Washington Sought Fusion Energy Curriculum Design

The state aims to provide classroom-ready materials on fusion technology to meet existing science education standards.

Updated on Sept. 30, 2026 in Nuclear

Bold flat-color editorial illustration of an atomic nucleus floating over structural geometric prisms, representing fusion energy education.
The Washington State Department of Commerce is funding a new fusion energy curriculum to prepare students for the state’s growing fusion industry. AI Illustration. Upload story photo >

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The CleanTech Alliance has solicited proposals for the creation of eight instructional modules on fusion energy for Washington schools. The project, funded by the Washington State Department of Commerce, addresses a current gap in classroom-ready material for state science standards.

Why it matters

As Washington-based fusion companies target commercial milestones within four years, the state is aligning its educational framework to prepare students for the industry's growth. This initiative connects local industry activity, which has secured over $1.9 billion in funding, with classroom instruction.

The contractor will develop up to eight modules, including assessments and teacher guides, by adapting existing research from the Fusion Industry Association and ITER. This design effort is supported by a $65,000 grant under the state's Green Jobs Grant Program #26-922F0-004.

The players

CleanTech Alliance

An industry association that promotes clean energy technology and is managing the fusion curriculum development project.

Washington State Department of Commerce

The state agency responsible for economic and community development that is funding this project through the Green Jobs Grant Program.

The details

The curriculum will bridge fundamental physics and modern fusion energy, a process where atomic nuclei combine to release massive amounts of energy. The developer is expected to synthesize technical documentation from global scientific bodies into a format that meets Washington state science learning standards. This process requires adapting high-level research for classroom application, ensuring that students understand the viability and mechanics of fusion technology.

Timeline

  1. September 15, 2026: Deadline for submitting written questions regarding the project.

  2. October 6, 2026, 11:00 a.m. Pacific: Deadline for final proposal submissions.

The Tech Race

This curriculum project follows the pattern set by Washington's Climate Commitment Act, which prioritizes state funding for workforce development in emerging sectors. By integrating fusion into standard science curricula, the state is positioning itself to support the local fusion industry ahead of projected commercial milestones.

Teachers and students across Washington will gain access to standardized instructional modules focused on fusion technology. The program aims to modernize science curricula in anticipation of commercial fusion milestones expected within the next four years.

The takeaway

This project highlights the state's proactive efforts to align K-12 education with the accelerating local fusion industry. Watch for the selection of the curriculum contractor following the October 6, 2026, submission deadline to gauge the instructional depth of the upcoming modules.

Further reading

For broader context on the state's role in the sector, explore the latest developments in Nuclear.

More information

Interested parties can Download the full Request for Proposals on the CleanTech Alliance website.

Source note: This article includes information reported by Cleantechalliance.

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Should your local schools include curriculum modules on emerging energy technologies like fusion?