BN
Bench PMIC & Power Device Validation Engineer
Accepting applicationsBest NanoTech · Coimbatore, Tamil Nadu, India
Full-Time Mid_senior C++GaNMATLABPythonSiC
Posted
2d ago
Category
Test
Experience
Mid_senior
Country
India
Bench PMIC & Power Device Validation Engineer
Location: Coimbatore, Bengaluru , India
Work Mode: Onsite
Experience: 3 -10 Years
Role Overview
We are looking for a Bench PMIC & Power Device Validation Engineer with hands-on experience in validation, characterization, and debugging of PMICs and power semiconductor devices. The role involves developing high-power validation platforms, executing silicon bring-up, performing board-level validation, and supporting product qualification activities. The engineer will collaborate closely with Design, Product Engineering, Reliability, PCB Design, Manufacturing, and Applications teams throughout the product development lifecycle. Bench Validation & Characterization Board & Hardware Development Laboratory Equipment Automation & Programming Power Engineering Knowledge
Key Responsibilities
Develop and debug bench validation setups for PMICs and power semiconductor devices.
Perform first silicon bring-up, engineering validation, functional verification, and device characterization.
Design, review, and debug evaluation boards, interface boards, load boards, adapter boards, and custom validation fixtures.
Develop high-current and high-voltage validation platforms for engineering evaluation.
Conduct schematic review, PCB validation, power sequencing verification, and board-level debugging.
Integrate connectors, relays, contactors, protection circuits, current sensing circuits, and safety interlocks for high-power applications.
Implement thermal management solutions including heat sinks, cooling systems, thermal sensors, and monitoring circuits.
Characterize electrical parameters including BV, VTH, RDS(on), Leakage Current, Gate Charge, Switching Time, Rise/Fall Time, Switching Loss, Conduction Loss, SOA, Efficiency, Load Regulation, and Line Regulation.
Validate Power MOSFETs, IGBTs, SiC MOSFETs, GaN devices, PMICs, BMS, DC-DC Converters, LDOs, Gate Drivers, Smart Power ICs, Motor Drivers, LED Drivers, and Power Modules.
Develop automation scripts for instrument control, data acquisition, regression testing, and reporting.
Perform systematic root cause analysis for hardware, firmware, silicon, and board-level issues.
Prepare validation reports, characterization reports, reliability documentation, and support NPI, product qualification, and customer validation activities.
Required Qualifications
Bachelor's or Master's degree in Electronics & Communication Engineering (ECE), Electrical & Electronics Engineering (EEE), Electronics & Instrumentation Engineering (EIE), Instrumentation Engineering, Computer Engineering, Embedded Systems, VLSI Design, Microelectronics, Semiconductor Technology, or a related engineering discipline.
3- 10 years of experience in PMIC or power semiconductor bench validation and characterization.
Experience with first silicon validation, board bring-up, hardware debugging, and product characterization.
Strong understanding of laboratory validation methodologies and engineering documentation.
Technical Skills Power Semiconductor Validation
PMIC Validation
Power MOSFET Validation
IGBT Validation
SiC MOSFET Validation
GaN Device Validation
BMS Validation
DC-DC Converter Validation
LDO Validation
Gate Driver Validation
Smart Power IC Validation
Motor Driver Validation
LED Driver Validation
Power Module Validation
First Silicon Bring-up
Engineering Validation
Silicon Characterization
Functional Verification
Reliability Testing
Root Cause Analysis
Board-Level Debugging
Power Sequencing Validation
High-Voltage & High-Current Validation
Evaluation Board Development
Interface Board Design
Load Board Development
Adapter Board Development
Power Distribution Board Review
PCB Review
High-Current PCB Layout Review
Bus Bar Implementation
Kelvin Sensing
Thermal Management Solutions
High-Power Programmable DC Power Supplies
Source Measure Units (SMUs)
Electronic Loads
Precision Power Analyzer
High-Bandwidth Oscilloscope
High-Voltage Differential Probes
High-Current Current Probes
Digital Multimeter (DMM)
LCR Meter
Function Generator
Arbitrary Waveform Generator (AWG)
Temperature Chamber
Python
PyVISA / SCPI
LabVIEW
MATLAB
C
C++
Embedded C
Instrument Automation
Data Acquisition Automation
Power Integrity (PI)
Thermal Analysis
High-Voltage Isolation
Creepage & Clearance
Reliability & Stress Testing
Silicon Characterization
Hardware Debugging
Validation Methodologies
#LI-SD1
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Location: Coimbatore, Bengaluru , India
Work Mode: Onsite
Experience: 3 -10 Years
Role Overview
We are looking for a Bench PMIC & Power Device Validation Engineer with hands-on experience in validation, characterization, and debugging of PMICs and power semiconductor devices. The role involves developing high-power validation platforms, executing silicon bring-up, performing board-level validation, and supporting product qualification activities. The engineer will collaborate closely with Design, Product Engineering, Reliability, PCB Design, Manufacturing, and Applications teams throughout the product development lifecycle. Bench Validation & Characterization Board & Hardware Development Laboratory Equipment Automation & Programming Power Engineering Knowledge
Key Responsibilities
Develop and debug bench validation setups for PMICs and power semiconductor devices.
Perform first silicon bring-up, engineering validation, functional verification, and device characterization.
Design, review, and debug evaluation boards, interface boards, load boards, adapter boards, and custom validation fixtures.
Develop high-current and high-voltage validation platforms for engineering evaluation.
Conduct schematic review, PCB validation, power sequencing verification, and board-level debugging.
Integrate connectors, relays, contactors, protection circuits, current sensing circuits, and safety interlocks for high-power applications.
Implement thermal management solutions including heat sinks, cooling systems, thermal sensors, and monitoring circuits.
Characterize electrical parameters including BV, VTH, RDS(on), Leakage Current, Gate Charge, Switching Time, Rise/Fall Time, Switching Loss, Conduction Loss, SOA, Efficiency, Load Regulation, and Line Regulation.
Validate Power MOSFETs, IGBTs, SiC MOSFETs, GaN devices, PMICs, BMS, DC-DC Converters, LDOs, Gate Drivers, Smart Power ICs, Motor Drivers, LED Drivers, and Power Modules.
Develop automation scripts for instrument control, data acquisition, regression testing, and reporting.
Perform systematic root cause analysis for hardware, firmware, silicon, and board-level issues.
Prepare validation reports, characterization reports, reliability documentation, and support NPI, product qualification, and customer validation activities.
Required Qualifications
Bachelor's or Master's degree in Electronics & Communication Engineering (ECE), Electrical & Electronics Engineering (EEE), Electronics & Instrumentation Engineering (EIE), Instrumentation Engineering, Computer Engineering, Embedded Systems, VLSI Design, Microelectronics, Semiconductor Technology, or a related engineering discipline.
3- 10 years of experience in PMIC or power semiconductor bench validation and characterization.
Experience with first silicon validation, board bring-up, hardware debugging, and product characterization.
Strong understanding of laboratory validation methodologies and engineering documentation.
Technical Skills Power Semiconductor Validation
PMIC Validation
Power MOSFET Validation
IGBT Validation
SiC MOSFET Validation
GaN Device Validation
BMS Validation
DC-DC Converter Validation
LDO Validation
Gate Driver Validation
Smart Power IC Validation
Motor Driver Validation
LED Driver Validation
Power Module Validation
First Silicon Bring-up
Engineering Validation
Silicon Characterization
Functional Verification
Reliability Testing
Root Cause Analysis
Board-Level Debugging
Power Sequencing Validation
High-Voltage & High-Current Validation
Evaluation Board Development
Interface Board Design
Load Board Development
Adapter Board Development
Power Distribution Board Review
PCB Review
High-Current PCB Layout Review
Bus Bar Implementation
Kelvin Sensing
Thermal Management Solutions
High-Power Programmable DC Power Supplies
Source Measure Units (SMUs)
Electronic Loads
Precision Power Analyzer
High-Bandwidth Oscilloscope
High-Voltage Differential Probes
High-Current Current Probes
Digital Multimeter (DMM)
LCR Meter
Function Generator
Arbitrary Waveform Generator (AWG)
Temperature Chamber
Python
PyVISA / SCPI
LabVIEW
MATLAB
C
C++
Embedded C
Instrument Automation
Data Acquisition Automation
Power Integrity (PI)
Thermal Analysis
High-Voltage Isolation
Creepage & Clearance
Reliability & Stress Testing
Silicon Characterization
Hardware Debugging
Validation Methodologies
#LI-SD1
Show more Show less