JCATI funds one-year applied research partnerships between Washington's public universities and the state's aerospace and advanced manufacturing companies. Explore this year's projects, last year's results and the projects funded in recent years.
Jump to: How JCATI works · FY2027 projects · FY2026 results · Funded projects by year
How JCATI works
Step 1
Partner
A faculty member at a Washington public university teams up with an aerospace or advanced manufacturing company around a promising technology.
Step 2
Compete
Proposals go through a competitive annual review, and the JCATI Board selects the strongest projects for funding.
Step 3
Advance
Over one year, from July 1 to June 30, faculty and students work with the company to move the technology closer to commercial use.
223 projects, $19.3 million invested and more than $40 million in follow-on funding since 2013. See JCATI's program impact →
FY2027: Projects underway
In progress, July 2026 – June 2027
14
Projects funded
12 research projects and 2 student capstones
$1.43M
In JCATI project grants
15
Industry partners
On the 12 research projects
$1.31M
In pledged industry in-kind support
About 92 cents for every JCATI dollar
5 of 5
Consortium universities
UW 8 · WSU 3 · WWU 1 · capstones at CWU and EWU
8
Washington counties
Home to FY2027 industry partners
FY2027 project areas
Composites manufacturing and recycling4
Space propulsion2
In-space satellite servicing1
Metal additive manufacturing1
Non-destructive inspection and imaging1
Drone guidance and navigation1
Sustainable aviation fuel1
Recycled materials for aircraft interiors1

FY2026: Results
Completed, July 2025 – June 2026
9
Projects funded
7 research projects and 2 student capstones
$846,764
In JCATI project grants
9
Industry partners
4 small, 2 mid-size and 3 large companies, all based in Washington
69
Students supported
More than half at WWU, CWU and EWU
$368,916
In industry in-kind support delivered
Equal to 44% of the JCATI investment
$1.26M
In new follow-on funding
1.49 times the JCATI investment
+1.3
Average technology readiness gain
Across the 7 research projects

FY2026 highlights
- A sensor system developed on an FY2026 project is now built into the industry partner's production vehicle.
- An automated finishing system developed with a Washington manufacturer is now in production.
- A Washington startup partner hired a UW graduate from its project team.
- All four students on one project advanced to their next career stage, including doctoral progress, an internship or job offer, and a master's admission.
- Students on space-sector projects are building cryogenic fluids and materials expertise sought by Washington's growing space industry.
- FY2026 work has already led to new proposals to DARPA, NASA and federal SBIR/STTR programs.
Funded projects by year
Lead investigators and industry partners for each funded project. Select a year to expand the list.
FY2027 funded projects
- Birgitte Ahring (WSU) and Sky NRG and Clean Vantage
- Dwayne Arola (UW) and Blue Origin, Sugino, and Sentecor Solutions
- Akshay Gadre (UW) and IDD Aerospace
- Peng Gao (WWU) and Toray
- Dave Kim (WSU) and Innovative Composite Engineering
- Carl Knowlen (UW) and HyperSciences
- Justin Little (UW) and EOI Space
- Martin Nisser (UW) and Starfish Space
- Amir Taghvaei (UW) and Brinc
- Aniruddh Vashisth (UW) and Electroimpact
- Baoming Zhao (WSU) and Qbic Materials and ReUse Labs
- Navid Zobeiry (UW) and Toray
FY2026 funded projects
- Tarek Algeddawy (WWU) and West Coast Industries
- Jim Hermanson (UW) and Blue Origin
- Dave Kim (WSU) and Maren-go
- Carl Knowlen (UW) and Juno Propulsion
- Nicole Larson (WWU) and Safran
- Sep Makhsous (UW) and Hover, Inc.
- Matt Reynolds (UW) and Kymeta
- Arezoo Zare (WSU) and Blue Origin
FY2025 funded projects
- Tarek Algeddawy (WWU) and Boeing
- Ed Habtour (UW) and Boeing
- Jim Hermanson (UW) and Blue Origin
- Dave Kim (WSU) and Innovative Composites Engineering
- Carl Knowlen (UW) and Juno Propulsion
- Karen Leung (UW) and Avien Data Inc./DBA Parkalytics
- Mohammad Malakooti (UW) and Boeing
- Krithika Manohar (UW) and Boeing
- Matt Reynolds (UW) and Kymeta
- Marco Salviato (UW) and Boeing
- John Swensen (WSU) and Applewhite Aero
- Baoming Zhao (WSU) and Boeing