Optoelectronics, Photonics, and MEMS¶

Audience¶

Learners moving from electromagnetics and quantum foundations to optoelectronic devices, integrated photonics, and MEMS

Final outcome¶

Complete a photonic or MEMS design with mode/device simulation, process constraints, layout, and performance budget.

Stages¶

Physics and fields¶

Selection rule: Complete all 4 required courses; use the other 1 option only to close a specific gap.

• Physics II: Electricity and Magnetism with an Experimental Focus — Required; MIT; Mainline; A
• Physics III: Vibrations and Waves — Required; MIT; Mainline; S
• Quantum Physics I — Optional supplement; MIT; Alternative; A
• Electromagnetic Fields and Waves — Required; Cornell University; Mainline; S
• Physics of Semiconductors and Nanostructures — Required; Cornell University; Mainline; A

Stage exit criterion: Solve the modes of a waveguide or resonator and cross-check them with an independent numerical method; the first three eigenfrequencies must agree with an analytical or converged reference within 2%, and normalized field-energy error must stay below 1%.

Devices and fabrication¶

Selection rule: Complete all 2 required courses and choose 1 of 2 elective options.

• Micro/Nano Processing Technology — Required; MIT; Mainline; S
• Design and Fabrication of Microelectromechanical Devices — Elective option; MIT; Mainline; A
• Quantum Optics for Photonics — Elective option; Cornell University; Alternative; A
• Semiconductor Optoelectronics — Required; Cornell University; Mainline; A

Stage exit criterion: Design an optoelectronic, waveguide, or MEMS device tied to a manufacturable process and sweep at least three critical dimensions; report sensitivity, tolerance window, and worst-corner performance, with layout passing the adopted rule checks.

Photonic systems¶

Selection rule: Complete all 1 required course and choose 1 of 2 elective options. The other course is an optional supplement and does not count toward the elective requirement.

• Introduction to Photonics — Required; IIT Madras / NPTEL; Mainline; S
• Silicon Photonics Design, Fabrication and Data Analysis — Optional supplement; University of British Columbia; Mainline; A; Audit review
• Optics — Elective option; MIT; Alternative; S
• Photonic Materials and Devices — Elective option; MIT; Supplement; B

Stage exit criterion: Complete an on-chip or free-space optical link budget and verify insertion loss, bandwidth, crosstalk, and energy per bit; run at least 200 Monte Carlo trials over dimensional and material variations and report specification yield.

Execution rules¶

• Follow each stage's selection rule: complete every required course and the stated number of electives; when complete path options are provided, choose one and finish every course in its listed order; use optional supplements only to close a specific gap.
• Produce at least one reproducible artifact per stage and include failed attempts in the retrospective.
• Work involving mains voltage, high voltage, RF exposure, lasers, chemicals, or fabrication equipment requires local-law compliance and qualified supervision.