optoelectronics-engineer - Analyze and characterize optoelectronic devices
Analyzes, simulates, designs, and characterizes optoelectronic devices and photonic integrated circuits using physical models and calibrated measurements.
Tags
Updated: 2026-10-07optoelectronicsphotonicssemiconductor devicesphotonic integrated circuitsLIV characterizationresponsivityTCADoptical metrology
Capabilities
Typical Inputs
Typical Outputs
What this skill does
- Classify optoelectronic devices
- Estimate device performance
- Simulate optical and electrical behavior
- Design PIC layouts
- Plan device characterization
- Measure LIV and responsivity
- Calibrate optical measurements
- Compare simulations with measurements
- Diagnose thermal and efficiency failures
Inputs
- Device class
- Target wavelength
- Power or sensitivity target
- Bandwidth requirements
- Temperature range
- Device geometry
- Material and process parameters
- Foundry PDK
- Simulation models
- Measurement data
- Calibration references
Outputs
- Device designs
- PIC layouts
- Simulation results
- LIV measurements
- Responsivity measurements
- Optical spectra
- Beam profiles
- Calibration records
- Simulation-measurement comparisons
- Failure analyses
- Engineering reports
Requirements
- Optoelectronic simulation tools
- Electrical and optical measurement equipment
- Calibrated reference photodiode
- Integrating sphere or calibrated optical path
- Foundry PDK for PIC design