Photonics Bootcamps hosted at MIT – Background (May 2025)
Please check in soon regarding upcoming Photonics Bootcamp offerings hosted at MIT (May 2026).
Photonics Bootcamp – Background (May 2025)
In May 2025, MIT hosted a hands-on Photonics Bootcamp focused on advanced semiconductor and electronic–photonic packaging. The program was delivered by the FUTUR-IC team and designed to provide community college students with direct exposure to cutting-edge fabrication, packaging tools, and manufacturing concepts within a world-class research environment.
The boot camp was part of NCAIST, an NSF Advanced Technological Education (NSF-ATE) program, with MIT leadership provided by Anuradha Agarwal. Participants engaged in intensive, practical training inside the Lab for Education and Application Prototypes (LEAP) at MIT.nano, where they learned to safely operate industry-relevant packaging equipment, including die saws, wire bonders, and die bonders. Instruction combined hands-on tool operation with guided mentoring from MIT faculty, researchers, and technical staff.
To enhance experiential learning, the program integrated virtual reality (VR) simulations that allowed participants to explore both photonic device structures—such as waveguides, bends, and escalators—and semiconductor packaging tools in an immersive environment. The boot camp also introduced concepts of resource-efficient and sustainable manufacturing through an interactive simulation game, where participants managed a virtual electronics factory and balanced performance, cost, and responsible use of materials.
Daily reflection sessions created space for discussion and deeper learning around electronic and photonic packaging, spanning conventional approaches as well as emerging, next-generation integration strategies. These conversations connected hands-on activities to real-world research challenges and evolving industry needs.
The experience was further enriched by a comprehensive tour of the MIT.nano fabrication facility, offering insight into the full semiconductor manufacturing lifecycle, including deposition, lithography, plasma etching, packaging, characterization, and imaging. Participants also learned about quality control and supply-chain considerations critical to sustaining innovation and growth in the semiconductor industry, with perspectives shared by Professor Lionel Kimerling.
The Photonics Bootcamp was distinguished by the curiosity, engagement, and enthusiasm of its participants. Their questions and active participation fostered dynamic discussions and reinforced the program’s mission: to inspire and prepare the next generation of technicians, engineers, and innovators in photonics and semiconductor manufacturing.
Read more about past offerings co-sponsored by AIM Photonics here.