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MIT Scholarship Programs Supporting Future Engineers, Scientists, and Innovators 2026: Apply now

MIT Scholarship

The Massachusetts Institute of Technology (MIT) School of Engineering offers a wide range of graduate fellowship opportunities designed to support students pursuing advanced engineering research and innovation.

For the 2026–2027 academic year, the MIT School of Engineering Dean’s Office is providing 66 graduate fellowships, while 588 graduate students have received fellowships since 2020. These fellowships provide funding and resources to help students pursue research and innovation.

The opportunities cover multiple engineering disciplines and research areas, including artificial intelligence, healthcare, environmental engineering, semiconductors, energy, information engineering, nanotechnology, and signal processing.

MIT Graduate Fellowship Opportunities

MIT’s School of Engineering lists fellowship opportunities for both incoming and current graduate students.

The fellowships include the Lemelson Engineering Graduate Fellowship, which is available to incoming graduate students across engineering disciplines, and the Presidential Graduate Fellowship – Outstanding Scholar, also available to incoming graduate students.

Current graduate students can also be considered for numerous fellowships administered through the School of Engineering.

Fellowships Supporting Engineering Research

Several MIT fellowships support research across broad engineering disciplines.

These include:

  • School of Engineering Distinguished Graduate Fellowship
  • Athans Memorial Fellowship
  • Henry Ford II Scholar Fellowship
  • Walter S. Kut Fellowship
  • Nicholas Hobson Wheless, Jr. Fellowship
  • Xianhong Wu Fellowship
  • Dr. Chiang Chen Fellowship
  • Exponent Fellowship
  • Leslye Miller Fraser and Darryl M. Fraser Fellowship

These opportunities demonstrate the breadth of research areas supported through MIT Engineering’s fellowship system.

AI and Healthcare Research Fellowships

Artificial intelligence and healthcare are specifically represented among the fellowship opportunities.

The Abdul Latif Jameel Fellowship supports research in machine learning and healthcare.

The Takeda Fellowship supports research at the intersection of AI and health.

These fellowships may be particularly relevant to graduate students developing research involving machine learning, artificial intelligence, healthcare technologies, and related engineering applications.

Environmental Engineering and Climate Research

MIT also provides fellowship opportunities connected to environmental engineering.

The George Cohen (1926) Fellowship and Morris H. Klegerman (1928) Fellowship both list environmental engineering as their preferred research area.

Students working on environmental engineering research may therefore find these fellowship opportunities particularly relevant.

Energy and Sustainable Technology

Energy research is another area represented within the MIT School of Engineering fellowship portfolio.

The Reinhold Rudenberg Memorial Fellowship focuses on energy conversion, while the School of Engineering Distinguished Energy Efficiency Fellowship supports research involving energy-efficient systems.

These opportunities can support graduate research addressing engineering challenges related to energy technologies and efficiency.

Semiconductor and Microtechnology Fellowships

MIT also lists fellowships supporting research in advanced hardware and semiconductor technologies.

The Samsung Semiconductor Fellowship supports research on semiconductors.

The Hewlett Packard Fellowship I focuses on nanotechnology or microtechnology, while Hewlett Packard Fellowship II supports information engineering.

These fellowships may be relevant to graduate researchers working on semiconductor technologies, microtechnology, nanotechnology, and information systems.

Signal Processing Research

Students conducting research in signal processing can also find dedicated fellowship opportunities.

The Thomas G. Stockham, Jr. Fellowship and Bernard (Ben) Gold Fellowship recognize extraordinary teaching and mentorship and/or research in signal processing.

This makes them potentially relevant to graduate researchers working in signal processing and related engineering fields.

Innovation and Commercialization

MIT also offers an Evergreen Graduate Innovation Fellowship through the School of Engineering.

The fellowship is available to current PhD students and focuses on commercialization.

This opportunity may be particularly relevant to researchers interested in translating engineering research into practical applications, products, or ventures.

Additional MIT Fellowship Opportunities

Graduate students can also explore fellowships offered through individual academic departments and the MIT Office of Graduate Education.

MIT encourages students to connect with their department’s academic leadership to identify opportunities aligned with their research interests and academic goals.

The MIT Office of Graduate Education also maintains information about additional fellowship opportunities.

Who Can Be Considered?

Eligibility varies by fellowship.

Some opportunities are intended for incoming graduate students, while many others are available to current graduate students. The fellowship table also identifies opportunities specifically available to current PhD students.

Applicants should carefully review the eligibility and preferred research area associated with each fellowship.

How the MIT Fellowship Nomination Process Works

An important feature of the MIT School of Engineering fellowship system is that students generally cannot apply or nominate themselves for these fellowships.

For most opportunities, academic departments nominate students who demonstrate exceptional talent and meet the relevant fellowship criteria. The School of Engineering then selects outstanding candidates.

MIT states that the annual nomination timeline for most fellowship opportunities takes place in early spring unless otherwise specified.

Current and incoming students interested in these fellowships are encouraged to contact the graduate academic administration within their academic department to learn more about the nomination process.

Why These Fellowships Matter for Future Innovators

Graduate fellowships can provide important support for students pursuing advanced research.

MIT’s School of Engineering describes its fellowship opportunities as providing essential funding and resources that empower students to pursue groundbreaking research and innovation.

The range of research areas covered by these fellowships also reflects the breadth of engineering challenges being explored at MIT, from AI and healthcare to energy, environmental engineering, semiconductors, robotics-related technologies, and information engineering.

Final Thoughts

MIT’s School of Engineering offers a substantial portfolio of graduate fellowship opportunities for students pursuing advanced research and innovation.

With 66 fellowships provided by the School of Engineering Dean’s Office during the 2026–2027 academic year, prospective and current graduate students have multiple opportunities to explore depending on their academic stage and research interests.

Students interested in MIT Engineering fellowships should review the available opportunities, identify fellowships aligned with their research interests, and contact their academic department about eligibility and nomination procedures.

Because most fellowships use a departmental nomination process, prospective students should begin exploring the opportunities early and discuss relevant options with their department’s graduate academic administration.

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