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Commercializing integrated photonics

AIM Photonics fall meeting attendees tackle plans for making computer chips with integrated optical devices and developing a regional workforce.
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Left to right: Yashu Kauffman, director of assessment and evaluation for AIM Photonics Academy at MIT; Brian Anthony, director of MIT’s master of engineering in manufacturing program; and Abraham Michelen, Advanced Technological Education Council member and professor at Hudson Valley Community College, lead a roundtable discussion on roadmap competency needs in integrated photonics manufacturing...
Caption:
Left to right: Yashu Kauffman, director of assessment and evaluation for AIM Photonics Academy at MIT; Brian Anthony, director of MIT’s master of engineering in manufacturing program; and Abraham Michelen, Advanced Technological Education Council member and professor at Hudson Valley Community College, lead a roundtable discussion on roadmap competency needs in integrated photonics manufacturing.
Credits:
Photo: Maria Aglietti/Materials Processing Center
Sanjay Pai of Intel Corp. (standing left) answers a question during a session on integrated photonics manufacturing. Pai, Intel’s Supply Chain integration manager, delivered the keynote talk on “Building a Silicon Photonics Supply Chain.” Session chair Thomas Koch, dean of the College of Optical Sciences at the University of Arizona, is at right.
Caption:
Sanjay Pai of Intel Corp. (standing left) answers a question during a session on integrated photonics manufacturing. Pai, Intel’s Supply Chain integration manager, delivered the keynote talk on “Building a Silicon Photonics Supply Chain.” Session chair Thomas Koch, dean of the College of Optical Sciences at the University of Arizona, is at right.
Credits:
Photo: Maria Aglietti/Materials Processing Center
“Massachusetts has strong capability in integrated photonics today, and ... community colleges, manufacturing extension partnership programs, and small and medium enterprises can provide robust support to achieve the I-90 corridor for excellence in integrated photonics,” says Julie Diop, program manager for AIM Photonics Academy at MIT.
Caption:
“Massachusetts has strong capability in integrated photonics today, and ... community colleges, manufacturing extension partnership programs, and small and medium enterprises can provide robust support to achieve the I-90 corridor for excellence in integrated photonics,” says Julie Diop, program manager for AIM Photonics Academy at MIT.
Credits:
Photo: Denis Paiste/Materials Processing Center
AIM Photonics fall meeting attendees participate in a discussion at MIT.
Caption:
AIM Photonics fall meeting attendees participate in a discussion at MIT.
Credits:
Photo: Maria Aglietti/Materials Processing Center

Leaders from industry, state government, and higher education focused on the best ways to create a robust, integrated-photonics manufacturing corridor along Interstate 90 from Boston to Rochester, New York, on the final day of the American Institute for Manufacturing Integrated Photonics (AIM Photonics) fall meeting held at MIT Oct. 31 through Nov. 2.

“The meeting’s presenters showed that Massachusetts has strong capability in integrated photonics today, and that community colleges, manufacturing extension partnership programs, and small and medium enterprises can provide robust support to achieve the I-90 corridor for excellence in integrated photonics,” says Julie Diop, program manager for the AIM Photonics Academy at MIT. Integrated photonic systems use light pulses (photons) as well as electrical signals to process and communicate data within the same integrated circuit.

The AIM Photonics Academy, a part of AIM Photonics, has received $800,000 in state funding from the Massachusetts Executive Office of Housing and Economic Development for equipment to prototype integrated photonic devices on the MIT campus. “AIM Academy is creating a facility where professors, students, and industry can meet, design projects, and roll those projects into the curriculum. It’s one way to help foster the I-90 integrated photonics corridor,” Diop says.

Drawing about 145 participants, the first two days of the meeting focused on developing a technical roadmap for chip-making and photonic sensors, connectors, assembly, testing and systems packaging, as well as design automation. This Integrated Photonic Systems Roadmap, directed by Robert C. Pfahl Jr., will eventually align the integrated photonics supply chain for industry success.

The AIM Photonics fall meeting was a collaborative effort of AIM Photonics Academy, the Microphotonics Center at MIT, and iNEMI. About two dozen attendees joined the Massachusetts Integrated Photonics Manufacturing Supply Chain meeting on the final day. The meeting concluded with the first meeting of the AIM Academy Advisory Council.

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