ʯÁñÊÓÆµ»ÆÉ«°æ

Skip to main content

Sample Programs Online
Request a Print Sample
Contact a Rep
ALEKS Adventure
Building Blocks PreK
Sample Programs Online
Request a Print Sample
Contact a Rep
Sample Programs Online
Request a Print Sample
Contact a Rep
Sample Programs Online
Request a Print Sample
Contact a Rep
Sample Programs Online
Request a Print Sample
Contact a Rep

ALEKS Adventure
Building Blocks PreK
All Sorts
Sample Programs Online
Request a Print Sample
Contact a Rep
Asi se dice cover
Sample Programs Online
Request a Print Sample
Contact a Rep
Entrepreneurship Fundamentals cover
Sample Programs Online
Request a Print Sample
Contact a Rep

Traditional Ordering


Shop Online


For Your Classroom & School


Our Principles


Program Components


With the latest features from Inspire Science, scientific discovery lies just beyond the horizon. Our program captures student curiosity with a diverse selection of print and digital tools, including simulations, games, videos, project-based investigations, and more.

KʯÁñÊÓÆµ»ÆÉ«°æ“5 Components

Inspire Science Teacher's Edition Grade 3, Unit 1 cover

TeacherʯÁñÊÓÆµ»ÆÉ«°æ™s Edition

Complete with in-depth teaching strategies, inquiry activity planners, and robust differentiation support, Inspire Science has relevant tools for every teacherʯÁñÊÓÆµ»ÆÉ«°æ”no matter your experience levelʯÁñÊÓÆµ»ÆÉ«°æ”so you can feel confident your ʯÁñÊÓÆµ»ÆÉ«°æ are getting a comprehensive science ʯÁñÊÓÆµ»ÆÉ«°æ aligned with NGSS and the 5E instructional model.

Inspire Science Student Edition, Grade 3, Unit 1 cover

Student Edition

Grounded in powerful phenomena, the Student Edition of Inspire Science piques their curiosity through hands-on, inquiry-based activities. As ʯÁñÊÓÆµ»ÆÉ«°æ launch investigations into their world of science, the program calls on them to collect evidence to support their claims and apply three-dimensional thinking to their learning.

Digital Program Experience examples on tablet and laptop

Digital Program Experience

Push the limits on science learning with digital resources for ʯÁñÊÓÆµ»ÆÉ«°æ and teachers. As ʯÁñÊÓÆµ»ÆÉ«°æ interact with a variety of engaging digital contentʯÁñÊÓÆµ»ÆÉ«°æ”videos, virtual labs, games, simulations, and moreʯÁñÊÓÆµ»ÆÉ«°æ”teachers can take advantage of online pedagogy support, professional learning resources, and the technical support resource library so they can feel confident planning, teaching, and assessing in the digital experience.


KʯÁñÊÓÆµ»ÆÉ«°æ“5 Tools

STEM Module Project example

STEM Module Projects

STEM Module Projects challenge ʯÁñÊÓÆµ»ÆÉ«°æ to complete performance-based rubrics and answer summative questions that demonstrate how theyʯÁñÊÓÆµ»ÆÉ«°æ™ve applied their knowledge and understanding of the Performance Expectations to their project.

IMPACT News example on laptop

Impact News

Impact News is a current events news site that provides two monthly news stories curated specifically for Inspire Science. Each article is written at three readability levels in both English and Spanish to provide differentiation support for all learners.

Talk ʯÁñÊÓÆµ»ÆÉ«°æ it - Drawing tool example on tablet

Drawing Tool

The Drawing Tool allows ʯÁñÊÓÆµ»ÆÉ«°æ to illustrate responses and annotate images for their assignments. Students can also use the drawing tool to analyze and graph data.

Pop Tip example on tablet

Pop Tips

Pop Tips support conceptual understanding with dynamic, interactive images and infographics.

Inquiry Rewind Videos examples

Inquiry Rewind Videos

Every EXPLORE Inquiry Activity is paired with an Inquiry Rewind video to encourage student engagement. In these videos, ʯÁñÊÓÆµ»ÆÉ«°æ are provided guidance through every step of every activity. These videos are perfect for ʯÁñÊÓÆµ»ÆÉ«°æ who might have missed the in-class activity or who might be struggling to achieve the expected outcomes.

Games example on tablet

Games

Digital learning games reinforce deeper conceptual science understanding by immersing ʯÁñÊÓÆµ»ÆÉ«°æ in experiential learning.

Example of simulations on tablet and monitor

Simulations

Simulations take hands-on learning into the digital sphere, allowing ʯÁñÊÓÆµ»ÆÉ«°æ to apply their inquiry skills to environments beyond the scope of the classroom.

6ʯÁñÊÓÆµ»ÆÉ«°æ“8 Components

Inspire Science Teacher's Edition Grade 7, Unit 1

TeacherʯÁñÊÓÆµ»ÆÉ«°æ™s Edition

Complete with in-depth teaching strategies, inquiry activity planners, and robust differentiation support, Inspire Science has relevant tools for every teacherʯÁñÊÓÆµ»ÆÉ«°æ”no matter your experience levelʯÁñÊÓÆµ»ÆÉ«°æ”so you can feel confident your ʯÁñÊÓÆµ»ÆÉ«°æ are getting a comprehensive science ʯÁñÊÓÆµ»ÆÉ«°æ aligned with NGSS and the 5E instructional model.

Inspire Science Student Edition Grade 7, Unit 1

Student Edition

Grounded in powerful phenomena, the Student Edition of Inspire Science piques their curiosity through hands-on, inquiry-based activities. As ʯÁñÊÓÆµ»ÆÉ«°æ launch investigations into their world of science, the program calls on them to collect evidence to support their claims and apply three-dimensional thinking to their learning.

Digital Program Experience examples on tablet and laptop

Digital Program Experience

Push the limits on science learning with digital resources for ʯÁñÊÓÆµ»ÆÉ«°æ and teachers. As ʯÁñÊÓÆµ»ÆÉ«°æ interact with a variety of engaging digital contentʯÁñÊÓÆµ»ÆÉ«°æ”videos, virtual labs, games, simulations, and moreʯÁñÊÓÆµ»ÆÉ«°æ”teachers can take advantage of online pedagogy support, professional learning resources, and the technical support resource library so they can feel confident planning, teaching, and assessing in the digital experience.


6ʯÁñÊÓÆµ»ÆÉ«°æ“8 Tools

STEM Module Project example

STEM Module Projects

STEM Module Projects challenge ʯÁñÊÓÆµ»ÆÉ«°æ to complete performance-based rubrics and answer summative questions that demonstrate how theyʯÁñÊÓÆµ»ÆÉ«°æ™ve applied their knowledge and understanding of the Performance Expectations to their project.

Investigation, Seafloor Spreading example on tablet

Phenomena and Science Content Videos

Phenomena and Science Content Videos draw ʯÁñÊÓÆµ»ÆÉ«°æ into the content and provide a visual experience to encourage thinking and collaborative conversations.

Simulations example on tablet

Simulations

Simulations take hands-on learning into the digital sphere, allowing ʯÁñÊÓÆµ»ÆÉ«°æ to apply their inquiry skills to environments beyond the scope of the classroom.

Talk ʯÁñÊÓÆµ»ÆÉ«°æ it - Drawing tool example on tablet

Drawing Tool

The Drawing Tool allows ʯÁñÊÓÆµ»ÆÉ«°æ to illustrate responses and annotate images for their assignments. Students can also use the drawing tool to analyze and graph data.

Lab video example

Lab Videos

For teacher lesson prep or ʯÁñÊÓÆµ»ÆÉ«°æ who missed class, these videos demonstrate how to perform each lab.

Pop Tip example on tablet

Pop Tips

Pop Tips support conceptual understanding with dynamic, interactive images and infographics.

Virtual Labs, Behavior of Gas example on tablet

Virtual Labs

Virtual Labs provide an alternative engaging way for ʯÁñÊÓÆµ»ÆÉ«°æ to interact with an experiment that cannot always be done in a classroom setting.

9ʯÁñÊÓÆµ»ÆÉ«°æ“12 Components

Inspire Chemistry Teacher's Edition cover

TeacherʯÁñÊÓÆµ»ÆÉ«°æ™s Edition

Complete with in-depth teaching strategies, inquiry activity planners, and robust differentiation support, Inspire Science has relevant tools for every teacherʯÁñÊÓÆµ»ÆÉ«°æ”no matter your experience levelʯÁñÊÓÆµ»ÆÉ«°æ”so you can feel confident your ʯÁñÊÓÆµ»ÆÉ«°æ are getting a comprehensive science ʯÁñÊÓÆµ»ÆÉ«°æ aligned with NGSS and the 5E instructional model.

Inspire Chemistry Student Edition cover

Student Edition

Grounded in powerful phenomena, the Student Edition of Inspire Science piques their curiosity through hands-on, inquiry-based activities. As ʯÁñÊÓÆµ»ÆÉ«°æ launch investigations into their world of science, the program challenges them to collect evidence to support their claims and apply three-dimensional thinking to their learning.

Digital Program Experience examples on tablet and laptop

Digital Program Experience

Push the limits on science learning with digital resources for ʯÁñÊÓÆµ»ÆÉ«°æ and teachers. As ʯÁñÊÓÆµ»ÆÉ«°æ interact with a variety of engaging digital contentʯÁñÊÓÆµ»ÆÉ«°æ”videos, virtual labs, games, simulations, and moreʯÁñÊÓÆµ»ÆÉ«°æ”teachers can take advantage of online pedagogy support, professional learning resources, and the technical support resource library so they can feel confident planning, teaching, and assessing in the digital experience.


9ʯÁñÊÓÆµ»ÆÉ«°æ“12 Tools

Investigation, Switching Sides example on tablet

Simulations

Simulations take hands-on learning into the digital sphere, allowing ʯÁñÊÓÆµ»ÆÉ«°æ to apply their inquiry skills to environments beyond the scope of the classroom.

Students working in chemistry lab together

STEM Module Projects

STEM Module Projects challenge ʯÁñÊÓÆµ»ÆÉ«°æ to complete performance-based rubrics and answer summative questions that demonstrate how theyʯÁñÊÓÆµ»ÆÉ«°æ™ve applied their knowledge and understanding of the Performance Expectations to their project.

Phenomena video example

Phenomena and Science Content Videos

Phenomena and Science Content Videos draw ʯÁñÊÓÆµ»ÆÉ«°æ into the content with engaging visuals that encourage thinking and collaborative conversations.

Pop Tip example on tablet

Pop Tips

Pop Tips support conceptual understanding with dynamic, interactive images and infographics.

Actively Learn example on monitor

Actively Learn

Actively Learn enhances core material with differentiated content designed to bring learning to life for each and every student. 

Virtual Labs, Model Ecosystems example on tablet

Virtual Labs

Virtual Labs provide an alternative engaging way for ʯÁñÊÓÆµ»ÆÉ«°æ to interact with an experiment that cannot always be done in a classroom setting.

Top