Electrical Engineer in Robotics Manufacturing (human)
Your mission & challenges
As a hands-on Electrical Engineer, you will bridge the gap between electronics and software development, plant engineering, and production – with the goal of continuously advancing the electrical and electronic manufacturing and testing landscape of our robotic systems while enabling increasingly automated assembly processes.
Your Objective:
To design and further develop the electrical systems, electronics, measurement technology, and testing systems of our cognitive and humanoid robots, as well as all production-relevant equipment, ensuring they are operationally safe, efficient, compliant with standards, and suitable for series production.
Your main tasks include:
Develop electrical equipment, test adapters, and automated test and measurement systems required for the manufacturing of humanoid robotic systems.
Design and implement electrical components, cable harnesses, circuit diagrams, wiring plans, and the associated eCAD documentation in compliance with relevant standards.
Implement electrical modifications and adjustments to ensure assembly efficiency, testability, safety, and stability in series production.
Support production during commissioning, troubleshooting, and validation of new electrical equipment, test benches, and plant components.
Further develop testing, measurement, and diagnostic concepts, including automated test sequences and end-of-line (EOL) testing.
Collaborate closely with electronics, software, and plant engineering teams to ensure electrical requirements, regulatory compliance, and technical feasibility within production.
Standardize and modularize electrical equipment and test systems to enable production scalability and automation.
What we can look forward to
A completed Master’s degree in Electrical Engineering, Electronics, Mechatronics, or a related field.
Professional experience in the development and optimization of electrical, electronic, or mechatronic systems – ideally in a series-production-oriented environment.
Proficiency in eCAD systems and familiarity with PLM systems.
A solid understanding of manufacturing processes, measurement and testing technology, EMC/ESD protection, and safety and certification requirements.
A strong hands-on mentality with a focus on practical, robust solutions.
A structured, quality-driven, and solution-oriented working style.
Strong communication skills and the ability to work effectively in interdisciplinary project teams.
Excellent written and spoken German and English skills.