NextWave STEM Standard Alignments - To which standards are NextWave STEM programs aligned?

Nationwide Technology Standards Alignment

NextWave STEM has completed a full alignment of its K to 12 STEM curriculum with the technology standards of all 50 United States, as well as the leading national frameworks NGSS, ISTE, and CSTA. This nationwide alignment ensures that every school district, regardless of local requirements, can easily integrate a standards based STEAM education program.

By carefully mapping each course to both state and national learning objectives, NextWave STEM provides educators with curriculum solutions that are ready to implement. This alignment minimizes preparation time, guarantees compliance, and supports stronger classroom engagement.

Each course connects directly to the technology competencies outlined by state departments of education, ensuring that students gain the skills needed for success in a rapidly evolving digital world.

Aligned Courses by Grade Band

K to 2 STEM Classics

This program introduces young learners to engineering, physics, and computational thinking. Hands on activities foster curiosity, teamwork, and creative problem solving. Every lesson meets both state and national standards, helping students build a foundation for future STEM learning.

K to 2 3D Printing

Students explore digital design and additive manufacturing by turning their ideas into physical creations. They learn the basics of digital literacy, prototyping, and spatial reasoning, developing confidence and imagination through technology.

3 to 5 Circuitry

Students discover how electricity works by building and testing circuits. They experiment with conductors and insulators and troubleshoot their creations. The course aligns with NGSS physical science and ISTE innovation standards, making abstract concepts clear and exciting.

3 to 5 Game Design

This program introduces computational thinking and coding through the fun of creating video games. Students use visual programming languages to design and debug games while developing creativity, logic, and problem solving skills.

6 to 8 Game Design

Students deepen their understanding of coding, user interface design, and interactive storytelling. They practice problem solving, refine their programming logic, and gain confidence in designing engaging digital experiences that prepare them for advanced computer science study.

6 to 8 Vinyl Cutting

Students learn digital design and fabrication using professional design software and vinyl cutters. They combine creativity with precision to produce real products, bridging the gap between digital ideas and physical results.

9 to 12 Robotics for Manufacturing with microbit

High school students explore robotics, automation, and programming. They learn how hardware and software work together to create intelligent systems. This course supports career and technical education pathways and prepares learners for future roles in engineering and manufacturing.

9 to 12 Agricultural Science

Students examine how technology drives modern agriculture through drone mapping, data analysis, and sustainability practices. Depending on the state, the course aligns with technology, science, or environmental standards, giving it flexibility and local relevance.

9 to 12 Laser Cutting

Students gain hands on experience with digital fabrication and design. They use computer aided design tools and laser cutting equipment to create precise, detailed projects that reflect real industry practices.

9 to 12 FAA Part 107 Drone Certification

This course prepares students for the Federal Aviation Administration Part 107 commercial drone pilot exam. They study aerodynamics, weather, and airspace regulations while developing the technical knowledge needed for drone operations and related career paths.

State Specific Alignment

Beyond national standards, NextWave STEM courses are aligned to the technology standards of all 50 states, from New York to Texas, Florida to California, Vermont to Hawaii. These states represent some of the largest education systems in the country. This alignment ensures seamless adoption and verified compliance for districts seeking high-quality STEM programs that meet state mandates.

BOCES Approval in New York

NextWave STEM is approved by BOCES in New York State. This approval confirms that programs meet state curriculum and instructional quality standards. Schools can access NextWave STEM courses more efficiently and often through shared funding, making advanced STEM education more accessible across districts.

Benefits for Educators and Students

For Educators

A standards-aligned curriculum provides clear structure, simplifies lesson planning, and makes assessment more effective. Teachers can focus on engaging instruction while knowing their lessons meet required learning outcomes.

For Students

Students experience hands on learning that builds from basic STEM concepts to advanced technology applications. They develop digital literacy, creative problem solving, and critical thinking skills that prepare them for higher education and future careers.

For Administrators

Aligned curriculum ensures accountability, compliance, and measurable results. It supports district goals for accreditation, funding, and workforce readiness while reinforcing the school’s commitment to innovation and excellence.

Conclusion

NextWave STEM’s nationwide alignment with all 50 state technology standards and national frameworks such as NGSS, ISTE, and CSTA demonstrates its dedication to quality, equity, and innovation in STEM education. From early introductions to robotics and 3D printing through advanced certification programs, each course provides measurable academic value and career relevance.

This comprehensive alignment is more than a compliance milestone. It is a foundation that empowers educators, strengthens schools, and equips students for success in a world shaped by technology and creativity. NextWave STEM continues to lead in building a future ready generation through engaging, accessible, and standards based STEAM learning.