Over 60 students from five Capital Region high schools, Canajoharie, Mohonasen, Schenectady Big Picture, South Colonie, and Tech Valley, gained firsthand insight into advanced manufacturing during a National Manufacturing Day event at AIM Photonics’ Albany NanoTech Complex on October 2nd. The event connected students with the evolving field of integrated photonics, showing potential career paths in communications, defense and healthcare.
AIM Photonics Executive Director Nicholas Fahrenkopf welcomed the group, introducing them to the Institute’s work and emphasizing the program’s commitment to building a strong national workforce by linking students with relevant opportunities. Students toured the facility and participated in demonstrations illustrating how light drives innovation in emerging technologies.
Integrated Photonics Careers Highlighted for Regional High School Students
The event at AIM Photonics on October 2nd provided hands-on experience with cleanroom protocols for a select group of students, allowing them to practice donning the specialized attire required for work in the Albany NanoTech Complex. This immersive element went beyond observation, directly engaging students with the practical demands of the field and offering a tangible preview of a potential career path. Following the cleanroom practice, students toured the facility, observing technicians and the wafer transfer processes integral to advanced manufacturing.
A panel discussion expanded on these themes, offering students firsthand accounts of educational pathways and career opportunities within the photonics industry. Demonstrations illustrated the versatility of light-based technology; students explored applications ranging from signal transfer in sensor devices to powering robotics and laser-based communication. The interactive sessions also included a practical exercise in binary code using UV-sensitive beads, simulating the information processing capabilities of photonic integrated circuits (PICs).
See today’s quantum computing news on Quantum Zeitgeist for the latest breakthroughs in qubits, hardware, algorithms, and industry deals.
