The AIM Photonics Summer Academy, hosted annually at MIT in Cambridge, Massachusetts, brought together students, researchers, and industry professionals for an intensive, in-person week focused on integrated photonics education, design, and manufacturing.

Participants engage in a comprehensive curriculum covering photonic materials and devices, circuit design, chip fabrication principles, packaging, testing, resource efficiency, system-level applications, and an introduction to electronic-photonic design automation (EPDA) tools. Instruction was led by experts from AIM Photonics, MIT, Dartmouth College, Rochester Institute of Technology, and the University of Rochester, providing a strong blend of academic insight and industry relevance.

A key highlight of the Academy is the collaborative design team project, where attendees worked in cross-disciplinary teams to develop application-specific photonic integrated circuits (PICs). These projects culminate in final presentations that explored emerging chip standards, performance metrics, and manufacturing tradeoffs across application areas including datacom, sensing, wireless systems, AR imaging, and quantum computing.

Sample schedule (ASA2025)

Day	Morning	Afternoon
DAY 1	Arrival at MIT	Registration, Semiconductor Resource Efficiency
DAY 2	AIM Photonics Standards, Services Passive Devices	Design team project breakout session PIC Application: Datacom
DAY 3	AIM Photonics TAP Services Active Devices Wireless Application	Design team project breakout session PIC Application: Sensing
DAY 4	Fabless Photonics AR Imaging Application	Design team project breakout session PIC Optical Testing
DAY 5	Process variation and Design for Manufacturing Quantum Computing Application	PIC Packaging Design team project breakout session
DAY 6	Design team project presentations IPSR Roadmap

Throughout the week, participants have the opportunity to network with peers from academia and industry and to meet with leading EPDA software vendors Ansys, Cadence, and Synopsys, gaining hands-on exposure to state-of-the-art simulation and layout tools aligned with the AIM Photonics foundry process.

In addition to the in-person instruction, all attendees receive continued access to the online course Fundamentals of Integrated Photonics, reinforcing core concepts and supporting long-term learning beyond the Academy.

The AIM Photonics Summer Academy continues to play a vital role in developing the integrated photonics workforce—equipping engineers, researchers, educators, and technology leaders with the foundational knowledge and practical experience needed to advance photonic integrated circuit design and manufacturing.

The AIM Summer Academy team is grateful towards the following vendors: