Key Takeaways
- The U.S. National Science Foundation (NSF) has awarded Michigan Technological University $1.9 million to fund the CyberAI Corps Scholarship for Service (CyberAI SFS) program.
- The grant will provide two years of full‑ride scholarships, mentorship, research opportunities, and internships to 11 eligible students pursuing master’s‑level proficiency in cybersecurity, artificial intelligence (AI), or related fields.
- Scholarship recipients must repay the award by serving in government cybersecurity or AI positions for a period equal to the length of their funding.
- The program builds on Michigan Tech’s existing strengths, including its designation as a National Center of Academic Excellence in Cyber Defense (CAE‑CD) and Cyber Research (CAE‑R) by the NSA.
- Federal legislators from Michigan—Sens. Gary Peters and Elissa Slotkin and Rep. Jack Bergman—praised the award as a vital step toward strengthening the nation’s cybersecurity and AI workforce.
- The CyberAI SFS initiative enhances and will eventually replace the university’s current CyberCorps Scholarship for Service program, with recruitment slated to begin in fall 2026.
Overview of the NSF Grant
The National Science Foundation has awarded Michigan Technological University a $1.9 million grant under its CyberAI Corps Scholarship for Service program, known as CyberAI SFS. This funding, effective August 1 2025 and running through July 31 2029, is aimed at educating and mentoring the next generation of professionals capable of tackling the intertwined challenges of cybersecurity and artificial intelligence. The grant reflects the federal government’s recognition of Michigan Tech’s established expertise in computing disciplines and its capacity to produce highly skilled graduates for public‑sector service.
Program Structure and Scholarship Details
CyberAI SFS will support 11 eligible students majoring in any of the Michigan Tech College of Computing degree programs. Each recipient receives up to two years of full‑ride scholarship coverage, which includes tuition, fees, and a living stipend. In addition to financial aid, scholars gain access to mentorship from faculty and industry experts, research projects aligned with national priorities, potential internships with government agencies, and targeted career‑preparation workshops. The comprehensive package is designed to elevate students to master’s‑level proficiency while fostering a commitment to public service.
Service Obligation and Career Pathways
In exchange for the scholarship benefits, participants incur a service obligation: they must work in cybersecurity, AI, or related roles within federal, state, local, or tribal government organizations for a period equal to the duration of their funding—typically two years. This pay‑back model ensures that the investment directly contributes to strengthening the nation’s cybersecurity and AI workforce. Graduates are expected to fill critical roles such as security analysts, AI ethicists, data scientists, and cyber‑defense specialists, thereby addressing documented shortages in these high‑need areas.
Leadership and Faculty Involvement
Yu Cai, professor of applied computing and associate dean of the College of Computing, serves as the principal investigator for the project. Cai emphasized that the grant will not only deepen technical knowledge but also cultivate ethical judgment, a sense of service, and dedication to the public good. Supporting him on the faculty research team are Professor Jean Mayo and Associate Professor Bo Chen from the Department of Computer Science; Senior Lecturer Todd Arney of the Department of Applied Computing; Chris Hohnholt, instructor and curriculum development specialist in the Pavlis Honors College; and Yinyin Tan, program development specialist at the Frontiers Research Institute. Their combined expertise spans computing, cybersecurity, AI, and curriculum innovation.
Institutional Endorsement and Vision
Dennis Livesay, Dave House Dean of Computing, highlighted that the award opens new career‑development avenues for students and demonstrates Michigan Tech’s responsiveness to the evolving computing landscape shaped by AI advancements. Livesay noted that the university’s longstanding tradition—since its founding in 1885—of embracing emerging technologies positions it naturally to lead at the intersection of cybersecurity, AI, and data‑driven systems. He expressed confidence that the grant will amplify the impact of Michigan Tech’s already strong programs in these domains.
Academic Portfolio Alignment
Michigan Tech offers a broad suite of relevant programs: bachelor’s degrees in artificial intelligence, computer science, cybersecurity, data science, information technology, and software engineering; and master’s degrees in computer science, cybersecurity, and data science. Students currently enrolled in these bachelor’s tracks may apply during their junior year, while seniors planning to pursue a two‑year master’s (instead of a one‑year accelerated option) are also eligible. This alignment ensures a steady pipeline of qualified candidates who can transition smoothly from undergraduate study to the rigorous, scholarship‑funded master’s experience supported by CyberAI SFS.
National Recognition in Cybersecurity
The university’s cybersecurity excellence has been formally acknowledged by the U.S. National Security Agency (NSA), which designated Michigan Tech as a National Center of Academic Excellence in both Cyber Defense (CAE‑CD) and Cyber Research (CAE‑R). Michigan Tech was the first institution in Michigan to hold both designations, earning CAE‑CD status in 2023 and CAE‑R in 2024. For two consecutive years (2023‑2024), the university ranked among the top ten CAE‑CD institutions nationwide to receive CAE‑CD Outreach Awards, underscoring its successful community engagement in promoting cybersecurity awareness and safe online practices. The CAE‑CD designation remains valid through the 2027‑28 academic year, while the CAE‑R designation extends through 2029‑30.
Research Impact and External Validation
Vice President for Research Andrew Barnard affirmed that the NSF grant further validates Michigan Tech’s world‑class research faculty and their expertise in cybersecurity and AI. Barnard remarked that the award recognizes the university’s strong foundation of student‑involved research and provides another avenue for excellent students to deliver hands‑on, high‑impact solutions to emerging challenges. He pointed out that continued success in securing competitive federal awards demonstrates that Michigan Tech researchers remain among the nation’s best.
National Security Perspective
U.S. Senator Gary Peters of Michigan lauded the funding as a critical step toward addressing the country’s serious national security challenges. He emphasized that AI’s growing presence in daily life necessitates ethically grounded professionals who can harness the technology for economic competitiveness and public benefit. Peters cited his own AI Scholarship for Service Act, which incentivizes public‑sector service after graduation, and expressed pride that Michigan Tech is among the first institutions to receive funding for this new initiative.
Representative Jack Bergman, representing Michigan’s First Congressional District, echoed this sentiment, noting that the award ensures the university’s cybersecurity and AI expertise will continue to defend critical infrastructure, government systems, businesses, and families. He framed the investment as a win for both Michigan and national security, praising Michigan Tech’s leadership in preparing a highly trained American workforce.
Senator Elissa Slotkin, drawing on her background as a CIA analyst and Department of Defense official, highlighted the escalating frequency and sophistication of cyberattacks. She viewed the NSF‑supported workforce training at Michigan Tech as a key contributor to sustaining and strengthening national security amid rising cyber warfare threats. Slotkin affirmed that Michigan Tech’s environment is ideal for cultivating the next generation of defenders who will protect communities and vital assets.
Program Transition and Next Steps
CyberAI SFS is positioned as an enhancement to the university’s existing CyberCorps Scholarship for Service program, which will be phased out over the next three semesters. Prospective applicants can learn more about the program through Michigan Tech’s official channels, and questions regarding the application process may be directed to [email protected]. Recruitment for the inaugural cohort is slated to commence during the fall 2026 semester, allowing interested students ample time to prepare their applications and align their academic trajectories with the program’s goals.
About Michigan Technological University
Founded in 1885, Michigan Technological University is an R1 public research university located in Houghton, Michigan’s Upper Peninsula, near Lake Superior. The institution enrolls nearly 7,500 students from over 60 countries and offers more than 185 undergraduate and graduate degree programs spanning science, technology, engineering, mathematics, computing, forestry, business, health professions, robotics, psychology, social sciences, humanities, and the arts. Consistently ranked among the nation’s best universities for return on investment, Michigan Tech combines rigorous academics with abundant outdoor recreational opportunities, fostering a well‑rounded educational experience. Its longstanding commitment to innovation and public service makes it a natural home for initiatives like the CyberAI SFS program that aim to fortify the nation’s cybersecurity and AI capabilities.