Where: Massachusetts Institute of Technology
When: May 6-8, 2020
Cost: $3,000 for three days of hands-on integrated photonics training
Class size: The class will be limited to 12 registrants from the optics/photonics/electronics industry
The fast-emerging field of integrated photonics, which enables photonic and electronic devices to communicate with one another within an integrated circuit package, is revolutionizing fields like low-power cloud computing, ultra-high-speed wireless, smart sensing, and augmented imaging. In this bootcamp, we'll cover key concepts and provide hands-on training using state-of-the-art tools.
Rather than listen to lectures, students will solve problems using lab equipment to test passive photonic chips, which will prepare them for the challenges they will face in the workforce.
This bootcamp is hands-on, so most of the learning is accomplished through doing. To guarantee attendees a rich hands-on experience and one-on-one interaction with instructors, we have limited the registration to 12. The $3000 registration fee does not cover housing. It covers the technical teaching staff for their time with participants, and for coffee and light snacks, as well as lunch for three days and a networking dinner Thursday.
What students will learn:
- Coupling of fiber to on-chip waveguide - Couple light into an SOI chip using butt coupling and grating coupling
- Measurement of passive integrated photonics devices - Collect data from straight waveguides, spirals, ring resonators, and more
- Basic concepts - TE/TM modes, confinement, evanescence, on-chip guiding
- Virtual Lab - Game-based educational simulation to build intuition about on-chip light propagation
- Data analysis - Matlab to characterize devices based on real data
- Introduction to integrated photonics packaging - Solar cell packaging
You will need: Laptop and lab notebook
You get to keep: Manual with detailed descriptions of integrated photonics experiments.
If you are traveling to MIT from out of town, you can find a list of hotel options here.
List of instructors for the Integrated Photonics Bootcamp:
Dr. Anu Agarwal is Principal Research Scientist at MIT and AIM Academy's leader of LEAPs (Labs for Education and Application Prototypes). She has more than 100 journal and refereed conference publications, six awarded patents and five pending patents. Her work on MIR materials and devices is creating a planar, integrated, Si-CMOS-compatible microphotonics platform which will enable on-chip imaging and sensing applications.
Juejun Hu is the Merton C. Flemings Associate Professor of Materials Science & Engineering at MIT. His research interest is in optics and photonics for sensing, imaging, communications, and photovoltaics applications.
Dr. Kimerling is the Thomas Lord Professor of Materials Science and Engineering at MIT and the founding Director of the MIT Microphotonics Center, where he conducts an active research program in the design and processing of semiconductor materials and devices. He is also Executive of AIM Academy.
Sajan Saini is an Instructional Designer at MIT. He has been a lecturer at Princeton University in writing and science communications, and was formerly a member of the physics faculty at Queens College of CUNY. His photonics research interests include waveguide optical amplifiers, nanostructured materials, and photonic crystal devices.
Samuel Serna received his doctoral degree in science - photonics at the University of Paris-Sud for research in novel techniques to test and exploit third-order nonlinear susceptibilities in silicon-photonic structures. As a postdoctoral researcher at MIT, he explored novel hybrid devices in the integrated photonics platform for telecom and midIR functionalities.
He is currently Assistant Professor of physics at Bridgewater State University and a 2019 OSA Ambassador.
Erik Verlage received his doctoral degree in materials science at Caltech for research on nanophotonic antireflective coatings in photoelectrochemical devices for the synthesis of solar fuels.
He is a research scientist in the Knowledge and Innovation for Manufacturing Initiative, and is designing interactive learning tools to teach integrated photonics to a wide audience.