CleanTech Alliance Requested Fusion Energy Curriculum
The state-funded project seeks a designer to build instructional modules for Washington classrooms.
Updated on Sept. 30, 2026 in Nuclear

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The CleanTech Alliance has solicited proposals for a curriculum designer to develop fusion energy instructional materials for Washington schools. Funded by the state Department of Commerce, the project aims to address the current shortage of classroom-ready resources for teaching fusion science.
Why it matters
While fusion energy is already included in Washington state science learning standards, educators currently lack specialized teaching materials to effectively present the complex subject matter to students.
The contract provides up to $65,000 for the development of eight instructional modules, including teacher guides and assessments. The selected designer must adapt existing content from organizations such as ITER and the Fusion Industry Association.
The players
CleanTech Alliance
This is a regional industry organization that supports the growth of clean technology businesses through advocacy and educational initiatives.
Washington State Department of Commerce
This state agency oversees economic development and community support programs throughout Washington.
The details
The initiative is supported by the Washington State Department of Commerce through the Green Jobs Grant Program, which is financed by the Climate Commitment Act. This effort aligns with local fusion companies targeting significant commercial milestones within the next four years.
Timeline
September 15, 2026 is the deadline for submitting written questions regarding the proposal.
October 6, 2026 at 11:00 a.m. Pacific is the deadline for proposal submissions.
The Big Picture
This curriculum development project follows a pattern set by the Climate Commitment Act, which provides the foundational funding mechanism for the state's green energy initiatives. It signals a move toward integrating high-tech industrial milestones into state-mandated science education.
Local students may see an updated science curriculum that bridges the gap between state standards and current fusion energy technology. This initiative prepares future workers for a regional industry that has already secured over $1.9 billion in private investment.
The takeaway
Bringing advanced industrial research into the classroom can help align the state's education system with its burgeoning fusion energy sector. Teachers should monitor this development to determine if these modules will be available for their upcoming school year planning.
What happens next
Prospective contractors must submit written questions by September 15, 2026, and finalize their proposal submissions by the October 6, 2026 deadline.
Further reading
For broader context on the regional energy sector, explore Washington Nuclear.
More information
To review the project requirements, Download the full Request for Proposals.
Source note: This article includes information reported by Cleantechalliance.
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