Power Electronics Engineer

IntePros; Burlington (VT); Hybrid; USD 90,000 - 120,000; Full time

Job summary

IntePros is looking for a Power Electronics Engineer in Burlington, VT, to design and develop high-power power conversion systems. This senior, hands-on role emphasizes AC/DC and DC/DC power electronics, requiring strong expertise across hardware and embedded controls.

The ideal candidate should have a Bachelor's in Electrical Engineering and experience with power converters and embedded systems. Responsibilities include designing power electronics products and documenting technical processes. This hybrid position supports a dynamic engineering environment.

Qualifications

• Strong experience designing high-power AC/DC or DC/DC power electronics systems.
• Experience with power conversion products such as UPS systems and inverters.
• Knowledge of switching devices and protection circuits.

Responsibilities

• Design, develop, and validate high-power power conversion systems.
• Lead designs from concept through feasibility, testing, and production release.
• Communicate technical decisions and design constraints to stakeholders.

Skills

High-power AC/DC power electronics

Embedded controls

System integration

Customer communication

Education

Bachelor’s degree in Electrical Engineering

Tools

C/C++

MATLAB/Simulink

Job description

Location: Burlington VT- Hybrid- 3/2 as needed

A leading power electronics organization is seeking a Power Electronics Engineer to support the design, development, and validation of high‑power power conversion systems. This is a senior, hands‑on technical role focused on AC/DC and DC/DC power electronics, embedded controls, system integration, testing, qualification, and customer‑facing engineering support.

The ideal candidate will have strong experience designing high‑power converters and working across hardware, firmware, controls, and validation. This role requires the ability to lead technical decisions, evaluate tradeoffs, support production readiness, and communicate clearly with internal engineering teams, customers, suppliers, and senior stakeholders.

Key Responsibilities

• Design, develop, and validate high‑power power conversion systems, including AC/DC converters, DC/DC converters, inverters, rectifiers, and grid‑connected equipment
• Lead designs from concept through feasibility, prototyping, testing, qualification, and production release
• Work across hardware, firmware, controls, and mechanical constraints to deliver reliable, manufacturable power electronics products
• Evaluate design tradeoffs across efficiency, reliability, thermal performance, cost, manufacturability, and system requirements
• Support integration of embedded firmware and control algorithms into power electronics hardware designs
• Conduct system‑level testing, troubleshooting, failure analysis, and engineering evaluations
• Identify and resolve EMI, thermal, reliability, switching, and protection‑related design challenges
• Collaborate with cross‑functional engineering teams, product teams, suppliers, and customer‑facing stakeholders
• Communicate technical decisions, design constraints, risks, and tradeoffs to senior internal and external stakeholders
• Create and maintain technical documentation, including design reports, test procedures, validation plans, and engineering analyses

Qualifications

• Bachelor’s degree in Electrical Engineering or equivalent relevant experience
• Strong hands‑on experience designing high‑power AC/DC or DC/DC power electronics systems
• Experience with power conversion products such as UPS systems, inverters, rectifiers, BESS, EV charging, renewable energy systems, industrial power systems, or grid‑interactive equipment
• Knowledge of switching devices, gate driver design, protection circuits, and real‑world switching loss or thermal tradeoffs
• Experience with embedded controls and firmware concepts such as PWM, PLL, PID control, C/C++, MATLAB/Simulink, DSPs, FPGAs, or real‑time microcontrollers
• Ability to balance efficiency, reliability, cost, manufacturability, thermal performance, and system‑level requirements
• Experience with system‑level testing, debugging, validation, failure analysis, and production readiness activities
• Familiarity with advanced power electronics design areas such as magnetics, EMI/EMC mitigation, filtering, thermal design, or high‑frequency switching systems
• Exposure to grid interconnection, safety, or power electronics standards such as IEEE 1547, UL 1741, IEC 62109, NEC, or related grid codes
• Strong technical documentation, customer communication, stakeholder management, and cross‑functional engineering leadership skills