Reliability and Safety Technical Center (RSTER)

About the Company

RSTER offers cutting-edge methods for evaluating the reliability and safety of complex multi-domain engineering systems. Furthermore, RSTER has created strategic and principled methodologies for controlling the components' safe and dependable performance. Our plan is to get a good understanding of reliability and safety by finding likely failures, figuring out what caused them and what happened as a result, and determining what can be done to prevent or reduce failures over the product's life. Our targeted market contains three main domains: • Electric mobility applications: o In the land: the automotive market in terms of electric vehicles (light and heavy-duty vehicles), urban e-mobility applications such as e-bikes, e-motorbikes, and scooters, o In the meantime, industries include e-vessels and ships (passenger and cargo ships), e-water mobility markets, o In the aircraft industry: drones, green aerospace • Modern electric grid and Renewable energy o Smart grid o Microgrid o Smart home/ building • Distribution generations (stationary batteries, energy storage, solar and wind systems, etc.) • Sustainability and GHG emission reduction

Listed Jobs

Company Name

Reliability and Safety Technical Center (RSTER)

Job Title

Open Position: Smart Sensor Designer & Developer

Job Description

Job title: Smart Sensor Designer & Developer Role Summary: Design and develop reliable, safety‑critical sensor modules for advanced engineering systems in e‑mobility, renewable energy, and diagnostics. Expectations: Deliver end‑to‑end sensor solutions, from hardware and firmware to integration and validation, ensuring compliance with stringent safety and reliability standards. Key Responsibilities: - Design, prototype and test sensor hardware and firmware. - Develop signal‑processing, data‑acquisition and sensor‑fusion algorithms for environmental, inertial and power‑system sensors. - Program embedded microcontrollers and wireless/communication interfaces. - Calibrate, characterize and perform reliability testing. - Integrate sensors into larger systems and applications. - Document schematics, firmware, test reports, calibration data and maintenance guidelines. - Collaborate with design, systems engineering, software, and project management teams. Required Skills: - Embedded C/C++ programming and microcontroller firmware development. - Analog/digital electronics and signal conditioning. - PCB design with Altium, KiCad or similar. - Familiarity with sensor technologies (environmental, inertial, power). - Strong problem‑solving, teamwork and cross‑disciplinary collaboration. Required Education & Certifications: - Bachelor’s or Master’s degree in Electrical Engineering, Electronics, Embedded Systems, Mechatronics or related field. Preferred: - Experience in sensor fusion, data analytics, predictive maintenance, model‑based systems engineering or safety/reliability analysis. - Knowledge of renewable energy systems, e‑mobility or battery monitoring technologies.

Zaventem, Belgium

On site

08-12-2025