About the position
Join a team that provides cutting-edge solutions for world-class projects. Infienon is made up of passionate, smart, energetic people who will challenge and inspire you every day. Do you want to be part of something exciting and unique? Join Us!!! In your new role you will develop and test power electronics systems including motor drives, inverters and DC/DC converters. You will create and optimize PCB layouts using tools such as Cadence Allegro and Altium Designer. You will perform simulations using Spice, MATLAB/Simulink, PLECS, or Simetrix to validate circuit behavior and system performance. Additionally, you will assemble, troubleshoot, and test high-power setups involving power supplies, electronic loads, power analyzers, thermal cameras, dynamometers, and high-voltage/current probes. You will design, simulate, and evaluate circuits for power electronics applications, characterize semiconductor devices (e.g., MOSFETs) using industry-standard methodologies and equipment, and create datasheets and performance metrics. You will conduct competitive benchmarking of MOSFETs within 3-phase inverter systems, DC/DC converters, and motor drive control schemes (e.g., FOC, trapezoidal control for BLDC and induction motors). Documenting test procedures, results, and recommendations clearly and thoroughly is also part of your responsibilities. You will collaborate with engineers and technicians across cross-functional teams to support product development and innovation.
Responsibilities
- Develop and test power electronics systems including motor drives, inverters and DC/DC converters.
- Create and optimize PCB layouts using tools such as Cadence Allegro and Altium Designer.
- Perform simulations using Spice, MATLAB/Simulink, PLECS, or Simetrix to validate circuit behavior and system performance.
- Assemble, troubleshoot, and test high-power setups involving power supplies, electronic loads, power analyzers, thermal cameras, dynamometers, and high-voltage/current probes.
- Design, simulate, and evaluate circuits for power electronics applications.
- Characterize semiconductor devices (e.g., MOSFETs) using industry-standard methodologies and equipment; create datasheets and performance metrics.
- Conduct competitive benchmarking of MOSFETs within 3-phase inverter systems, DC/DC converters, and motor drive control schemes (e.g., FOC, trapezoidal control for BLDC and induction motors).
- Document test procedures, results, and recommendations clearly and thoroughly.
- Collaborate with engineers and technicians across cross-functional teams to support product development and innovation.
Requirements
- Minimum of 3–5 years of experience in a semiconductor, power electronics, or industrial systems environment.
- Proven hands-on experience in a power electronics or semiconductor testlab setting.
- Strong understanding of power converter circuit design principles and control concepts.
- In-depth knowledge of semiconductor devices (especially MOSFETs), their characterization, and application in power systems.
- Experience with power electronics topologies including motor drives, inverters, and SMPS.
- Proficiency in PCB layout tools: Cadence Allegro, Altium Designer.
- Solid simulation background using tools such as Spice, MATLAB/Simulink, PLECS, or Simetrix.
- Demonstrated ability to develop and test power systems using advanced instrumentation (oscilloscopes, power analyzers, dynamometers, etc.).
- Familiarity with motor control techniques, eg. FOC (Field Oriented Control) and trapezoidal control for BLDC and induction motors.
- Experience performing competitive MOSFET benchmarking in real-world applications.
Nice-to-haves
- Prior experience in automotive, industrial automation, or renewable energy sectors.
Benefits
- Eligible to participate in an incentive plan.
