Grant · United States
NSF Advanced Technological Education (ATE)
A National Science Foundation program focused on strengthening the education of skilled technicians in high-technology science and engineering fields, with emphasis on two-year institutions, credit-bearing programs, faculty-led projects and partnerships with industry, universities, schools and economic-development actors.
Tema
Funding for technician education, STEM workforce pathways and industry-college partnerships
Quién debería revisarla
Two-year colleges, higher education institutions, STEM educators, industry partners, workforce-development organizations, economic-development agencies and consortia building technician education programs in the United States.
Por qué la monitorea Nodo
It is relevant for U.S.-based universities, community colleges, workforce-development groups and industry partners connected to the network. It can also help Mexican and international collaborators identify U.S. partners for applied STEM education, technician training, digital manufacturing, AI, cybersecurity, engineering technology and regional workforce pipelines.
Detalles conservados
- Official deadline
- The NSF program page lists the next required due date as October 1, 2026. Applicants should verify the active solicitation, institutional eligibility and submission requirements in Research.gov before preparing a proposal.
- Funding levels
- The program includes multiple tracks, including conferences up to USD 250,000, small projects up to USD 1,000,000, larger projects and consortia from approximately USD 1.2 million to USD 3 million, and ATE centers up to USD 7.5 million over five years, subject to the official solicitation.
- Core program focus
- ATE supports curriculum development, professional development for college faculty and secondary teachers, career pathways, credit-bearing technician education, incumbent worker education and applied research that advances knowledge related to technician education.
- Partnership angle
- Strong proposals usually show clear partnerships between two-year institutions, other academic institutions, industry, schools, economic-development agencies and community stakeholders, with a credible route to workforce outcomes.
- Good fit examples
- Potential areas include AI-ready workforce pathways, advanced manufacturing, cybersecurity, engineering technology, climate and energy technicians, geospatial technology, data infrastructure, digital twins, robotics and other applied STEM fields where technician demand is growing.
Etiquetas