MIT Enterprise Additive Manufacturing Course Integrates RAPID + TCT Sessions in April 2026

MIT's Center for Advanced Production Technologies is running its Enterprise Additive Manufacturing course as a five-day intensive program in Boston this April, weaving on-campus instruction at MIT directly into the RAPID + TCT trade show floor. The program spans April 13–17, 2026, with 3.5 full days of lectures and workshops on MIT's campus and two half-days split between MIT and the RAPID + TCT exposition, where participants will engage with machine manufacturers, materials providers, and service bureaus.

The structure reflects a deliberate pedagogical move. The course begins with lecture and discussion-based study to establish baseline knowledge, then shifts into an immersive team-based format where participants work alongside MIT and industry experts to apply AM technologies in a simulated business setting. The deliverable is concrete: an initial product design, an economic model, and a production strategy. As the MIT course description puts it, "You'll develop your product vision in the course and then have the chance to qualify it with AM technology and service providers."

That qualification happens on the RAPID + TCT show floor, which brings together more than 400 additive manufacturing solutions providers and features over 160 technical presentations across nine conference tracks. MIT faculty guide participants in touring the expo with a specific purpose: learning to align emerging technologies with end-user needs and navigating the broader AM ecosystem. The curriculum covers strategy, operations, technology selection, and real-world case studies, including both direct manufacturing of 3D printed components and applications like jigs and fixtures.

Lead instruction comes from John Hart, Professor of Mechanical Engineering and Director of the MIT Center for Advanced Production Technologies. The course builds on what MIT describes as a decade of teaching AM to over 10,000 professionals, both on campus and online. The program's framing positions it squarely at the intersection of education and industry adoption: the team at MIT has stated that "the frontiers of AM are defined by new materials, advanced automation and software, and the use of artificial intelligence for design optimization and production control."

The credential value is notable for professionals tracking CEU requirements. The course counts for 3.2 Continuing Education Units and can be applied toward MIT's Professional Certificate Programs in Innovation & Technology or Design & Manufacturing. The fee is $4,500, covering both the on-campus and RAPID + TCT components. Registration through MIT Professional Education closed March 13, 2026; prospective participants can contact Professor Hart or Haden Quinlan at MIT Professional Education for late registration or waitlist inquiries.

For engineers and manufacturing specialists weighing how to take AM deployment from pilot to production scale, the timing of this program, running concurrently with North America's largest AM event, gives the classroom work an immediate real-world proving ground.