Electronic Project Engineer

Permanent contract in a company in an advanced stage of development and in full international expansion

Possibility of remote work, with the exception of the time required to perform laboratory tests in Madrid

Attractive and competitive salary

Continuous training.

International travel is optional.

• Degree in Electrical Engineering, Power Electronics, or a related technical discipline.
• Experience: 1-3 years of relevant hands-on experience in power electronics, including professional roles, internships, or applied research.
• Experience designing, simulating, or testing at least one switched power supply topology for AC/DC or DC/DC applications, using SPICE-based simulation tools.
• Experience designing or specifying magnetic components, with familiarity with magnetic materials, core geometries, and winding technologies.
• Experience comparing physics-based models or simulation results with laboratory measurements and using the results to improve model accuracy.
• Ability to document technical work clearly and contribute to technical reports, application notes, or training materials.
• Good communication and collaboration skills
• Ability to work regularly from our laboratory in Madrid as part of a flexible hybrid model.

• Experience with planar magnetics, PCB windings, or hybrid windings (Litz wire + PCB or stamped copper foil).
• Experience using Finite Element Method (FEM) based tools for electromagnetic or thermal simulation. Experience in the development or automation of FEM workflows is an additional advantage.
• Knowledge of core loss modeling, winding loss modeling, thermal modeling, or capacitance modeling.
• Previous customer-facing experience, such as application support, design reviews, technical demonstrations, or workshops.

Are you interested in working in a constantly growing environment? Do you want to join a leading company in power electronics?

This opportunity is ideal for you!

As a Power Electronics Engineer, you will focus on the design, simulation, and laboratory validation of magnetic components and physical models. You will combine a strong technical focus and development of company tools, with 20-30% direct interaction with customers (support and design reviews). You will work alongside senior engineers to progressively assume full autonomy in your own projects.

• Contribute to developing, validating, and improving the physics-based models behind the platform, including core losses, winding losses, thermal behavior, and capacitance, comparing them through benchmarking against laboratory measurements and simulation results.
• Design and specify magnetic components for model validation, including transformers, inductors, common-mode chokes, and planar magnetics, for AC/DC, DC/DC, and other different topologies.
• Plan and execute laboratory tests on magnetic components, analyze the results, and compare them with simulation and model predictions.
• Work in close collaboration with the Product and Technology team to translate modeling and design needs into platform features, application notes, and technical content.
• Dedicate approximately 20-30% of your time to customer-facing work, including design reviews, simulation walkthroughs, and application support.
• Occasionally support technical demonstrations, requests for quotation (RFQs), training activities, and industry events.