Power Electronic Lead
Job Summary
About The Client:
Client is a Hero Electronix venture and a premier end-to-end silicon and systems partner with over 22 years of experience and 4000 employees across 12 countries. Serving over 90% of the worlds top 20 semiconductor design firms the company provides turnkey solutions ranging from design and verification to testing and embedded systems.
About The Job:
- Experience Range: 510 Years (5 Years Relevant Experience).
- We are looking for an experienced Hardware System Lead with strong expertise in power electronics SiC MOSFET switching systems high-voltage/high-current hardware design gate-driver circuits protection design hardware interfaces and validation.
- The role supports the development and validation of dynamic power semiconductor test benches used for short-circuit double/multi-pulse and unclamped inductive load (UIL) test scenarios.
- This position is critical for ensuring safe reliable and robust operation of high-power SiC MOSFET dynamic test platforms.
Essential Job Functions:
- Lead system-level understanding and review of high-power semiconductor test hardware including power paths energy storage switching stages protection circuits and control interfaces.
- Analyze DC-link capacitor banks pre-charge/discharge circuits load inductors snubber circuits high-current switching paths and safe energy handling during normal and fault conditions.
- Review SiC MOSFET / IGBT switching behavior including dv/dt di/dt voltage overshoot ringing parasitic loop impact and safe operating margins.
- Review gate-driver designs including gate voltage levels ON/OFF gate resistance Miller clamp negative gate bias DESAT/overcurrent protection soft shutdown isolation and CMTI margin.
- Analyze and improve fast protection circuits for high-energy test conditions including short-circuit protection dI/dt and dV/dt fault detection fault latch/reset and safe shutdown strategies.
- Define hardware interface requirements for control boards and automation systems including signal conditioning isolation level shifting relay/switch drive feedback signals interlocks and diagnostics.
- Support board-level and system-level bring-up debugging root-cause analysis validation planning and robustness testing for high-power test systems.
- Provide hardware architecture reviews and design improvement recommendations.
- Develop validation plans debug reports and technical documentation.
Qualifications:
- 710 years of experience in power electronics hardware design high-voltage/high-current systems semiconductor test hardware or high-power test instrumentation.
- Strong knowledge of SiC MOSFET and IGBT switching behavior.
- Strong expertise in gate-driver design DC-link design protection circuits transient effects and energy-flow analysis.
- Experience in schematic review interface definition signal conditioning review isolation review board bring-up hardware debugging and system-level validation.
- Ability to define test sequences and hardware-state transitions for automated test execution including fault handling and safe-state behavior.
- Strong understanding of parasitic inductance/capacitance effects grounding signal integrity EMC/EMI considerations and connector/cable selection.
- Hands-on experience with high-voltage and high-current hardware systems.
- Knowledge of hardware interfaces and automation system integration.
Preferred Skills:
- Exposure to dynamic semiconductor test methods such as Double Pulse Testing (DPT) Short-Circuit Testing Multi-Pulse Testing UIL/Avalanche Testing and High-Current Pulse Testing.
- Awareness of safety and interlock systems.
- Knowledge of CE/SEMI compliance readiness and validation practices for high-power equipment.
- Experience with simulation and design tools such as LTspice PLECS MATLAB/Simulink Altium Cadence Mentor Graphics or equivalent tools.
Education:
- Bachelors Degree in Electrical & Electronics Engineering (EEE) Electronics & Communication Engineering (ECE) or Power Systems.
- OR Masters Degree in EEE ECE or Power Systems with 3 years of relevant experience.
- OR PhD in EEE ECE Power Systems or a related field with 2 years of relevant experience.
Expected Deliverables:
- Hardware architecture reviews.
- Power path and energy-flow analysis reports.
- Gate-driver and protection circuit reviews.
- Hardware interface requirement specifications.
- Validation plans and testing strategies.
- Debugging and failure analysis reports.
- Design enhancement and reliability improvement recommendations.
How to Apply: Interested candidates are encouraged to respond/submit their updated resumes and for additional job opportunities please visit Jobs In India VARITE .
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Equal Opportunity Employer:
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