Power Electronics Hardware Design Engineer

Raag Solutions; Bethlehem (Northampton County); On-site; USD 90,000 - 140,000; Full time

Job summary

Raag Solutions LLC. in Bethlehem, PA is seeking a Power Electronics Hardware Design Engineer to develop high-efficiency power conversion stages, design schematics and multilayer PCBs, and integrate microcontrollers for real-time control.

You will evaluate EMI/EMC compliance, optimize thermal performance, select power devices and magnetics, and ensure robust protection against faults. This role requires hands-on hardware experience and close collaboration with firmware teams.

Qualifications

• 6+ years of power electronics / hardware design experience.
• BS in Electrical / Electronics Engineering.
• IGBT / MOSFET power topologies.
• Schematic and multilayer PCB design using Altium.
• Microcontroller and real-time control integration.
• EMI/EMC compliance.
• Power loss calculations.
• Thermal and efficiency optimization.
• Power devices, magnetics and sensing component selection.
• Hardware-firmware integration.
• Overcurrent, overvoltage and short-circuit protection.
• Inverter fault handling.

Skills

Power electronics

Hardware design

IGBT/MOSFET topologies

Schematic/PCB design

MCU & real-time control

EMI/EMC compliance

Thermal management

Power loss calculations

Inverter fault handling

Protection circuitry

Education

BS in Electrical / Electronics Engineering

Tools

Altium

Oscilloscope

Power analyzers

Job description

Power Electronics Hardware Design Engineer

6+ years of power electronics / hardware design experience

BS in Electrical / Electronics Engineering

IGBT / MOSFET power topologies

Schematics and multilayer PCB design using Altium

Microcontroller and real-time control integration

Oscilloscopes and power analyzers

EMI/EMC compliance Power loss calculations Thermal and efficiency optimization Power devices, magnetics and sensing component selection Hardware-firmware integration Overcurrent, overvoltage and short-circuit protection Inverter fault handling