RF Power Systems Engineer at KREIOS SPACE

Nigrán, Galicia, Spain -

Full Time

Start Date

Immediate

Expiry Date

07 Oct, 26

Salary

0.0

Posted On

09 Jul, 26

Experience

2 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

RF Engineering, Impedance Matching, RF Power Generation, High Voltage Systems, MOSFET Switching Circuits, Electrical Schematics Review, Python, MATLAB, Plasma-RF Interaction, EMC/EMI Engineering, ECSS Standards, Supplier Management, FMEA, System Characterization, RF Coupling Techniques, Power Processing Units

Industry

Aviation and Aerospace Component Manufacturing

Description

Your mission As an RF Power Systems Engineer, you will contribute to the development of Kreios Space's electric propulsion systems for Very Low Earth Orbit (VLEO). Your mission will be to support the development, integration, and validation of the RF power system that enables plasma generation and sustainment in our air-breathing electric propulsion technology. You will work on the architecture and performance of RF generators, matching networks, RF power delivery chains and their interaction with plasma loads. You will also serve as the primary technical interface with external suppliers responsible for the development of the Power Processing Unit (PPU), ensuring alignment with system requirements and supporting integration, testing and verification activities. You will work closely with propulsion, plasma physics, avionics and systems engineering teams in a highly hands-on environment, helping transform cutting-edge plasma propulsion concepts into robust flight hardware. Your profile Specific Knowledge Strong understanding of RF engineering fundamentals, including power transmission, impedance matching and RF system characterization Experience with RF power generation and delivery systems Knowledge of matching networks and RF coupling techniques for complex or dynamic loads Experience working with RF generators, amplifiers and high-power RF hardware Experience with High Voltage systems and associated safety requirements Experience with MOSFET-based switching circuits Ability to review electrical schematics, technical documentation and supplier designs Experience defining and executing test campaigns and analyzing experimental data Basic programming or scripting skills (Python, MATLAB or similar) Nice to Have Understanding of plasma-RF interactions or willingness to develop expertise in this area Electric propulsion systems Plasma sources or plasma processing equipment RF plasma generation systems Space hardware development EMC/EMI engineering ECSS standards Supplier management and technical coordination Reliability, FMEA and failure investigations Interpersonal Skills Strong systems-thinking mindset and ability to understand interactions across complex subsystems Proactive and hands-on approach to solving technical challenges Methodical and detail-oriented, particularly when working with high-voltage equipment Comfortable collaborating within multidisciplinary engineering teams Strong communication skills, capable of challenging suppliers constructively and driving technical discussions Adaptable and resilient in a fast-moving startup environment Positive attitude, constructive sense of humor and ability to contribute to a healthy and enjoyable work environment Why us? Work on real space hardware that will fly in orbit, not just simulations or papers Be part of a fast-growing European space startup shaping the future of sustainable space operations Take ownership of a critical subsystem at the heart of our propulsion technology Help build Kreios Space's internal expertise in high-voltage power electronics and electric propulsion Join a highly collaborative, respectful and supportive team where knowledge is shared openly Enjoy a great work environment that values trust, autonomy, learning and good energy at work Strong technical growth path in a scaling company, where your work has visible impact and you actively help shape both the technology and the way we work About us We are leading the development of the first air-breathing electric propulsion (ABEP) system designed specifically for Very Low Earth Orbit (VLEO). This revolutionary engine enables satellites to orbit between 150 and 300 km by capturing and using atmospheric particles as propellant. By eliminating the need to carry fuel onboard, we drastically increase efficiency and overcome the main challenge of atmospheric drag in VLEO. This disruptive technology opens the door to an entirely new generation of space services, from high-resolution Earth observation to near real-time communications. To achieve it, we rely on a team of professionals who are passionate, visionary, and committed to pushing the boundaries of what is possible. If you share this passion and want to leave your mark on the future of the space industry, we want to meet you.

Responsibilities

Develop, integrate, and validate RF power systems for air-breathing electric propulsion in Very Low Earth Orbit. Act as the primary technical interface with external suppliers for the Power Processing Unit while collaborating with multidisciplinary engineering teams.