R&D Hardware Engineering Internship, Summer 2026

Overview

Assist in PCB design, simulation, and debugging for high-power drives.

Key Responsibilities

• pcb debug
• pcb design
• thermal simulation
• design validation
• motor testing
• r&d collaboration

Tasks

-Debug hardware and software issues on prototype and production-level PCBAs, contributing to the development of future systems. -Update and optimize PCB designs using Cadence tools, helping improve manufacturability and system performance. -Assist in simulation and validation using tools like PLECS, focusing on thermal performance and parasitic effects. -Learn and apply best practices in design, validation, and documentation in a global, fast-paced engineering environment. -Collaborate closely with R&D engineers to support testing and refinement of high-power motor drives and converters.

Requirements

• electrical engineering
• power electronics
• problem solving
• cadence
• plecs
• embedded systems

What You Bring

-You’ve completed at least 2 years of a Bachelor’s degree in Electrical Engineering, Electronics, or a related field. -You have foundational knowledge of electrical circuits, power electronics, and embedded systems. -You enjoy solving technical problems, asking questions, and learning by doing. -Familiarity with PCB design tools (e.g., Cadence) and simulation software (e.g., PLECS) is a plus.

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Benefits

-You’ll have flexibility, autonomy, and support to do your best work while maintaining a healthy work-life balance. Your well-being matters to us. -We promote from within and support your learning with mentoring, training, and access to global opportunities. -The hourly rate for this position ranges from $22 to $25, commensurate with completed school year. Other benefits vary by country and contract, but they’re worth asking about—we think they’re pretty great.

About Danfoss

-Begun in 1933 with a novel refrigeration valve and soon introduced thermostatic radiator valves, driving early energy-efficiency innovation. -Expanded into hydraulics, power electronics, and sensor systems, launching the first VLT frequency converter in 1968 and acquiring notable divisions such as Vacon and Eaton Hydraulics. -Typical projects range from district-energy systems and marine/offshore equipment to EV drivetrain modules, industrial automation, and large-scale cold-chain refrigeration. -Expertise spans HVAC, mobile & industrial hydraulics, AC drives & power electronics, high-pressure pumps, sensing/control components, and fire-safety systems.

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