code v , single-mode fiber coupling, zemax, optical design, Gaussian beam propagation, MEMS

Optical and electrical modeling and simulation software, Si CMOS MEMS process technologies, Optical component design, Optical coupling DC and RF testing, Optical components and integrated circuits characterization

Statistical Analysis, Sensor technology, Optical lens drawing, Tools for optical testing, Root Cause Analysis, SPC for Final Test and Quality Checks, Sensor testing methodology, Equipment for optical testing, Optical Design Development, Tolerancing, Stray light analysis, Failure Analysis, First order ray tracing technique, Validation protocols, Optical modeling and analysis, Dfmea, ray tracing, Optical test plans

optical network design , Ipv6, BGP, Vlans, OTDR, Network Monitoring, Scripting Languages, Python, transport technologies, Layer 2 concepts, rack elevations, Network Management Protocol, network routing protocol, optical theory, STP, optical transport systems, BERT, optical test equipment, optical power meters, OSA

Statistical Analysis, Sensor technology, Optical lens drawing, Sensor testing methodology, SPC for Final Test and Quality Checks, IEC ISO standards, Optical Design Development, Tolerancing, Stray light analysis, Failure Analysis, First order ray tracing technique, Validation protocols, Optical modeling and analysis, Dfmea, ray tracing, Optical test plans

ZEMAX Optical studio, optical design software, photonic design

Lumerical, ANSYS Multiphysics, zemax, Comsol Multiphysics

Python, MATLAB, Jmp, process quality control, zemax, CodeV, optical communication standards, optical testing