EV.Careers is partnering with a leader in sustainable EV charging technology to find a Power Electronics Engineer with deep expertise in high\-voltage, high\-power electronics. This is a systems\-level role where you'll establish and lead failure analysis processes for MW\-scale power systems, working directly with customers and cross\-functional teams to solve complex technical challenges related to UPS systems, solar inverters, and electric drives.
What Makes This Role Unique:
- Work on megawatt\-scale (500kW\-1MW) power systems \- significantly more complex than typical power electronics roles
- 90% technical analysis \- not buried in a lab
- Systems\-level thinking required: understand how power electronics and software interact
- Direct impact on product quality and customer satisfaction across mission\-critical infrastructure
Your Responsibilities:
Analysis & Problem\-Solving:
- Perform detailed failure analysis on high\-voltage (480V+), high\-power (500kW\-1MW) electronic systems with similar components to UPS units, solar inverters, and electric drives
- Conduct root cause analysis on field returns and production units using FMEA, 8D, and RCA methodologies
- Analyze the interaction between power electronics hardware and embedded software/controls
- Implement tests to replicate failure modes and validate corrective actions
- Utilize statistical tools and software to analyze failure data and identify trends
Customer & Cross\-Functional Collaboration:
- Manage customer concerns with 360\-degree analysis approach
- Present findings to technical and non\-technical stakeholders through detailed reports and presentations
- Collaborate with R&D, Production, Quality, Logistics, and Procurement teams to implement improvements
- Coordinate repair and analysis activities across departments to meet deadlines efficiently
Documentation & Continuous Improvement:
- Create and maintain comprehensive documentation of failures and analyses
- Develop repair strategies and continuously improve analysis methods
- Perform risk assessments to prevent future failures
- Drive process and product improvements based on field data