New Engineering Education Transformation (NEET) at MIT is a 3-year, experiential learning program that empowers undergraduates to collaborate across disciplines through an immersive, applied education. Over the course of the program, NEET scholars work in cross-departmental communities to tackle real-life, high-impact projects and develop the interdisciplinary skills needed to prepare for their careers and build the impactful solutions of the future.
NEET scholars earn a degree in the major of their choice and a NEET Certificate in one of four pathways of study or “threads."
NEET Threads weave together innovation and collaboration. NEET scholars earn a degree in the major of their choice and a NEET Certificate in one of four high-impact, cross-departmental threads:
Autonomous Machines
Design, build, and deploy mechanical systems, software, and autonomy algorithms for real-world autonomous machines and robots.
Built entirely around the new machines, materials, and systems driving modern industry, NEET offers a carefully designed curricular structure that empowers MIT students.
Exclusive Access: Gain access to numerous NEET-affiliated research labs, faculty, mentors, industry contacts, community spaces, and registration priority to many project-based classes.
Cutting-Edge Technology: Work on cutting-edge interdisciplinary projects at MIT labs.
Machines of the Future: Design, build and deploy machines of the future from autonomous drones to human organs-on-chip.
Intellectual Community:Join a community of hundreds of students from over 10+ majors across the schools of Engineering and Science.
Transferable Skills: Gain valuable technical, lab and interpersonal skills that are in high demand by industry, graduate and medical schools.
NEET Certificate:Earn a NEET certificate from the MIT School of Engineering in your desired thread.
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MIT class takes students on a grand tour of the interdisciplinary world of biotech
In NEET course 20.051 | Introduction to NEET: Living Machines, students explore and apply concepts from different disciplines, providing them with broad knowledge and hands-on practice for real-world application. | MIT News