volunteers explain their process. Time permitting, work on creating 3D shapes, such as cones, cubes, or pyramids.

4. Online Math Activities

If your 1st graders are begging for screen time, turn it into a learning opportunity by utilizing online math programs, practice problems, or math apps. Be sure to check out DreamBox’s award-winning��online math program. DreamBox’s personalized program is filled with practice opportunities and interactive activities that support your child’s unique math journey.

5. Measurement Activity

1st graders concentrate on different types of measurement, and this activity has always been a hit with my students and is perfect for the beginning of the school year. Each student writes their first name on a strip of paper. If needed, provide strips with boxes to guide letter placement. Working as a group, glue the strips of paper on a large poster board, ordering them from shortest name to longest name. For example, the chart might begin with “Amy” (3 letters) and end with Christopher (10 letters). Extend the activity by having the students compare the names using math vocabulary, such as “longer than,” “shorter than,” or “equal to.”

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Professional Development for Math Teachers: A Complete Guide

Michael Healey — Mon, 01 Jun 2026 17:20:56 +0000

Key takeaways

Professional development for math teachers is most effective when it is classroom-based and connected to the real challenges teachers face when helping students understand math.
Effective math instruction is not just about getting correct answers. It is about helping students explain their thinking, work through confusion, and build confidence as problem-solvers.
Elementary math professional development is especially important because early math experiences can shape how students see themselves as learners for years to come.

Math is one of those subjects that can shape how students see themselves as learners. Some students see math as a challenge they can work through. Others decide early that they are “not a math person.” Once that belief takes hold, it can be difficult to change.

That is why math professional development for teachers��matters so much. The way students experience math, especially in the early grades, can influence their confidence for years, which is why math professional development for elementary teachers��is such an important part of building strong early math instruction. When teachers have the support, strategies, and time to grow in their practice, students benefit.

I have always believed that some of the best math teachers are not always the people for whom math came easily. Often, they were students who had to work through it on their own to understand it. Because of that, they know what it feels like when a concept does not click right away. They know when to slow down, explain an idea in a different way, and help students build confidence when math does not feel natural at first.

That kind of perspective matters, but teachers also need time and support to keep strengthening their practice. That is one reason strong math professional development matters. A single PD session can introduce an idea, but real improvement happens when teachers are given the time to practice, reflect, and adjust. That kind of ongoing professional learning helps teachers strengthen their practice in ways that directly support students.

What Is Math Teacher Professional Development?

Math teacher professional development is PD designed to help teachers improve how they teach math. It may focus on content knowledge, instructional strategies, assessment, intervention, technology integration, or student engagement.

Effective professional development for math teachers��helps them answer the questions that matter most, including: How do I help students understand the concept, not just memorize the steps? How do I support students who are falling behind without holding others back? How do I know when students really understand?

Meaningful professional development also helps teachers feel more confident. Not every elementary teacher enters the classroom feeling equally comfortable teaching math. Many are excellent educators who still want more support with math content and instructional routines. Elementary math professional development can help teachers strengthen both their understanding of the content and their ability to teach it clearly.

What Are the Different Types of Professional Development for Math Teachers?

There is no single model of professional development��that works for every teacher or every school. The most effective approach usually includes a mix of learning opportunities.

Workshops and training sessions can be helpful when teachers are learning a new curriculum, instructional model, or assessment approach. These sessions work best when they are focused and connected to what teachers are expected to do in the classroom.

Professional learning communities, or PLCs, also help to support teacher improvement. When teachers meet on a regular basis to review student work, discuss lessons, examine data, and plan, professional development becomes part of the school’s expected routine.

Online learning and self-paced modules can provide flexibility, especially when teachers need support on a specific topic. Peer observation can also be powerful because teachers learn a great deal by watching one another teach, discussing what worked, and reflecting on student learning.

For school administrators, the most important step in effective math professional development for teachers��is alignment. Professional development needs to connect to curriculum, student needs, district goals, and classroom realities. If teachers cannot see how the training connects to their daily work, it is unlikely to have a lasting impact.

What Kinds of Certifications Can Math Teachers Get?

Certification requirements vary by state, grade level, and teaching assignment, so teachers should always check their state education department or certification office for specific requirements. In general, math-related certifications may include elementary education certification, middle school mathematics certification, secondary mathematics certification, or additional math instruction endorsements.

Some teachers may opt to pursue advanced coursework in mathematics education, curriculum and instruction, special education, educational technology, or intervention. Others may complete subject-specific assessments required by their state, such as math content exams used for certification or additional teaching areas.

Not every professional learning opportunity needs to lead to a new degree or certification, though. Teachers can also build skills through targeted learning in areas such as math intervention, differentiated instruction, data use, or technology integration. For many teachers, those focused opportunities are the most useful because they connect directly to the challenges they are seeing in the classroom.

For elementary teachers, the goal is not always to become a math specialist. Sometimes the goal is to become more confident and effective with the math they teach every day. That is why math professional development for elementary teachers��should be practical, classroom-based, and connected to the concepts students need most.

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What Are the Benefits of Professional Development for Math Teachers?

The biggest benefit of math professional development for teachers��is improved instruction. When teachers strengthen their own understanding of math and learn effective strategies for teaching it, students are more likely to develop a real understanding.

Another benefit is stronger intervention. In every school, there are students who struggle with math. Professional development can help teachers identify where students are getting stuck and respond with strategies that address the actual gap. That is different from simply reteaching the same lesson in the same way.

Professional development also helps schools get on the same page. When teachers use the same language, expectations, and instructional approaches, students have a clearer path from one grade level to the next.

It also matters for teachers. Most teachers want to keep improving, but to do that, professional development has to feel useful and relevant. When it connects to the real work happening in the classroom, professional development for math teachers��feels supportive rather than like one more thing added to their list of requirements.

Ultimately, professional development is not just about adult learning. It is about improving students’ daily classroom experience. The goal is to give teachers practical support they can use to help students learn, grow, and build confidence in math.

5 Tips for Improving Yourself as a Math Teacher

1. Pay Attention To How Students Think

Obviously, correct answers matter, but they do not always show what students understand. A student may follow a procedure correctly without understanding the concept behind it. Another student may make a small error but demonstrate solid mathematical thinking.

One of the best ways to grow as a math teacher is to listen carefully to how students explain their thinking. Ask students how they arrived at their answer. Ask them to compare strategies. Ask them what makes sense and what still feels confusing.

2. Give Students Chances To Explain Their Thinking

Math classrooms should give students the opportunity to talk through their thinking. That does not mean every lesson needs to turn into a full-class discussion. It just means students need regular chances to explain how they solved a problem, ask questions, and hear how other students approached the same idea.

Teachers can help here by using think-pair-share conversations and prompts that give students a way to explain their thinking. Over time, students begin to see that math is not just about getting an answer quickly. It is about working through a problem and understanding why the answer makes sense.

3. Use Assessment to Adjust Instruction

One of the most important, and sometimes overlooked, parts of math instruction is using assessment to decide what happens next.

Assessment should do more than produce a grade. It should help teachers understand what students know, where they are confused, and what they need next.

Informal check-ins, exit tickets, student explanations, and small-group observations can all provide teachers with useful information. The key is to actually use that information. Sometimes that means reteaching a concept. Sometimes it means using a different model or example. Sometimes it means giving students more practice or moving them into a more challenging task when they are ready.

4. Learn With Other Teachers

Improving instruction should not be left solely to individual teachers. Some of the best professional learning happens when teachers work together, look at student work, and talk honestly about what is working. That can happen through formal processes such as grade-level meetings, department meetings, or PLCs, but it can also happen in everyday planning conversations with fellow teachers.

The important thing is to keep the conversation focused on students: What did they understand? Where did they struggle? What worked? What should we try next?

Those are the types of questions that keep professional development and professional learning focused on student improvement.

5. Keep The Work Practical

Professional development does not always require a major shift in how we operate. Sometimes improvement comes from small, consistent adjustments: asking better questions, using a clearer visual model, giving students more time to explain, or planning one stronger problem-solving task.

That is important because teachers are already managing a lot. The best professional development for math teachers��respects that reality. It gives teachers tools they can actually use, not just ideas to think about later.

Supporting Math Teachers Supports Students

The experience of learning math can last a long time. It shapes how students solve problems, approach challenges, and feel confident as learners. When students believe they can understand math, they are more likely to keep trying when the work becomes difficult.

That belief does not happen by accident. It is built through strong instruction, supportive classrooms, and teachers who continue to grow in their practice.

Elementary math professional development��is especially important because it supports the teachers who help students build the foundations of their early math learning. Those early experiences matter. They can either open doors for students or create barriers that become harder to overcome later.

That is why schools should view math professional development for teachers��as more than a compliance requirement. It is an investment in better instruction, stronger teacher confidence, and improved student learning.

When professional development is practical, aligned, and ongoing, it helps teachers do what they entered the profession to do: help students learn, grow, and see what is possible.

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Career Clusters: What They Are and How Students Can Choose One

Michael Healey — Mon, 01 Jun 2026 16:34:43 +0000

Key takeaways

Career clusters help students explore future career paths by organizing jobs and industries into broad, easier-to-understand categories.
The 16 career clusters give students a starting point for connecting their interests, strengths, coursework, and goals to real-world opportunities.
Choosing a career cluster should not lock students into one path. It should help them ask better questions, explore options, and make more informed decisions.

“What do you want to be when you grow up?” It’s a question we ask kids all the time, but for many students, it is not an easy one to answer. Most students know what they enjoy, such as science, technology, helping others, building things, or being creative, but they may not know how those interests connect to real careers.

That is where career clusters��can help.

As a superintendent, I often think about how schools can make learning feel more connected to life beyond graduation. This connects to the Portrait of a Graduate work that many districts are already doing. At its core, that work asks a simple question: what should students know and be able to do by the time they leave us? For most schools, the answer includes communication, critical thinking, problem-solving, collaboration, adaptability, and career readiness.

Career clusters��and career exploration should feel like a starting point for students. Most adults do not follow one straight career path. People change jobs, switch careers, and rethink their goals over time. With that in mind, the goal is not to lock students into one path. It is to help them learn more about themselves, understand the options available to them, and build skills they can use wherever they go next.

What Are Career Clusters?

Career clusters��group similar careers based on the skills, knowledge, and types of work they share. They give students, families, and educators a clearer way to sort through a wide range of career options.

The benefit of career clusters is that they provide students with a starting point. A student does not need to know right away whether they want to be a nurse, a physical therapist, a lab technician, or a physician. They can begin with the Health Science cluster and then learn more about the specific pathways within it.

Giving students a place to start career exploration matters because many of them only know about the careers they have seen directly. Career clusters help them move from the familiar to the possible. They may already know about teachers, doctors, police officers, or business owners, but they may not know as much about logistics, cybersecurity, agricultural technology, advanced manufacturing, environmental science, public administration, or digital media.

It also helps us, as schools, have better conversations with students about the classes they choose, the electives they take, and the ��or work-based learning opportunities they may want to explore. When students can see how what they are learning connects to future opportunities, school feels more meaningful.

It is also important to point out that career clusters��do not replace strong academic programs. Students still need to build skills in reading, writing, math, science, communication, and problem-solving. Those skills matter no matter what career path a student eventually chooses. Career clusters��simply help students see how those skills can be used in different settings.

What Are The 16 Career Clusters?

The 16 career clusters��provide a framework for helping students explore different fields of work. Each cluster includes many careers, pathways, and levels of education or training. Some careers require a four-year college degree or a graduate degree. Others may require an associate degree, technical training, an apprenticeship, industry certification, military training, or on-the-job experience.

That is an important point for students to understand. There is more than one way to build a successful future. College is the right path for many students, but it is not the only path. Career readiness should help students see the full range of options available to them and understand what each path may require.

Here is a closer look at the 16 career clusters��and how students might begin thinking about each one.

Agriculture, Food & Natural Resources

The Agriculture, Food & Natural Resources cluster includes careers connected to farming, food production, animal science, natural resources, environmental systems, and sustainability. Students who enjoy science, the outdoors, animals, plants, conservation, or food systems may find this cluster interesting. It can include careers in agricultural business, veterinary science, forestry, environmental protection, food science, soil science, and renewable natural resources.

Architecture & Construction

Architecture & Construction focuses on the design, planning, construction, and maintenance of structures. It includes careers in architecture, construction management, carpentry, electrical, plumbing, HVAC, and engineering-related fields. For students who like hands-on work, design, problem-solving, or seeing a project move from an idea to a finished product, this cluster can be very interesting.

Arts, Audio/Video Technology & Communications

The Arts, Audio/Video Technology & Communications cluster includes careers in visual arts, design, journalism, broadcasting, video production, performing arts, digital media, and communication. Students who enjoy creating, designing, performing, writing, or producing may be drawn to this cluster. These careers often require creativity, technical skills, collaboration, planning, and communication.

Business, Management & Administration

Business, Management & Administration includes careers related to running organizations, managing people, planning projects, and helping businesses function effectively. Students interested in business, entrepreneurship, organization, or problem-solving may want to explore this cluster. Business-related skills apply to many industries, including health care, finance, construction, technology, nonprofits, and government.

Education & Training

The Education & Training cluster includes careers focused on teaching, training, and helping people develop knowledge and skills. This includes classroom teachers, teaching assistants, school counselors, administrators, and early childhood educators. As a superintendent, I can attest to just how important this cluster is. Schools depend on talented educators and support professionals who care about students and understand how to help them learn and grow.

Finance

Finance includes careers in banking, accounting, insurance, investing, financial planning, and business finance. Students who enjoy numbers, analysis, planning, organization, or helping people make informed decisions may be interested in this area. Financial literacy is also important for every student, even those who do not plan to pursue a career in finance.

Government & Public Administration

The Government & Public Administration cluster includes careers in public service, policy, local government, ��planning, and public administration. Students who are interested in leadership, community issues, government, law, public policy, or civic responsibility may want to explore this cluster. It helps students understand that communities need people who are willing to serve, organize, plan, and make decisions that affect others.

Health Science

Health Sciences includes careers focused on helping people maintain or improve their health. This includes doctors, nurses, physical therapists, dental hygienists, pharmacists, medical laboratory technicians, emergency medical technicians, and many other health-related roles. Some health science careers require advanced degrees, while others may begin with certification, an associate degree, or technical training. That helps students understand that there are many different ways to enter the health science field.

Hospitality & Tourism

The Hospitality & Tourism cluster includes careers in restaurants, lodging, travel, recreation, event planning, tourism, and customer service. Students who enjoy working with people, planning experiences, organizing events, cooking, or traveling may find this cluster appealing. It also helps students see the importance of communication, professionalism, teamwork, and customer service.

Human Services

Human Services focuses on helping individuals and families meet personal, emotional, and social needs. It includes careers in counseling, social services, family support, community services, and mental health support. Students who are empathetic, patient, good listeners, and interested in helping others may be drawn to this cluster. It also helps students understand the value of compassion, confidentiality, communication, and trust.

Information Technology

The Information Technology cluster includes careers related to computers, AI, networks, software, cybersecurity, data, technical support, and digital systems. Students who enjoy technology, coding, troubleshooting, or systems thinking may want to explore this cluster. It is also an important area for students to understand because technology is now part of almost every field of work.

Law, Public Safety, Corrections & Security

The Law, Public Safety, Corrections & Security cluster includes careers focused on protecting people, enforcing laws, responding to emergencies, and supporting public safety. Students who are interested in law, helping others, emergency response, investigation, safety, or community protection may be interested in this cluster. It is a good fit for students who can handle responsibility, communicate clearly, make sound decisions, and remain calm under stress.

Manufacturing

Manufacturing includes careers in automation, quality control, production, robotics, machining, and advanced manufacturing. Students who enjoy hands-on work, technology, mechanics, or problem-solving may be interested in this cluster. Today’s manufacturing is highly technical and often involves robotics, computer-controlled systems, and emerging technologies such as AI.

Marketing, Sales & Service

The Marketing, Sales & Service cluster includes careers focused on promoting products, understanding customers, building brands, selling goods or services, and supporting customer relationships. Students who enjoy communication, creativity, social media, business, design, or working with people may be interested in this cluster. It can help students see how communication, creativity, business skills, and data work together in many different careers.

Science, Technology, Engineering & Mathematics

The Science, Technology, Engineering & Mathematics (STEM) cluster includes careers that often require scientific research, engineering, math, design, testing, and innovation. These careers often involve creating new solutions, improving existing systems, and using evidence to solve real-world problems. Students who enjoy asking questions, solving complex problems, experimenting, building, analyzing data, or understanding how things work may be interested in this cluster.

Transportation, Distribution & Logistics

Transportation, Distribution & Logistics includes careers related to moving people, products, and materials safely and efficiently. This includes aviation, automotive technology, trucking, shipping, storage, supply chain management, logistics planning, and maintenance. Students who enjoy vehicles, systems, planning, mechanics, operations, or problem-solving may be interested in this cluster.

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5 Tips for Choosing a Career Cluster

Choosing a career cluster should be an intentional process, but it should not feel like a final decision. It is important to remember that students are still learning about themselves. Their interests can, and often will, change as they are introduced to new classes, experiences, and opportunities. The goal is simply to help students begin exploring their options with more purpose.

1. Use Interests as a Starting Point, Then Look Deeper

Interests are a good place to start when students explore career clusters. They can help students start to recognize patterns in what they enjoy, what they are curious about, and what types of work may be worth exploring further.

Schools can support this by using career interest inventories. A career interest inventory can help students identify potential career clusters��based on their interests and strengths.

As they explore potential career clusters, students should also consider their skills, values, work habits, and the kinds of environments where they may be most successful. This helps students move beyond what sounds interesting and begin thinking more clearly about what may be a potential long-term fit.

2. Connect School Subjects to Career Possibilities

Students sometimes separate school from the “real world.” Career clusters��can help close that gap.

A student who likes math may want to explore Finance, Information Technology, Architecture & Construction, Manufacturing, or STEM. A student who enjoys writing may want to explore Arts, Audio/Video Technology & Communications, Marketing, Education, Government, or Law. A student who enjoys science may connect with Health Science, Agriculture, STEM, or Manufacturing.

This does not mean students need to love every subject. It means they should start noticing where their strengths show up. Sometimes a class gives students a clue about a future pathway they had not considered before.

3. Explore Several Career Clusters

Students do not need to just choose one career cluster. In fact, exploring more than one can be helpful.

Many careers overlap across clusters. A student interested in sports may explore Health Science, Marketing, Education, Hospitality, or Business. A student interested in technology may explore Information Technology, STEM, Manufacturing, or Finance. A student interested in helping people may explore Human Services, Health Science, Education, Law and Public Safety, or Government.

Exploring more than one cluster helps students compare different possibilities and keeps them from narrowing their options too soon.

4. Learn from People Doing the Work

Career exploration is more meaningful when students hear from people who actually work in a field. Guest speakers, career days, job shadowing, internships, and virtual connections can all help students understand what different careers are really like.

Students should leave these experiences with a clearer picture of what different careers actually involve. They should understand what a typical day looks like, which skills are most important, what training may be required, which parts of the work can be challenging, and what people often find rewarding. They should also begin to understand what steps can help them get started.

This is one of the places where schools can have the biggest impact. When educators connect students with real professionals and real workplace examples, career exploration becomes easier to understand. Students can begin to see what different careers actually look like and imagine where they might fit.

5. Focus on the Next Step, Not the Whole Future

Students do not need to map out their entire future before they take the next step.

Choosing a career cluster does not lock students into one path. It gives them a place to begin.

The next step may be choosing an elective, joining a club, taking a CTE course, attending a career fair, researching a career, talking with a counselor, visiting a workplace, or learning about certification programs. For older students, it may also mean comparing college programs, military options, or workforce training opportunities.

The question should not always be, “What do you want to do for the rest of your life?” For many students, that can feel too big. A better question to ask is, “What would you like to learn more about next?”

That shift matters. It helps students continue exploring without making the process feel overwhelming.

Career Clusters Help Students Connect School to Their Future

Career clusters��help students see more possibilities for themselves and understand that the skills they are building in school have value beyond the classroom. Reading, writing, problem-solving, collaboration, creativity, professionalism, and perseverance all matter in the workplace. Students need to hear that message often and see what it looks like in real careers.

These clusters also help schools have better conversations with students and families. Instead of treating career planning as something that happens only near graduation, schools can introduce career exploration��earlier and build on it over time. Younger students can learn about broad areas of work, middle school students can explore interests and strengths, and high school students can connect those interests to courses, pathways, credentials, college programs, and ultimately, career goals.

The 16 career clusters��are helpful because they give students a way to organize their options. They do not make the decision for the student or determine the path they must follow. Instead, they help students better understand the range of possibilities available to them. For many students, that added clarity can make a real difference.

Career readiness is not about pushing students toward a specific job. It is about helping them understand their options, build useful skills, and prepare for these opportunities. Career clusters give schools, families, and students a way to start that process.

In today’s world, students need more than academic knowledge to succeed after graduation—they need real-world skills, confidence, and the ability to adapt to an ever-changing workforce.

Students don’t become career-ready just because they complete the traditional requirements for graduation. They develop these skills when schools provide purposeful learning, real experiences, and connections to the world beyond the classroom.

Understanding what career readiness is, why it matters, and how to build it into the school experience is essential for helping students succeed in college, careers, and life.

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Science Techbook: Common Q&A for Curriculum Evaluation

David Bryan — Sat, 30 May 2026 03:53:41 +0000

Evaluating curricula like �Ǹ��’s Science Techbook for possible adoption is never simple or easy, but we want to help. Use this set of key questions with detailed answers as a guide to how our program can support educator and student success in your school or district.

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Key Questions and Answers about Science Techbook

1. Is Science Techbook aligned to our state science standards?

Short answer: Yes, and it’s built for the way today’s science standards actually work, not just mapped to them after the fact.

Science Techbook is designed around A Framework for K–12 Science Education, the research base behind the Next Generation Science Standards (NGSS). More than 44 states have adopted standards based on that framework.

What that means in practice:

Every Course, Unit, Concept, and lesson is aligned to NGSS performance expectations.
The curriculum reflects all three dimensions that modern science standards require: disciplinary core ideas, science and engineering practices, and crosscutting concepts.
Each lesson includes embedded alignment callouts so teachers always know exactly which standards are in play.

Not an NGSS state? Science Techbook is still a viable curriculum. Its instructional practices—hands-on investigations, real-world phenomena, and evidence-based reasoning—are consistent with what almost every state science framework demands. You can always count on it to strengthen scientific thinking and deepen student understanding. Plus, we have many state-specific editions that your representative can tell you more about.

2. Does Science Techbook integrate the three dimensions of science learning?

Short answer: Yes, three-dimensional learning is built into every lesson.��

The three dimensions of the NGSS—disciplinary core ideas (DCIs), science and engineering practices (SEPs), and crosscutting concepts (CCCs)—are incorporated into every Science Techbook Concept and lesson.��

Here’s what that looks like for teachers and students:��

For teachers: Educator notes embedded directly in lessons at point-of-use indicate exactly where three-dimensional learning is happening and how to facilitate it. There’s no need to flip between a �ٱ𲹳��’s guide and a lesson plan.��

For students: Every Concept is built around a real-world phenomenon that students return to over and over. As they explore, explain, and elaborate, they’re applying practices like asking questions, developing models, and constructing evidence-based explanations.��

Talk and discussion prompts throughout lessons ask students to share their reasoning with peers, a critical component of authentic scientific practices. The result is three-dimensional learning that’s not only rigorous but practical for busy classrooms to actually implement.��

3. Is Science Techbook built around real-world phenomena and problem-solving?

Short answer: Completely! Phenomena form the backbone of every Concept.

In Science Techbook, every Concept starts with a compelling real-world phenomenon and presents engaging topics like “Why do wolves howl?”, “How do bees find nectar?”, and “What causes shadows?” Students return to the anchor phenomenon throughout the Concept, with each new investigation and activity adding another layer of understanding.

What makes this approach effective:

Four entry points: Phenomena can be introduced through video, images, datasets, or hands-on activities, giving teachers flexibility and students multiple ways to connect.
Sustained engagement: The phenomenon threads through every lesson in a Concept, so students stay invested in figuring out why, not just learning what.
Original content: For elementary students, �Ǹ��’s exclusive Real-World Phenomena Jr. series pairs short videos with ready-to-use instructional activities designed specifically to bring science to life. Older students also get age-appropriate content, hands-on activities, and interactives.
Student-as-scientist: Rather than simply telling students answers, Science Techbook lets learners ask questions and make predictions, collect and analyze data, build and revise models, and make evidence-supported claims, like real scientists.

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4. Does Science Techbook actively engage students and support different learning styles?

Short answer: Yes, it is specifically designed to engage K–12 students, and it offers multiple modalities for learning.

�Ǹ��’s Science Techbook captures student attention with exclusive, original, and highly engaging content, all vetted by curriculum experts and differentiated by grade level. Lessons let students experience phenomena through video, images, datasets, or hands-on activities, ensuring everyone has access to learning.

A variety of learning experiences:

Hands-on labs and activities
Interactives
Age-appropriate video content
STEAM projects and career connections
Multiple reading levels and content in both English and Spanish
An interactive glossary with visuals, animations, and videos

Built-in accessibility and language support:

Immersive Reader translates lessons into more than 100 languages
Text-to-speech, highlight and annotation tools, and a PDF document reader
WCAG 2.1 AA compliant for students with disabilities
Google Translator compatible

Content students see themselves in: Phenomena and content tap into students’ interests and reflect their world, so learning is relevant and connections last beyond the classroom.

5. Does Science Techbook support student-led investigations and inquiry?

Short answer: Yes, students actually do science rather than just watch it happen.��

Students take on the role of scientist or engineer to make sense of a phenomenon and deepen their learning. Every Concept is structured around authentic inquiry, where students drive their own understanding through investigation and evidence-based claims.��

In a Science Techbook Concept, students:��

Ask questions and make predictions about a real-world phenomenon��
Plan and conduct hands-on investigations��
Collect and analyze data to look for patterns and relationships��
Build and revise models as their understanding grows��
Construct evidence-based explanations using a claim, evidence, and reasoning (CER) framework��
Communicate and refine their thinking through structured peer discourse��

Explore lessons ask students to dive into inquiry: they make observations, test ideas, and gather evidence. By the time they reach Explain lessons, they have shared experiences to build on, which strengthens their reasoning and comprehension.

6. Does Science Techbook provide a coherent scope and sequence across grade levels?

Short answer: Yes, every grade level is built on a structured, phenomena-driven progression that gives teachers a clear roadmap from the first day of school to the last.

Science Techbook is a complete instructional system, with a scope and sequence that builds conceptual understanding in grade-appropriate ways throughout each grade range (K–5, 6–8, and 9–12).

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7. What evidence is there that Science Techbook improves student outcomes?

Short answer: Science Techbook meets Tier III and Tier IV evidence requirements in compliance with the Every Student Succeeds Act (ESSA).��

�Ǹ�� engaged a third-party edtech research company to develop a logic model for Science Techbook. LearnPlatform by instructure designed the logic model to satisfy Level IV requirements (Demonstrates a Rationale) according to the Every Student Succeeds Act (ESSA).��

To continue building evidence of effectiveness and to examine the proposed relationships in the logic model, �Ǹ�� plans to conduct an evaluation to determine the extent to which Science Techbook produces the desired outcomes. Specifically, plans are to begin an ESSA Level II study.��

Based on this, Science Techbook meets Tier IV evidence requirements in compliance with ESSA.��

8. How easy is Science Techbook for teachers to implement with fidelity?

Short answer: Easier than most programs. The majority of teachers feel confident after a short orientation.��

Science Techbook makes high-quality science instruction easier, clearer, and more impactful from day one. It supports every teacher, whether they’re experienced or teaching science for the first time.��

Implementation is straightforward:��

Intuitive structure: Courses, Units, Concepts, and lessons follow a clear, predictable progression that mirrors how teachers already plan. It follows the 5E inquiry model—Engage, Explore, Explain, Elaborate, Evaluate—that is widely used in curricula.��
No platform to learn: Teachers simply click into the lesson they’re teaching.��
Guidance at point of use: Instead of flipping between teacher editions, lesson plans, and slides, teachers will find all instructional support—discussion prompts, pacing cues, differentiation tips, three-dimensional teaching reminders—directly inside lessons.��
Consistent experience across grades: Navigation works the same way at every grade level, so teachers who move or expand to new grades don’t have to start over.��

9. How much prep time does Science Techbook require for teachers new to the resource?

Short answer: Much less than typical curriculum adoption—lessons are ready to teach on day one.��

One of the most common concerns during curriculum adoption is the time it takes teachers to get up to speed. Science Techbook is specifically designed to give teachers time back.��

What comes built-in with no extra teacher prep required:��

Pacing guidance and time estimates for every lesson
Materials lists ready to reference before each hands-on activity��
Suggested talk prompts and discussion cues��
Differentiation supports and scaffolds embedded in the lesson��
Checks for understanding built into lesson flow��

Flexible onboarding: Professional learning resources include quick-start guides, short self-paced modules, and live or virtual sessions, all designed to fit into packed schedules.��

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10. Can teachers customize or modify Science Techbook content to meet the needs of their specific classroom?

Short answer: Yes, every lesson is fully editable, and customization is built into the workflow.��

Science Techbook is a curriculum that gives educators a quick, easy way to meet the unique needs of their classroom.��

What teachers can do:��

Add local or community-specific content to increase relevance for their students��
Adjust pacing to match their instructional schedule��
Adapt language, prompts, or activities to reflect their classroom context��
Assign specific content to individual students or small groups as needed��

What stays constant when customizing: Phenomena storylines, three-dimensional learning progressions, and standards. Teachers can edit lessons freely without losing coherence or standards alignment.��

Offline and download options add flexibility: Many resources can be downloaded for offline use or printed, giving teachers options in low-tech environments or areas with unreliable internet.��

11. How does Science Techbook support differentiated instruction for advanced or struggling learners?

Short answer: Differentiation is built into the core of the curriculum.��

Reaching every learner in a diverse classroom is one of the biggest challenges in science instruction. Science Techbook addresses this through a combination of flexible content delivery, embedded scaffolds, and a variety of accessibility tools.��

For students who need more support:��

Multiple reading levels within the same lesson keep all students engaged with grade-level content��
Immersive Reader provides language and literacy support and translates lessons into more than 100 languages��
Text-to-speech, highlight and annotation tools, and a PDF document reader reduce barriers to access��
Spanish-language content is included throughout��
Research-based teaching strategies for English learners are embedded in teacher notes��

For advanced learners:��

Research-based strategies for extending learning for advanced students are included in teacher guidance��
Elaborate lessons provide STEAM projects that challenge students to apply science ideas in new, creative contexts��
The ability to assign differentiated content to individual students or small groups gives teachers great control��

For every student:��

The program is WCAG 2.1 AA compliant��
Phenomena-first instruction means all students share hands-on experiences before encountering text, lowering the barrier to comprehension and giving everyone a foundation to build on

12. What does assessment look like in Science Techbook, and how can we track progress?

Short answer: Assessment is woven throughout the curriculum, so teachers always know where students are and can adjust instruction in real time.

Science Techbook takes a multi-layered approach to assessment based on the way learning actually works: Formative checks are embedded throughout every Concept, and summative options give teachers and students flexibility in demonstrating understanding.

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13. How well does Science Techbook align to core curriculum?

Short answer: Science Techbook is designed as Tier 1 K–12 core instruction. In addition, it actively reinforces literacy and math, making every science minute count for more.��

Science Techbook isn’t a supplemental add-on to a district’s core curriculum. Rather, it is a core science K–12 curriculum, delivering rigorous, grade-level, three-dimensional instruction that meets Tier 1 standards.��

What Tier 1 means here: Every lesson is designed to provide all students with access to high-quality, standards-aligned science instruction, not just enrichment for some students or intervention for others. Differentiation tools and scaffolds ensure that every learner can access Tier 1 instruction.��

Beyond science: Science Techbook is ideal for today’s classrooms because it naturally integrates literacy and math into science instruction.��

Literacy: Students read complex texts after building conceptual understanding through hands-on experience. They write scientific explanations, develop vocabulary using an interactive glossary, and build comprehension through before-during-after reading strategies.��
Math: Students collect and analyze data during investigations, use mathematical models to explain phenomena, and develop problem-solving skills through hands-on and virtual activities.��
ELA/math standards alignment: Lessons include embedded ELA and math connection callouts in teacher notes—no extra planning required. Teachers can easily reinforce multiple standards in a single instructional block.��

14. Does Science Techbook build toward college, career, and STEM readiness?

Short answer: Yes, STEAM learning and career connections are built directly into the curriculum, so students can develop the mindsets and skills of scientists and engineers, starting in elementary.��

College and career readiness shouldn’t be a focal point only near the end of a student’s educational journey. Science Techbook makes the connection explicit from the earliest grades, embedding STEAM projects, career exploration, and real-world problem-solving into core instruction.��

STEAM projects and engineering design:��

Elaborate lessons in each Concept include a STEAM career exploration and a hands-on STEAM project that connects the science ideas students have been learning to real-world applications��
Students apply steps of the engineering design process—identify a problem, design a solution, test and revise—building the iterative thinking that defines STEM careers��
STEAM in Action highlights direct connections between what students are doing in the classroom and current and future careers in science, technology, engineering, arts, and math��

Foundational skills that are transferable: Science Techbook builds more than content knowledge. Across every Concept, students develop:��

Scientific reasoning: Asking questions, analyzing evidence, making claims, and revising thinking based on new information��
Communication skills: Explaining ideas in writing, through models, and in peer discourse��
Data literacy: Collecting, graphing, and interpreting data during investigations��
Critical thinking and problem-solving: Designing solutions to real-world challenges��

These are the durable skills that research consistently links to college and career success and that STEM employers say they most want to see. Districts often pair Science Techbook with��Ǹ�� Experience��to further develop student career readiness. In addition, educators can build students’ curiosity and career awareness by connecting their classrooms with a diverse set of professionals who participate in��.

15. What professional learning and ongoing support are provided for educators?

Short answer: Science Techbook is designed to minimize how much external professional learning teachers need, but it does offer support that’s flexible, accessible, and doesn’t require teachers to block out full days.��

One of the most common adoption concerns districts raise is: “What does it take to implement this well, and what happens if teachers struggle?” Science Techbook addresses this on two levels: through the program design itself, and through a support ecosystem.��

Built-in support:��

Lessons are complete, with all materials, pacing, discussion prompts, differentiation guidance, and three-dimensional teaching reminders embedded directly in each slideshow.��
Teachers don’t have to interpret a separate��ٱ𲹳��’s��guide since support is at the point of use, exactly where and when they need it.��
The 5E structure means teachers who have any experience with inquiry-based science already have a familiar conceptual framework.��

Formal professional learning options: When districts do want structured onboarding or ongoing support, we have professional learning that fits real-world schedules.

Quick-start resources for immediate, independent orientation��
Self-paced modules that teachers can complete on their own time��
Live or virtual sessions for teams or individuals who benefit from facilitated learning��

Discovery Educator Network (DEN):

A thriving professional learning network trusted by educators since 2005
Members represent all roles and backgrounds in education and share a passion for continuous learning and a commitment to their students
The DEN is open to all educators with access to one or more of �Ǹ�� programs, including Science Techbook

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16. Is Science Techbook flexible and adaptable to evolving district needs?

Short answer: Yes, the program is designed for how real-world classrooms and schools work right now with support for changes down the line.��

Schedules change, standards evolve, technology availability varies, and classrooms look different from building to building. Science Techbook is built to adapt to all of it.��

Editable content: Teachers can tailor content to local needs, community context, or shifting student needs without losing standards alignment or coherence.��

Low-tech and no-tech readiness:��

Lessons can be saved offline and downloaded to a device before class��
Many resources have printable formats��
Whole-class instruction works from a single screen—no 1:1 devices required��
Hands-on labs and investigations don’t require devices at all��

17. How does Science Techbook integrate with our LMS?

Short answer: Seamlessly. Science Techbook supports the latest integration standards and connects with the platforms districts already use.��

Technology should make teaching easier, not create another system to manage, so Science Techbook is designed to provide easy, intuitive access to data, content, resources, and tools.��

Current integrations include:��

Canvas��
Schoology��
Brightspace��
Google Workspace��
Microsoft (including Teams and Azure SSO)��
Clever��

What integration means in practice:��

Rostering, assignments, and student access all work through your existing systems��
Single sign-on (SSO) means students and teachers don’t manage a separate login��
Teachers can assign content directly from within their LMS workflow��
Data and progress information flow back to the platforms administrators and teachers already use��

The unified classroom experience: �Ǹ�� supports the latest LMS integration standards, so whether your district uses Canvas, Schoology, Brightspace, or another platform, Science Techbook feels like a native part of your environment, not a workaround.��

For a full list of integrations, visit discoveryeducation.com/integrations.

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How to Choose a Supplemental Math Program: A District Purchasing Guide

DE Staff — Fri, 29 May 2026 18:07:47 +0000

Key takeaways

Evidence quality is non-negotiable.
Adaptivity and data tools are only valuable if teachers can act on them.
Adoption determines ROI.

Is Your District Considering A Supplemental Math Solution To Accelerate Learning For All Students And Increase Teacher Capacity?

The investment in curriculum programs for schools in your district is a significant undertaking. You have diverse student needs, staffing capacity concerns, and district accountability to consider.

This helpful guide provides districts with a comprehensive set of criteria for preparing to issue a request for proposals (RFP) or to make a district purchasing decision for supplemental math programs.

Objectives

To accelerate learning for diverse classroom instructional needs
To support data-driven instruction and district administration with robust and easy-to-read data analytics
To expand classroom staff capacity

Important Considerations

Does the research show independently evaluated “Strong” evidence of effectiveness?
Does the solution build deep conceptual understanding needed to develop critical math skills?
Does the solution provide the just-in-time supports needed?
Does the student have agency over their learning?
Can assessment data support real-time instructional decisions?
Can assessment data support real-time instructional decisions?
Does progress monitoring support predictive analytics and teaching recommendations?
Does the PD offered adapt to your needs?
Does the PD offered adapt to your needs?
Is ongoing support included in your subscription?

Weighing and Ranking Criteria

Use this chart to help your district determine the ranking of important criteria when it comes to finding a supplemental math program.

Category	Description	Weight (district completes)
Efficacy	Independently proven to produce desired outcomes including ESSA “Strong” research
Adaptivity	Students develop the conceptual understanding and fluency needed
Acceleration	Just-in-time scaffolding, feedback, hints and instructional support
Student Agency	Choice and control over interactive lessons and student progress monitoring
Assessment	Supports data-driven instruction with real time assessment data
Data-Driven Instructional tools	Tools provide teacher insights into student thinking and personalized lesson assignments
Progress Monitoring	Provides predictive analytics and real-time usage and progress data for educators and administrators
Professional Learning	Flexible implementation – blended or on-site PD
Implementation Success & Ongoing Support	Provides implementation and onboarding services to support adoption and usage with ongoing customer support
Integrations	Supports SSO and rostering via Clever or ClassLink

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See how �Ǹ�� can support math.

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Questions and Considerations for Choosing a Supplemental Math Program

Consider these thoughtful questions and criteria to find the answers that best inform your selection of a supplemental math program.

Efficacy

Identify the research that demonstrates the program is as effective as they say. Who conducted the research and has it been validated by independent third parties?

Criteria to Consider:

What ESSA Tier of Evidence does the product have and is there research to support the level?
Is there a list of independent Randomized Control Trial (RCT) studies that demonstrate the usage needed to support the study outcomes?
What is the recommended usage of the program?
Do they have customer testimonials that support their efficacy claims?

Adaptivity & Acceleration

How can the solution support the instructional needs of all students? How does it adapt to each student’s unique needs?

Criteria to Consider:

Does the program deliver what students need in a motivating and engaging format?
How does the program determine what each student needs based on their unique starting point?
What are the adaptive learning pathways a student takes through the program?
What are the scaffolds, hints, and feedback offered in the program?
How does the solution serve MTSS Instruction for Tier I, II, and III?
How does the solution serve the needs of English Language Learners?
How can teachers make supplemental assignments for accelerated or struggling students?

Student Engagement & Agency

A program only works when students use it. Selecting a solution that students love increases the likelihood you will achieve your progress goals.

Criteria to Consider:

How does the student experience agency over their learning?
How does the program promote a growth mindset in mathematics?
Is the solution age- and grade-agnostic?
Can students track their own progress in the program?

Assessment & Curricular Insights

Consider that a more innovative approach to assessment may help you get the data needed to drive instruction while also relieving students of test-anxiety and increasing instructional time.

Criteria to Consider:

Does the solution assess student methods in addition to answers?
Does the solution deliver ongoing, real-time proficiency data?
How often does the assessment need to occur and how much time does it take?
How does the assessment inform instruction?
Does the solution align with your state standards and core curriculum?

Progress Monitoring & Data-Driven Instructional Tools

Educator demands are high and classroom diversity tests capacity. How useful is the data a solution generates? Can teachers easily use that data to make personalized instructional decisions?

Criteria to Consider:

Do the instructional tools allow educators to group students with shared levels of understanding?
Does the program make lesson recommendations and predictions to inform instructional strategies?
Does the solution provide visibility into how students think and learn?
How does the solution help teachers monitor progress and provide personalized and targeted instruction at scale?

Implementation & Professional Learning

The effectiveness of your investment is tied to usage and adoption. The program cannot be burdensome to your staff.

Criteria to Consider:

How does the solution support PD for math?
How accessible is Professional Development?
What type of implementation and ongoing support does the solution provide?

Integrations

The ability to integrate rosters and support for single-sign-on will translate to ongoing ease of use by staff and students.

Does the program support SSO and rostering via Clever or ClassLink?

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15 Career Readiness Classroom Activities for Students

Alisa Kaczorowski — Thu, 28 May 2026 16:45:11 +0000

Key takeaways

Career readiness activities help prepare students for a successful transition from the school environment to the workplace.
It is critical that schools prioritize incorporating career readiness activities into the classroom for all grades.
Career readiness activities help build valuable soft skills such as communication, collaboration, teamwork, and professionalism.

Think back to when you finished high school or college. Did you feel prepared to transition from academic life to work life? Did you have the skills necessary to be successful in the workplace? If not, you’re in good company. Many students don’t feel adequately prepared for this transition, highlighting the importance of integrating career exploration and career readiness activities into the classroom.��

Career readiness activities help students build skills that are necessary and valuable in the workplace. Not only will these skills serve them well once they have a job, but they will also help students land a job and bridge the gap between being a student and being an employee.

There is a plethora of career readiness activities that can be incorporated into the classroom to address critical skills such as communication, critical thinking, professionalism, and teamwork, and help students succeed in the workplace. Below is a description of 15 such activities to use in your classroom.

1. Mock Interviews

Mock interviews are short practice sessions that simulate a real interview and help students build confidence in their interviewing skills. They can be facilitated by teachers from your school building or even local professionals whom you invite into the classroom for this purpose. Before the mock interview, students should be coached on a variety of professional skills, such as a firm handshake, eye contact, appropriate attire, and clear communication. It is also helpful to share common interview questions with students so they can be ready with clear, concise answers. After the mock interview is complete, it is critical that students receive timely, constructive feedback to help them further prepare for a real interview.

2. Resume Writing Workshop

When introducing resume writing to students, start by showing them a variety of sample resumes, both good and bad. It’s important that they see a broad spectrum of examples. Then, model writing a professional resume using your own experiences or those of a fictional candidate. Teach mini-lessons or have a variety of centers set up to focus on different aspects of resume writing, such as information gathering, writing a professional profile, listing skills, and using action verbs and adjectives. Consider providing a template for students to create their own resumes. As they work, be sure to provide constructive feedback and other resources that might be helpful. You might even consider inviting various professionals into the classroom to review students’ resumes and provide feedback.

3. Elevator Pitch Introduction

An elevator pitch introduction is a short, concise communication of a student’s experiences, skills, and interests. It can be used in a variety of situations and can be particularly useful during mock or real interviews. Students should receive explicit instruction on the key components of an elevator pitch introduction and be provided with constructive feedback after writing it. Helping students understand that it serves as a highlight reel for their resumes is important. Once their elevator pitch introduction has been fine-tuned, students should practice it so it sounds natural rather than rehearsed or forced. This practice can be done with other students or teachers from the school building.

4. Digital Footprint Audit

A digital footprint audit is the process of taking a good, hard look at your online presence to protect your privacy and reputation. This is particularly important for job hunters, as many employers rely on the internet to research candidates.

Key steps to take students through include: Googling themselves and reviewing the first few pages of information that appear, auditing their social media accounts by ensuring privacy settings are in place, reviewing any photos and posts they’ve been tagged in, removing all inappropriate or questionable posts, deleting unused accounts to minimize the risk of data breaches, and removing personal information by submitting opt-out requests to sites like WhitePages.

Additionally, it may be helpful to provide digital literacy instruction to students so that, after completing the audit, they know how to maintain a professional online presence as they transition from school to work.

5. Job Shadowing

Job shadowing provides high school students with short opportunities to observe individuals in careers or jobs they are interested in. You can use your own personal network, your school network, and local businesses to secure opportunities for students. Students should prepare to shadow by researching the organization or business, preparing questions to ask their host, and reviewing appropriate attire for that particular job. After the shadow, students should follow up with a thank-you note and have the opportunity to reflect on their experience. In a broader context, these job-shadowing opportunities should help students determine career paths that interest them and guide choices regarding higher education.

6. Career Day Panel

A Career Day Panel is an interactive session where students can interact with professionals from a variety of settings. Those professionals may discuss their job duties, the education or training required to do their jobs, highlight the best parts of their job, or answer students’ questions. Career Day Panels are a great way to connect classroom learning to real life by highlighting the skills needed in different businesses or industries and exposing students to a variety of career options. Career Connect is a valuable that can help you connect with diverse industry professionals.

7. Career Interest Inventory

A career interest inventory is a self-assessment tool that can be easily administered to students in the classroom. It helps them identify their interests and passions, then matches them to potential career paths. A career interest inventory is best used early on in a student’s high school career, as it is meant to be a starting point for career exploration and should be followed up with other career readiness activities. A variety of career interest inventories are available online.

8. Role Play

Role play is an extremely versatile career readiness activity. It can be used to practice a variety of scenarios students might encounter in the workplace, including handling customer service issues, resolving conflicts with colleagues, communicating with management, and pitching new products or ideas. This activity is meant to prepare students for real-life workplace challenges and instill confidence in their ability to handle them. Role play is also a great way to build a variety of soft employability skills necessary for success in the workplace.

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9. Debate

Even in the most positive work environments, disagreements and conflicts will arise among colleagues. Students need to be prepared for handling these conflicts appropriately. By allowing students to debate in the classroom, we can provide them with low-risk opportunities to practice a variety of necessary conflict-resolution and productive-disagreement skills that will prove valuable in the workplace. Debates can center on an ethical dilemma or a common workplace dispute. Be sure to outline the scenario to students, set goals or objectives for the debate, and communicate expectations or guidelines. Students should also be provided with constructive, real-time feedback.

10. Problem-Solving Task Cards

Problem-solving task cards provide realistic scenarios that students may encounter in the workplace. They provide students with the opportunity to think through potential workplace, safety, or customer service conflicts in a low-risk environment. These problem-solving task cards also allow students to practice key soft skills, such as critical thinking, conflict resolution, and decision-making, with an adult or peers. Many examples of problem-solving task cards are available online.

11. What Would You Do?

“What Would You Do?” is a career-readiness activity that uses situational questions to assess and practice a range of soft employability skills. Questions might involve how they would handle a difficult team member, prioritize and manage multiple tasks, or tackle last-minute changes to project goals. The goal of this activity is to get students thinking about common workplace challenges, how they might handle them, and to strengthen the soft skills necessary for success in the workplace. This is also a great way to help students “think on their feet,” a skill that will prove valuable in preparing for interviews.

12. Escape Room Puzzle

Escape room puzzles are an engaging way for students to develop career-readiness skills such as critical thinking, teamwork and collaboration, problem-solving, and communication. These puzzles are widely available online and require students to work together to solve a challenge within a set time limit. The challenge can relate to a variety of career-readiness skills.

13. Vision Boards

Vision boards are a powerful tool for students preparing to transition from the academic environment to the work environment. They can help students map out their career goals and help them visualize success. A variety of materials can be used to create a vision board, and students should be encouraged to include any visual representation, such as pictures, words, and quotations that are especially meaningful to them, as they pursue their career goals and aspirations. Vision boards should be reviewed regularly to help students stay focused on their goals.

14. Design Challenge

Design challenges are similar to escape room puzzles in that they offer a fun, hands-on way for students to hone a variety of career-readiness skills. Students can be challenged to design just about anything, using all sorts of materials such as marshmallows, toothpicks, spaghetti noodles, tape, or cardboard. Be sure to provide students with clear expectations and review cooperative learning guidelines. Once students have completed the challenge or designed their prototype, they can present it to the class and receive and give feedback from peers, providing further practice in a variety of soft skills.

15. Budget Simulation

Financial literacy is a critical skill students need as they transition from school to work and from childhood to adulthood. Budget simulations immerse students in real-world decision-making involving financial topics such as income, expenses, savings, taxes, and unexpected costs. Students can practice living on different budgets and gain insight into the costs of items like groceries, gas, and insurance. Participating in this type of classroom simulation is a way for students to practice important life skills in a low-risk environment where they can learn from their mistakes under the supervision of an experienced adult.

What Skills Do Career Readiness Activities Help Build?

While attending trade or technical schools, certification programs, or college or university, students build the hard employability skills necessary to perform their specific job duties. Career readiness activities, on the other hand, help them develop the transferable skills that must be developed over time rather than being explicitly taught. These skills include communication, collaboration, critical thinking, problem-solving, adaptability and flexibility, technical writing, and interviewing.

More often, employers are seeking candidates with a healthy balance of hard and soft employability skills, particularly in our rapidly changing, technology-driven world. No longer can a candidate get away with simply being adept at the technical skills required of a job. Leaders are looking to bring the human element back to their businesses by prioritizing candidates with strong soft skills.

Not only are these skills necessary for success in the workplace, but they also build key competencies such as self-awareness, self-management, social awareness, relationship skills, and decision-making abilities. These skills help our students to be well-rounded humans, ready to tackle life’s challenges as they move from childhood into adulthood.

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Professional Development for Social Studies Teachers: A Complete Guide

Michael Healey — Thu, 28 May 2026 15:38:56 +0000

Key takeaways

Professional development for social studies teachers helps make lessons more relevant and meaningful for students.
Effective social studies instruction helps students ask better questions, use evidence, understand different perspectives, and discuss issues respectfully.
Supporting social studies teachers also supports student literacy, civic readiness, critical thinking, and student voice.

Social studies has always been one of the most important areas of instruction in our schools, but I would argue that its importance has only grown in recent years. Students are growing up in a world surrounded by information, opinions, headlines, algorithms, conflict, and constant change. They are asked to make sense of events in real time, often before they have the background knowledge or critical thinking tools needed to fully understand them.

That is why social studies instruction matters so much.

Social studies is not just about memorizing dates, names, places, or historical events. Don’t get me wrong, those are important; students need facts, context, and a strong foundation. But effective social studies teaching goes further than that. It helps students ask better questions, evaluate evidence, consider multiple perspectives, understand cause and effect, and see themselves as part of a larger community.

That kind of teaching does not happen by accident. It requires thoughtful planning, strong content knowledge, and a willingness to keep learning.

This is where professional development becomes essential. The most effective social studies teachers I have worked with are reflective. They care deeply about their subject area, but they also care about whether students are actually connecting with it. They are willing to adjust, refine, and rethink their practice. For social studies teachers in particular, professional learning can provide the time, tools, and support needed to make instruction more relevant, more engaging, and more meaningful for students.

Investing in professional learning for social studies teachers is also an investment in civic readiness, literacy, classroom discussion, and student voice. It helps ensure that social studies remains a living, relevant subject, not just a course students complete.

What Is Social Studies Teacher Professional Development?

Social studies professional development helps teachers continue building their content knowledge and improve their teaching. That can happen through workshops, conferences, curriculum planning, collaboration with colleagues, or professional learning communities.

The most effective professional development is not simply a one-time session where teachers listen to a presentation and return to class with a packet of ideas. Relevant, effective professional development gives teachers something they can actually use with their students.

For social studies teachers, professional development often focuses on helping students analyze sources, think critically, use data, discuss civic issues, and connect current events to what they are learning. It also places greater emphasis on media literacy, which is becoming increasingly important as students learn to distinguish between credible and non-credible information.

Social studies professional development is about building classrooms where students think critically, learn to ask better questions, and work through issues respectfully and productively.

What Are the Different Types of Professional Development for Social Studies Teachers?

There is no single best model for professional development because every teacher, school, and community has different needs. A new teacher may need support with pacing, classroom discussion, or assessment. A more experienced teacher may be looking for new ways to use inquiry, technology, or interdisciplinary projects. A department may simply need time to review the curriculum together and ensure instruction is aligned across grade levels.

One common form of professional development is content-focused training. This helps teachers deepen their understanding of history, geography, economics, civics, government, and culture. This type of learning is valuable because social studies teachers are often responsible for covering broad periods of time, complex events, and multiple disciplines. The more confident teachers are in the content, the better they can help students make connections.

Professional learning communities, or PLCs, are also a powerful form of professional development for social studies teachers. Dedicated collaboration time allows teachers the chance to slow down and ask important questions: What do we want students to understand? Where are they struggling? How can we help them think more deeply?

The key is balance. Teachers need inspiration, but they also need support with implementation. They need big ideas, but they also need examples, planning time, and practical tools.

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What Kinds of Certifications Can Social Studies Teachers Get?

Certification requirements vary by state, so teachers should always check the expectations in their state. Beyond the required certification, many social studies teachers also look for ways to keep building both their content knowledge and their teaching practice.

For some teachers, that may mean graduate work in education, curriculum and instruction, literacy, educational administration, political science, economics, or public policy. For others, it may mean targeted professional learning in areas that support the day-to-day work of a social studies classroom, like supporting English language learners, special education, or instructional technology.

While certifications and credentials can be valuable, they should never be viewed only as items to add to a resume. The real value is in what teachers bring back to the classroom. Meaningful professional development for social studies teachers should help students think more clearly, participate more fully, and understand the world more deeply.

What Are the Benefits of Professional Development for Social Studies Teachers?

One of the greatest benefits of professional development is that it helps teachers keep instruction relevant. Social studies is connected to the world students see every day. Elections, court decisions, international conflicts, economic trends, community issues, and public debates all help students understand why social studies matters.

Professional development can help teachers make those connections thoughtfully. It can provide strategies for using current events without turning the classroom into an unguided debate. It can also help teachers connect today’s issues to historical patterns, civic principles, economic concepts, and geographic realities.

There are benefits for the classroom and school environment as well. In an effective social studies classroom, students learn how to listen to one another. They learn that disagreement does not have to become disrespect. They learn that complex issues require careful thought. These are academic skills, but they are also life skills.

5 Tips for Improving Yourself as a Social Studies Teacher

1. Keep Learning the Content Yourself

Students can tell when a teacher understands the material they are teaching. That does not mean teachers need to know every detail about every topic. No one does. But strong background knowledge helps teachers explain concepts clearly, respond to student questions, and make better decisions about what to focus on.

A good habit for social studies teachers is to keep reading. That might include history, biographies, journalism, speeches, essays, current events, and local history. The more teachers build their own background knowledge, the easier it is to help students make connections across topics, time periods, and current events.

2. Help Students Understand How To Ask Better Questions

Effective social studies teachers know how to ask the right questions. Why did this happen? Who benefited? Who was left out? What changed? What stayed the same? What evidence supports this claim?

When students learn to ask these meaningful questions, they become more active participants in their own learning. Instead of waiting for the teacher to provide the answer, they begin to think like historians, economists, and engaged citizens.

3. Make Primary Sources Meaningful

Primary sources can make history feel real, but they require context. A speech, photograph, newspaper article, political cartoon, map, letter, or legal document can pique students’ interest and create opportunities for deeper learning. However, students need support as they learn to analyze those materials.

Teachers should help students notice important details about the source: who created the source, when it was created, why it was created, and what it reveals. Just as importantly, students should ask what the source does not show. These habits help students develop critical thinking skills.

4. Teach Discussion As A Skill

As educators, we sometimes assume students know how to discuss complex topics. But how to have an effective classroom discussion has to be taught. Students need clear expectations, prompts, roles, guidance on using evidence, and opportunities to practice.

An effective classroom discussion does not mean everyone agrees. It means students learn how to support their thinking, listen to others, ask better follow-up questions, and disagree respectfully. From my perspective, that is one of the most valuable things social studies can teach.

5. Connect Big Concepts To Local Examples

Some of the best social studies lessons help students see how big ideas show up in their own communities. The government might connect to a town board meeting. Economics might connect to local businesses. Immigration might connect to local history. Geography might connect to roads, land use, transportation, or environmental issues that students see every day.

Students should understand that social studies is not only about distant places or long-ago events. It is also about the communities they live in and the choices people make together.

Supporting Social Studies Teachers Supports Students

Teaching social studies isn’t just about helping students remember dates, names, and events. The bigger goal is helping students to understand different points of view and think more critically of the world around them.

That is why professional development for social studies teachers is so important. The best professional learning gives teachers time to build their own knowledge, work with colleagues, examine resources, and strengthen the way they support students. It helps create classrooms where students read closely, write with evidence, listen respectfully, and learn how to think independently.

When schools invest in social studies teachers, they are also investing in civic readiness, critical thinking, and student voice. Those are skills students need far beyond the classroom.

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How to Differentiate Instruction: A Guide for Teachers

Delena McGuire — Thu, 21 May 2026 19:50:32 +0000

Key takeaways

Differentiated instruction and enrichment opportunities remove barriers and challenge students ready for deeper learning, all without lowering expectations.
Clear learning targets and frequent checkpoints allow teachers to identify student needs and catch misunderstandings early.
Utilizing flexible grouping and tailored language supports directly improves student access to learning.

The question of how to differentiate instruction is one every teacher ponders from time to time. We understand that offering students multiple paths to mastery of a standard is effective instruction. What’s often less clear is exactly how to differentiate instruction in a way that truly creates those routes.

Understanding what good differentiation does and doesn’t do is the first step. Differentiation is not offering fifteen exclusive lessons to 20 students. That’s an untenable and unrealistic view of what’s truly possible in a classroom. In reality, differentiated instruction provides students with multiple ways to engage with the same concepts at varying levels. It means planning instruction in a way that intentionally builds opportunities to overcome learning obstacles, language barriers, and other challenges that might stand in the way of student mastery. It creates opportunities for enrichment while also making learning more accessible for struggling learners.

The average classroom today serves a variety of students who may have looked very different just a generation ago. Our classrooms are filled with students from different backgrounds, language experiences, skill levels, and learning needs. This creates incredible opportunities for growth and collaboration in the classroom, but it also requires educators to think carefully about how to differentiate instruction.

Teachers also have access to more digital supports than ever before, including tools available through a K-12 teaching and learning platform.

What is differentiated instruction?

At its core, differentiated instruction means using what we already know about effective teaching practices to intentionally provide students with the support they need to access learning. It’s recognizing that barriers to learning are not always tied to a student’s ability or understanding of a concept.

Sometimes a student understands a concept long before they can comfortably explain it out loud or in writing. Other students may know exactly what to do but struggle to focus during certain parts of instruction due to distractions, noise, or the classroom pace. Differentiation asks teachers to carefully examine those situations before assuming a student simply doesn’t understand the material.

Because differentiated instruction does address so many unique needs, it can feel chaotic and overwhelming in theory. In practice, however, it often brings order to confusion. As with so many things in education, differentiation starts with classroom management. Simply understanding what a teacher expects and how students should move through the day can provide foundational support that helps reduce anxiety, sensory overload, and other learning barriers. From there, teachers are better able to focus on specific instructional strategies.

A good place to start when differentiating a lesson or unit is to consider three questions:

Where will students struggle during this lesson?
What can I do to prevent that struggle?
How can I provide enrichment for students ready for a more challenging approach?

Why is differentiated instruction important?

We all know that every student learns differently. We know it so well that it’s become an educational cliché. However, the conversation often stops before we ask, “What are the consequences of not planning for this reality in our everyday practice?”

When we strive to provide instruction that students can meaningfully access, we create a layer of stability that can’t exist without intentionality. Frustration is a natural byproduct of instruction that constantly leaves students feeling incapable or defeated. Over time, that loss of confidence becomes part of how students define themselves as learners. Before long, students may develop gaps in their learning, a negative view of their abilities, and growing distrust in what school can offer them.

On the other hand, that same student in a classroom with language supports such as sentence frames and vocabulary scaffolds can use those tools to work past some of that frustration. Through strategic partnering, they’re able to participate more comfortably in discussions and spend less energy keeping up with the language demands of the lesson. That shift allows them to focus more directly on the learning.

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How to differentiate instruction

After setting and explicitly teaching procedures and expectations in the general classroom, it’s time to start thinking about how to most effectively differentiate specific concepts, standards, and lessons. A good place to start is by identifying exactly what students should know or be able to do by the end of the lesson. Having a clear understanding of what students should be able to do after mastering a concept provides a blueprint for instruction. Well-intentioned differentiation falls apart if the teacher doesn’t fully internalize what they are teaching and assessing.

For instance, a lesson designed for sixth graders to solve real-world problems using ratios and unit rates is not about English proficiency or reading stamina. It’s measuring a student’s ability to understand ratios and unit rates while applying proportional reasoning. A simple, clear, student-friendly learning target might be, “I can use ratios and unit rates to solve real-world math problems.”

However, learning targets themselves don’t create full differentiation. They show students the end goal, but building success criteria around that learning target shows students the steps needed to get there. Good success criteria for this target isolate mathematical thinking. Those guideposts help both the student and the teacher understand the actual learning taking place and avoid false negatives.

Success criteria for this target might look something like this:

I can identify the ratio in the problem.
I can calculate a unit rate.
I can explain how I solved the problem.
I can compare two ratios to answer a problem.

After intentionally determining the learning path to mastering the standard, it’s time to consider the hurdles that might prevent students from reaching that goal. Some potential false negatives in a standard like this might include language barriers, vocabulary gaps, and reading fluency challenges. A dense word problem full of content-specific vocabulary and complex syntax could create multiple issues for students that have nothing to do with their mathematical understanding.

Knowing this, teachers can plan a variety of tools to help remove those barriers. Providing vocabulary cards or posters can help students clarify words like ratio, unit rate, equivalent, and even words that might unexpectedly become obstacles, such as “compare.” Reading the problem aloud initially, highlighting key information, and incorporating visuals can help students overcome reading challenges that might otherwise prevent them from accessing the problem. Students who quickly master the skill can extend their thinking by writing their own real-world problem examples, explaining their reasoning to a partner, or comparing multiple solution methods.

5 Effective Differentiation Strategies

Practically, these supports can be used not just by those with a direct need, but by all students in the classroom.

1. Clarify Learning Expectations

One of the most effective differentiated instruction strategies is to set clear, explicit learning expectations. Learning targets and success criteria that are student-friendly, posted publicly, and referenced often help teachers better identify potential pitfalls students might face.

For example, a student may turn in an essay that appears to show a misunderstanding of a science concept when the real issue is difficulty with writing conventions rather than scientific understanding. A teacher who has clearly identified the intended learning outcome is better able to recognize that distinction and offer students alternative ways to demonstrate learning, such as verbal reports, guided writing supports, or visual representations.

2. Flexible Grouping

Flexible grouping is not just about heterogeneous groupings. That’s too neat a package for the impact flexible grouping can have when used strategically. Groups of students at varying levels can be a powerful way to build classroom community while supporting academic growth. However, many other configurations are possible.

Pairing a student who is strong in computation with a student who excels at mathematical reasoning can create a different kind of learning experience. Grouping bilingual students together during collaborative learning experiences outside of designated English language instruction can help reduce language barriers that may otherwise limit participation. Flexible grouping is most effective when used intentionally and adjusted in response to what the teacher observes during instruction.

3. Language Supports

Language supports carry high value, often at a proportionally small cost. Word walls and vocabulary activities undoubtedly help English language learners, but they are also available for any student who needs clarification. Translating specific vocabulary words into common native languages represented in the classroom can make word walls even more impactful. Teachers looking for additional ideas to support multilingual learners can also explore strategies for English language learners in math.

Sentence starters and stems can help students push past the feeling of “I don’t know where to start!” while also providing stronger support for students with learning gaps. Highlighting and reviewing key terms in readings is a quick and powerful language support that can help multiple student populations better access instruction.

4. Checkpoints

Building in checkpoints helps keep learning moving forward. Good checkpoints offer formative assessments and opportunities to capitalize on teachable moments. Some powerful options are:

Exit tickets
Turn-and-talk discussions
Quick written reflections
Thumbs up/down or whiteboard checks
Digital polls or short interactive quizzes

Checkpoints work best when they are intentional and planned, but they can also be used during natural moments that arise during lessons.

5. Enrichment

One aspect of differentiated instruction that often gets lost in the demands of teaching is enrichment. Advanced students are too often left to their own curiosity and motivation to push learning beyond the standard lesson. The upside is that once a teacher approaches planning with a differentiation lens, the problem of enrichment becomes easier to solve.

Building in deeper-thinking questions for everyone, or as an extension, can provide more ways to interact with content. Creating original examples, occasionally serving as peer mentors, and inquiry-based follow-ups can all be planned in advance and provide a challenge for any student ready to dig a little deeper.

Closing Thoughts

Differentiated instruction is not about perfection. It’s about good planning that takes into account not only the needs of individual students, but also the potential problems that might arise during learning. Teaching with a differentiated lens is not about unrealistic demands that require more time and energy than any teacher could reasonably be expected to have. It’s about intention, high-impact strategies, and having a plan before instruction even begins. Small intentional changes are at the heart of differentiated instruction.

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4th Grade Social Studies Teaching Guide

Anneda Nettleton — Wed, 20 May 2026 17:21:15 +0000

Key takeaways

4th grade social studies helps students connect geography, history, economics, and government to their everyday lives and communities.
Hands-on learning, storytelling, discussions, and classroom simulations help students stay engaged and better understand social studies concepts.
Strong instruction aligned to 4th grade social studies standards helps students develop problem-solving skills and citizenship skills.

Why do people live where they do? How do communities form and change over time? What role do citizens play in shaping their world?��

These are the kinds of questions that 4th-grade social studies students explore. At this level, students begin to connect geography, history, and government to their personal experiences. Social studies is all about understanding how people, places, and systems are interconnected. This requires observation, questioning, and explanation.

An engaging social studies curriculum will help students make meaningful connections to their world. This helps them develop an understanding of their role within the world.

What are 4th grade social studies standards?

The standards summarize the knowledge and skills students should develop throughout the academic year. While these standards may vary by state, teaching should focus on exploring geography, state and local history, civics and government, and economics.��

While students will already have some foundational knowledge of geography, their fourth-grade year will have them learning more about Earth’s physical features, including rivers, mountains, and regions. In addition, their knowledge of maps, directions, and spatial thinking will contribute to their understanding of how geography influences where and how people live.��

The student’s specific state history takes center stage during the fourth grade year. Students will learn about important historical figures, cultural groups, and early communities. Learning how different groups contributed to the development of their state and how their experiences shaped local communities over time is an important part of 4th grade social studies.��

Civics and government lessons will help students understand rules and laws and how they are created. Students will also explore how government impacts local communities through services such as schools, safety, and public resources, including police stations, fire departments, and hospitals. Furthermore, students will begin to see how their decisions, including following rules, and participating in discussions, are part of their civic responsibilities. For example, students might create classroom rules or participate in a classroom election to better understand how decisions are made.��

Basic economic concepts are also introduced in 4th grade social studies. Students learn about goods and services and how communities meet needs and wants. They may also explore how people make choices about spending, saving, and using resources. This would be a great opportunity to explore saving to make a larger purchase. Meanwhile, a simple classroom marketplace or simulation activity would bring the concepts of goods and services to life.��

All in all, 4th grade social studies standards matter because they ensure instruction is consistent, developmentally appropriate, and focused on content and skills.

How to teach 4th grade social studies

Teaching 4th grade social studies means connecting the world with visuals and hands-on activities that make the content meaningful and relevant to students’ everyday lives. Students are naturally curious about the world around them, so fourth grade is the perfect opportunity to help them explore communities, geography, government, history, and economics in authentic ways.��

Storytelling and real-world connections are two great ways to teach social studies. Students will learn a great deal by listening to stories about important historical figures, local leaders, and others who helped shape their community and state. Reading historical fiction, biographies, and informational texts are just a few ways students can engage with social studies through storytelling. Seeing how these stories and the people in them shaped history through their lives and experiences helps students better understand what they are learning.��

Visual learning is especially important in a fourth grade classroom. Studying maps, photographs, diagrams, timelines, and videos helps make abstract concepts more concrete for students. For example, when students use maps to compare regions of their state or create timelines to organize key historical events in chronological order, they are adding meaning to social studies. There are many social studies activities for 4th grade that help students develop geography and sequencing skills, which are essential for understanding how historical changes unfold over time.��

Hands-on learning opportunities can make social studies memorable and engaging. When students are given the chance to build, create, move, and explore, they better understand content. Imagine the knowledge that students explore more deeply when they create landform models, design posters about state symbols, participate in classroom elections, or run a simple classroom marketplace. These types of activities are meaningful experiences that define social studies. They help students apply concepts in active and creative ways.��

Allowing students to talk about the content helps build their understanding of social studies events and concepts. From turn-and-talk discussions to simple classroom debates, these types of activities encourage students to explain their thinking and practice listening to others. Through these discussions, students learn how citizens create rules within their communities. Furthermore, they explore the characteristics that define an effective leader. These conversations are more than just words; they help students practice communication skills while building a stronger understanding of civics and government.��

Without a doubt, strong instruction aligned to 4th grade social studies standards should help students see themselves as active members of their communities. Encouraging students to observe local issues, participate in a service project, or learn about community helpers makes social studies meaningful and relevant. When students understand how history, geography, economics, and government connect to real life, they begin developing the critical thinking and citizenship skills they will use far beyond the classroom.

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5 4th grade Social Studies Activities

One of the best ways to teach social studies is through engaging, hands-on learning. When students are participating in meaningful activities, their minds will be abuzz with exploration as they create maps, participate in classroom simulations, or discuss community events. Active learning is engaged learning. The following activities are designed to make social studies both engaging and meaningful for fourth-grade learners.��

Activity 1: Community Mapping Project

Students create a map of their neighborhood, town, or state using symbols, map keys, and cardinal directions. They can label important landmarks such as parks, rivers, schools, roads, and government buildings. This activity aids in building geography and spatial-thinking skills while helping students connect social studies to their community.��

Activity 2: Classroom Marketplace Simulation

Students participate in a simple classroom economy, buying, selling, trading, or earning classroom currency. Students can create goods, provide a service, practice saving, and more. This activity introduces basic economic concepts, including goods and services, needs and wants, and emphasizes decision-making engagingly.��

Activity 3: State History Timeline

State history can be so much fun to study because students may come across many places that they have been. As they research important people, events, and milestones from their state’s history, they will work together to create a classroom timeline. Students can be assigned specific dates and create a small portion of the timeline, which can then be combined to create one gigantic state history. This activity will strengthen their understanding of chronology, historical change over time, and connections to local history.��

Activity 4: Mock Election Activity

Civics and government concepts are important to helping students see how voting, leadership, rules, and civil responsibility shape government. In this activity, students nominate candidates, create campaign posters, give short speeches, and vote in a classroom election. It doesn’t have to be about having classroom officers; instead, if there are classroom jobs, allow students to run campaigns for the most popular ones!��

Activity 5: Landform Model Challenge

Students will actively visualize physical geography and understand how landforms affect where people live and work by using clay, playdough, or other materials to build models of landforms, such as rivers, mountains, valleys, plains, and plateaus. There are so many ways to make the landform model challenge a classroom activity that they will be talking about for a long time.��

Deepen 4th grade social studies learning

These social studies activities for 4th grade will help students build a deeper understanding of their communities, their state, and the world around them. Engaging lessons, meaningful discussions, and hands-on learning experiences are what lay the foundation for connecting geography, history, economics, and government to real life. Aligning instruction to 4th grade social studies standards is equally important to supporting instruction with meaningful learning experiences. Developing critical thinking, problem-solving, and citizenship skills will continue to support students in future grades and everyday life.��

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District Purchasing Guide: Considerations for Foundational Reading �Ǹ����

Key takeaways

Choosing the right foundational reading solution requires asking the right questions.

Effective programs personalize learning for every student.

Student engagement and educator support are just as important as curriculum.

Important Considerations

Consider These Questions When Evaluating �Ǹ���� That Help Young Students Learn to Read

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Sample Questions For Foundational Reading �Ǹ����

Adaptivity / Acceleration

How can the solution support the instructional needs of all students? How does it adapt to each student's unique needs?

Student Engagement/Agency

Do students want to return to the product again and again because they enjoy the play?

Assessment & Curricular Insights

How is formative and summative assessment used to inform learning? How do potential solutions use technology to personalize the student experience?

Instructional Design

How does the curriculum and instructional design address foundational reading skills? How is technology used to reinforce reading skills mastery?

Implementation Success & Ongoing Professional Learning

How are your administrators and educators supported during implementation and use? Does the solution offer opportunities for training and development?

Integrations

How do you integrate rosters and support single sign-on? Will your method translate to ongoing ease of use by staff and students?

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1st Grade Math Teaching Guide | Activities and Standards

Key takeaways

First-grade math builds on the concepts and skills taught in kindergarten

While 1st-grade academic standards are generally similar, it’s important to learn your school’s specific expectations

To keep students engaged and attentive, lessons should be purposeful and focused, but also brief, hands-on, and engaging

1st Grade Math Standards

Operations and Algebraic Thinking

Place Value and Number Sense

Measurement and Data

Geometry

10 Tips for Teaching 1st Grade Math

1. Build Number Sense

2. Concrete-Visual-Abstract

3. Build Fluency Through Strategies

4. Consistent, Low-Stakes Assessment

5. Use Math Vocabulary

6. Play Games

7. Use Real-World Contexts

8. Keep Lessons Short and Active

9. Differentiate

10. Celebrate Progress

Explore K-8 Math Resources

5 1st Grade Math Activities

1. Math Block Towers

2. Bundle and Build

3. Marshmallow Shape Building

4. Online Math Activities

5. Measurement Activity

Professional Development for Math Teachers: A Complete Guide

Key takeaways

Professional development for math teachers is most effective when it is classroom-based and connected to the real challenges teachers face when helping students understand math.

Effective math instruction is not just about getting correct answers. It is about helping students explain their thinking, work through confusion, and build confidence as problem-solvers.

Elementary math professional development is especially important because early math experiences can shape how students see themselves as learners for years to come.

What Is Math Teacher Professional Development?

What Are the Different Types of Professional Development for Math Teachers?

What Kinds of Certifications Can Math Teachers Get?

Explore Professional Development Resources

What Are the Benefits of Professional Development for Math Teachers?

5 Tips for Improving Yourself as a Math Teacher

1. Pay Attention To How Students Think

2. Give Students Chances To Explain Their Thinking

3. Use Assessment to Adjust Instruction

4. Learn With Other Teachers

5. Keep The Work Practical

Supporting Math Teachers Supports Students

Career Clusters: What They Are and How Students Can Choose One

Key takeaways

Career clusters help students explore future career paths by organizing jobs and industries into broad, easier-to-understand categories.

The 16 career clusters give students a starting point for connecting their interests, strengths, coursework, and goals to real-world opportunities.

Choosing a career cluster should not lock students into one path. It should help them ask better questions, explore options, and make more informed decisions.

What Are Career Clusters?

What Are The 16 Career Clusters?

Agriculture, Food & Natural Resources

Architecture & Construction

Arts, Audio/Video Technology & Communications

Business, Management & Administration

Education & Training

Engagement | �Ǹ��

District Purchasing Guide: Considerations for Foundational Reading �Ǹ��

Consider These Questions When Evaluating �Ǹ�� That Help Young Students Learn to Read

Sample Questions For Foundational Reading �Ǹ��

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