MS or PhD in electrical engineering or physics with 2+ years of experience
Solid understanding of solid-state physics and its application in LED and PD design
Experience in LED/PD characterization techniques
Knowledge of optics and related principles
Responsibilities
Characterize optical transmitters and receivers for parallel opto-electronic interfaces
Collaborate with epitaxial development to analyze bandgap structures and efficiency
Conduct tests on photodetectors and provide feedback to developers
Maintain and enhance opto-electronic test systems for component characterization
Execute design of experiments (DOEs) for sub-component development
Benefits
Comprehensive health benefits package
Opportunities for professional development and continued education
Collaborative work environment fostering innovative research
Access to cutting-edge testing facilities and equipment
Full Job Description
Responsibilities:
Characterization of subcomponents of optical transmitters, optical receivers used in parallel opto-electronic interfaces (Light emitting diodes (LEDs) and Photodetectors (PDs))
Work with the epitaxial development group to characterize the bandgap structure of LEDs, modulation speed, efficiency using various methods (spectroscopy, S21 measurement, SIMS, FIB, SEM, etc..)
Test photo detectors and extract the relevant parameters and provide feedback for the PD developers.
Maintain and improve opto-electronic test systems for full characterization of optical sub-components and modules.
Run link DOEs for sub-component development.
Qualifications:
MS or PhD in electrical engineering or physics with 2+ years of experience
Understanding of solid-state physics and physical principles behind LEDs PDs design and critical parameters of the transceiver system design based on LEDs and PDs.
Experience with LED/PD characterization
Understanding of Optics
Preferred Qualifications:
Being able to execute DOEs, targeted to improve the performance of sub-components. Provide clear/ concise data summary and conclusions
Strong verbal and written communication skills
Working knowledge of high-speed test instruments such as VNAs, sampling and real time oscilloscopes and spectrum analyzers, optical spectrometers
Hands-on lab experience especially with probed/free space coupled (using stages) optical systems
