In this role, you'll design, build, and optimize mechatronic systems that integrate mechanical assemblies, electrical controls, and sensor technology into seamless production solutions. You'll work at the intersection of our mechanical and automation engineering teams—turning concepts into reliable, high-performing equipment for our Berlin-based production facilities.
Key responsibilities
Mechanical Design & Prototyping: Design and prototype mechanical components and custom fixtures using CAD to support new equipment, upgrades, and process improvements. Build and test prototypes on the shop floor, then iterate based on real feedback before finalizing designs.
Commissioning: Support commissioning of new machinery and production lines, including installation, functional testing, and troubleshooting startup issues. Stay involved through ramp-up until the line reliably hits target output.
Project Management: Plan and execute engineering projects from scoping and timelines through cross-functional coordination with production, quality, and R&D, to final delivery. Track progress, flag risks early, and keep stakeholders aligned throughout.
Troubleshooting & Maintenance: Troubleshoot and resolve mechanical, mechatronic, and automation issues on production equipment to minimize downtime. Diagnose root causes, apply fixes, and feed learnings back into preventive maintenance.
Supplier Management: Support and manage relationships with equipment and component suppliers, including sourcing, requesting quotes, and evaluating options against our requirements. Act as the technical point of contact for follow-ups, repairs, and warranty issues.
Continuous Improvement: Drive continuous improvement initiatives to optimize equipment performance, throughput, and reliability. Use downtime and performance data to identify bottlenecks and validate the impact of changes.
Technical Documentation: Create and maintain technical documentation, including SOPs, maintenance plans, drawings, and equipment records. Keep documentation current as equipment and processes evolve.
Cross-Functional Collaboration: Collaborate closely with production, quality, and R&D teams to support day-to-day manufacturing operations. Act as an engineering point of contact on the floor and help translate new processes into production-ready setups.
