About this role
Your responsibilities
- Design test plans and algorithms for performance validation of SiGe ASIC, drivers, TIAs, and mixed signal circuits (SerDes, DACs, ADCs), etc
- Perform RF, mm-wave, analog probing and characterization, including manual and automated RF probing using high end equipment like VNA, oscilloscopes, etc
- Debug complex high‑speed semiconductor circuits and test setups, identifying root causes across electrical, RF, thermal, and software domains
- Compare measured device performance with simulation results (e.g., Cadence, SPICE, EM, behavioral models) to validate design intent, identify discrepancies, and drive corrective actions
- Develop, implement, and document bench hardware and software supporting new high‑speed device characterization
- Execute test station qualification work, including Gage R&R and statistical process control (SPC)
- Produce thorough documentation of all test solutions and communicate effectively with cross‑functional teams
- Track schedules and milestones for test development projects
Your skills and experience
- Bachelor's degree with 5+ years of applicable experience OR Master's degree in Electrical Engineering, Applied Physics, or equivalent with a minimum of 3 years of applicable graduate-level and/or industrial experience in test high speed characterization.
- Hands‑on experience with advanced analog and mixed signal semiconductor characterization
- Experience with Vector Network Analyzers (PNA) for broadband S-parameter and linearity measurements, real time oscilloscopes for high speed signal integrity and eye diagram analysis, and noise figure analyzers for gain and low noise performance evaluation
- Fundamental understanding of “high speed transistor level” topologies for drivers, TIAs, analog front end circuits, serializers/deserializers, and mixed signal building blocks
- Familiarity with programing languages such as VB.NET, Python, Matlab, C, C++, or similar languages for automation of instrument control and data acquis