Electrical Design Engineer

Do you want to help build tomorrow’s world? Welcome to Comate, where we develop innovative high-tech hardware from scratch for pioneering companies across all possible industries. We develop and integrate tailor-made automation solutions: from PLC systems and control cabinets to robots, cobots, vision-guided robotics and advanced gripper design. Let’s see what kind of projects you can expect: Industry & machinery | Comate | Engineering & Design | Giving ideas the best chance We currently are looking for a talented and passionate junior electrical design engineer like you, who can develop new, disruptive products together with our clients. Do you only strive for excellence and do you want to grow your career in step with our company? Then perhaps you’re the M/F/X we’re looking for. You will work within a multidisciplinary team of engineers and designers on the development of innovative products and machinery. The aim of our passionate team is to cooperate with our clients in order to develop a unique product that is more advanced than anything that is currently available on the market. As a junior electrical design engineer, you will support different automation and machinery projects. What does this mean? As a junior electrical design engineer, you are responsible for: Safety & technical analysis Collaborating with customers to define clear requirements Advising the team on hardware selection (sensors, actuators, motor drives, etc.) Analysis and implementation of functional safety Designing according to general electrical safety standards Electrical & automation engineering Creating electrical schematics in EPLAN Support on programming PLC environments ( TwinCAT or similar PLC platforms) Performing I/O testing to ensure correct behaviour Ordering components and following up purchases Wiring control cabinets and machinery Machine commissioning Setting up, configuring and testing industrial installations Supporting machine bring‑up on the workshop floor Final validation and delivery of machines according to FAT/SAT principles