Research and Development Hardware Engineer

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Role Overview

We are looking for an Advanced R&D Hardware Consultant to work in a highly specialized research and development environment focused on next-generation power electronics solutions.

In this role, you will operate in the interface between research (PhD-level innovation)and product development for mass production, taking technical ownership of future products based on silicon carbide (SiC) semiconductor technology.

You will act as the technical owner and project driver for your assigned product within an agile setup, with a high degree of autonomy and responsibility.

Key Responsibilities

Hardware Development & Design

Design and develop advanced power electronics hardware for products

Perform PCB design and layout using Altium Designer

Integrate electronics into mechanical enclosures, including thermal design and forced convection solutions

Collaborate closely with PhD researchers and innovation specialists to mature concepts into producible designs

Laboratory Work & Testing

Conduct hands-on laboratory testing and verification of prototypes

Work with 400 VAC and higher voltage systems (3-phase) in R&D laboratories

Follow ECAP Level 3 procedures, including controlled energizing/de-energizing of lab equipment

Validate designs through structured testing, measurements, and documentation

Verification & Simulation

Support thermal and electrical validation activities

Contribute to or perform CFD and thermal simulations (e.g., Ansys CFD) where applicable

Analyze test data and iterate designs based on findings

Agile Product Ownership

Act as project manager for your own product within an agile hardware chapter

Drive planning, execution, and delivery of development activities

Coordinate work across multiple agile teams working in parallel on different product tracks

Interface with global units and suppliers

Requirements

Mandatory

PhD in Electrical Engineering, Power Electronics, or a closely related field, or strong industrial R&D background with documented research-level expertise.

Minimum 2 years of hands-on laboratory experience working with 400 VAC or higher voltages

Proven ability to work independently in a laboratory environment (ECAP Level 3 eligibility)

Strong background in power electronics hardware design

Practical experience with Altium Designer for PCB design and layout

Experience with forced convection and thermal management in power electronics systems

Experience working in production-near environments, with understanding of industrialization and manufacturability

Working Style & Collaboration

Self-driven and comfortable taking full technical responsibility

Strong communication skills and ability to collaborate across R&D, engineering, and manufacturing

Experience working in international, agile development environments

Work Arrangement

Hybrid role in Västerås with up to 50% remote work.

100% on-site presence required during critical laboratory and testing periods

Occasional international travel (e.g., Bergamo, Italy or North Carolina, USA)

Why This Role

This role offers a unique opportunity to work at the forefront of power electronics innovation, with direct influence on the future product portfolio. You will have significant autonomy, access to advanced R&D facilities, and the chance to bring breakthrough technologies from concept to future industrial products.