We’re looking for a hands-on hardware engineer who lives at the bench and loves taking a design from schematic to a validated, shipping product. You’ll implement, validate, debug and qualify the power and hardware subsystems that keep our platforms running — wide-input DC front-ends, AC-DC and DC-DC conversion, PMICs, PoE, hot-swap and power-mux architectures — across industrial edge AI computers, AGV controllers, railway onboard units and rugged networking gateways. This is a true engineering-execution role.

You’ll work from the architecture and requirements set by our System Architects and Technical Leads, then own the delivery: getting the power design right, bringing boards up on the bench, characterizing current and thermal behavior, driving products through EVT/DVT/PVT, and standing behind them into production.

Roles and Responsibilities

Implement power circuits and verify the full power tree — input sources, conversion stages, rail budgets and load allocation.

- Validate power sequencing (power-up/down order, timing, EN/PG dependencies) and optimize for efficiency, thermal headroom and quiescent current.
- Own hardware bring-up and bench debugging of current boards from first power-on.
- Perform measurement and characterization — ripple, transient response, timing margins, current profiling and thermal mapping.
- Plan and run EVT / DVT validation and support PVT into production.
- Lead failure analysis and root-cause investigation with data-backed CAPA feedback.
- Support EMI/EMC pre-compliance, noise-source identification,



filtering optimization and formal EMC qualification.
- Run thermal-chamber, vibration, shock, humidity and reliability testing.
- Partner with Firmware, Mechanical, SI/PI, PCB, Manufacturing and Compliance teams to close issues and support ramp.

- 4–6 years of hands-on power electronics and hardware-validation experience in embedded/rugged products. • A degree in Electronics / Electrical / ECE or related field — or equivalent hands-on experience. • Proven experience taking products design validation production. • Confidence reading schematics, datasheets and layout, and debugging real hardware at the bench. • Solid grasp of power delivery, power sequencing, EMI/EMC, thermal and DFx fundamentals.

Power systems: wide-input DC systems, AC-DC power supplies, DC-DC converters, buck & boost regulators, PMICs, load switches, hot-swap solutions and power-mux architectures. Board-level validation: power measurements, current profiling, thermal characterization, power-integrity (PI) measurements and start-up/shut-down sequence verification.

EMI/EMC: pre-compliance verification, EMI troubleshooting, noise-source identification, filtering optimization and EMC qualification support.

Product qualification: thermal, vibration, shock, humidity, temperature-cycling and reliability testing to Industrial and Railway profiles.

Equipment: oscilloscope, spectrum analyzer, logic analyzer, vector network analyzer, power analyzer, electronic load, thermal camera and environmental chambers.

📌 Senior Hardware Design Engineer Power Electronics (Bengaluru)
🏢 Utthunga Technologies
📍 Bengaluru