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Power Electronics Engineer - R&

  • Power Electronics Engineer - R& job type Posted on: Nov 04, 2026
  • Power Electronics Engineer - R& experience level Delta Electronics Americas
  • Power Electronics Engineer - R& employment type Mundelein, Illinois
  • Power Electronics Engineer - R& employment type Onsite
  • Power Electronics Engineer - R& salary Full-time

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Job Title :

Power Electronics Engineer - R&

Job Type :

Full-Time

Job Location :

Mundelein Illinois United States

Remote :

No

Jobcon Logo Job Description :

Job Description

Who we are:

\n

Delta, founded in 1971, is a global provider of power and thermal management solutions. Its mission statement, "To provide innovative, clean and energy-efficient solutions for a better tomorrow," focuses on addressing key environmental issues such as global climate change. As an energy-saving solutions provider with core competencies in power electronics and automation, Delta's business categories include Power Electronics, Mobility, Automation, and Infrastructure.

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About the role:

\n

Power Electronics R&D Engineer Position

\n

Delta Electronics (Americas) Ltd. is seeking a dynamic and innovative Power Electronics Engineer with extensive expertise and experience to spearhead pioneering R&D initiatives for the next generation of high-performance power converters. Join our team at the cutting-edge Milan M. Jovanović Power Electronics Lab (MPEL) located in Research Triangle Park, NC.

\n


\n

Role and Responsibilities

\n

As a Power Electronics R&D Engineer at Delta Electronics (Americas) Ltd., you will:

\n

- Conceptualize and Innovate: Envision and develop groundbreaking technologies that elevate power density and efficiency in the next-gen power converters in data-center and charging ecosystems.

\n

- Lead and Execute: Take charge of designing, constructing, and validating selected concepts and technologies, translating ideas into tangible solutions.

\n

- Technical Expertise: Cultivate and uphold proficiency within your domain of expertise, staying current with advancements and trends in power electronics.

\n

- Collaboration: Engage in close collaboration with cross-functional product teams across USA, Asia and Europe, contributing to seamless integration and enhanced performance.

\n

- Technology Tracking: Monitor emerging technologies and megatrends, providing insights on their potential impact on upcoming power conversion systems.

\n

Required Qualifications, Skills, and Experience

\n

- In-depth Expertise: Demonstrable know-how of circuit topologies, soft-switching techniques, modeling and control of power converters.

\n

- Hands-on Aptitude: Proven track record of hands-on design, debugging, and testing of power converters.

\n

- Control Proficiency: Familiarity with control theory and the implementation on digital controllers.

\n

- Magnetic Component Insight: Knowledge of high-frequency magnetic component design and proficiency with multi-physics simulation tools.

\n


\n

Preferred Expertise and Knowledge

\n

- Wide Band Gap Devices: Solid knowledge of wide band gap device characteristics, driving circuitry, loss mechanisms, and protection.

\n

- Resonant Converters: Strong understanding of resonant dc-dc converters, including bidirectional operation.

\n

- Advanced Topologies: Knowledge of single-phase totem-pole and three-phase PFC circuits in various operational modes. Single stage AC-DC power conversion

\n

- High-Frequency Design: Proficiency in high-frequency magnetics design and techniques for mitigating electromagnetic compatibility (EMC) issues.

\n

- Optimization Skills: Familiarity with power converter design optimization practices.

\n

- Simulation Tools: Proficiency in power-electronics simulation tools, such as MATLAB/Simulink, SIMPLIS, PLECS, MathCAD, etc.

\n

- Advanced Simulation: Familiarity with ANSYS simulation for magnetic design, optimization, and thermal analysis.

\n

- System Knowledge: Understanding of power architectures for EV charging, datacenter power architectures, renewable energy systems, and energy storage.

\n

- Compliance Understanding: Familiarity with relevant regulatory requirements and standards.

\n

- DSP programming (TI-Mcu)

\n


\n

Qualifications and Attributes

\n

- Educational Background: A Ph.D. degree in Electrical Engineering.

\n

- Holistic Skills: Exceptional analytical, organizational, interpersonal, and communication skills.

\n

- Motivated and Creative: High levels of motivation and creativity, coupled with the ability to excel both independently and as part of a collaborative team.

\n

- Work Authorization: The candidate should be authorized to work in the USA.

\n


\n

Preferred Qualifications:

\n
    \n
  • Ph.D. degree in Electrical Engineering
  • \n
  • High power traction inverter and related sub-systems
  • \n
\n


\n

Benefit at Delta Electronics Americas: Life at Delta

Jobcon Logo Position Details

Posted:

Nov 04, 2026

Reference Number:

6dec69a213f8ec44

Employment:

Full-time

City:

Mundelein

Job Origin:

ziprecruiter

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Job Description

Who we are:

\n

Delta, founded in 1971, is a global provider of power and thermal management solutions. Its mission statement, "To provide innovative, clean and energy-efficient solutions for a better tomorrow," focuses on addressing key environmental issues such as global climate change. As an energy-saving solutions provider with core competencies in power electronics and automation, Delta's business categories include Power Electronics, Mobility, Automation, and Infrastructure.

\n


\n

About the role:

\n

Power Electronics R&D Engineer Position

\n

Delta Electronics (Americas) Ltd. is seeking a dynamic and innovative Power Electronics Engineer with extensive expertise and experience to spearhead pioneering R&D initiatives for the next generation of high-performance power converters. Join our team at the cutting-edge Milan M. Jovanović Power Electronics Lab (MPEL) located in Research Triangle Park, NC.

\n


\n

Role and Responsibilities

\n

As a Power Electronics R&D Engineer at Delta Electronics (Americas) Ltd., you will:

\n

- Conceptualize and Innovate: Envision and develop groundbreaking technologies that elevate power density and efficiency in the next-gen power converters in data-center and charging ecosystems.

\n

- Lead and Execute: Take charge of designing, constructing, and validating selected concepts and technologies, translating ideas into tangible solutions.

\n

- Technical Expertise: Cultivate and uphold proficiency within your domain of expertise, staying current with advancements and trends in power electronics.

\n

- Collaboration: Engage in close collaboration with cross-functional product teams across USA, Asia and Europe, contributing to seamless integration and enhanced performance.

\n

- Technology Tracking: Monitor emerging technologies and megatrends, providing insights on their potential impact on upcoming power conversion systems.

\n

Required Qualifications, Skills, and Experience

\n

- In-depth Expertise: Demonstrable know-how of circuit topologies, soft-switching techniques, modeling and control of power converters.

\n

- Hands-on Aptitude: Proven track record of hands-on design, debugging, and testing of power converters.

\n

- Control Proficiency: Familiarity with control theory and the implementation on digital controllers.

\n

- Magnetic Component Insight: Knowledge of high-frequency magnetic component design and proficiency with multi-physics simulation tools.

\n


\n

Preferred Expertise and Knowledge

\n

- Wide Band Gap Devices: Solid knowledge of wide band gap device characteristics, driving circuitry, loss mechanisms, and protection.

\n

- Resonant Converters: Strong understanding of resonant dc-dc converters, including bidirectional operation.

\n

- Advanced Topologies: Knowledge of single-phase totem-pole and three-phase PFC circuits in various operational modes. Single stage AC-DC power conversion

\n

- High-Frequency Design: Proficiency in high-frequency magnetics design and techniques for mitigating electromagnetic compatibility (EMC) issues.

\n

- Optimization Skills: Familiarity with power converter design optimization practices.

\n

- Simulation Tools: Proficiency in power-electronics simulation tools, such as MATLAB/Simulink, SIMPLIS, PLECS, MathCAD, etc.

\n

- Advanced Simulation: Familiarity with ANSYS simulation for magnetic design, optimization, and thermal analysis.

\n

- System Knowledge: Understanding of power architectures for EV charging, datacenter power architectures, renewable energy systems, and energy storage.

\n

- Compliance Understanding: Familiarity with relevant regulatory requirements and standards.

\n

- DSP programming (TI-Mcu)

\n


\n

Qualifications and Attributes

\n

- Educational Background: A Ph.D. degree in Electrical Engineering.

\n

- Holistic Skills: Exceptional analytical, organizational, interpersonal, and communication skills.

\n

- Motivated and Creative: High levels of motivation and creativity, coupled with the ability to excel both independently and as part of a collaborative team.

\n

- Work Authorization: The candidate should be authorized to work in the USA.

\n


\n

Preferred Qualifications:

\n
    \n
  • Ph.D. degree in Electrical Engineering
  • \n
  • High power traction inverter and related sub-systems
  • \n
\n


\n

Benefit at Delta Electronics Americas: Life at Delta

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