Neura Robotics Gmbh
Industrial Engineer / Value Stream Planner (human)
Metzingen / Riederich. Posted 6 months ago
The role
You will design digital, efficient, and scalable manufacturing concepts using lean principles and data-driven analyses. You will work at the interface between development, production, quality, logistics, and plant engineering to optimize value and data streams.
What you will do
- Oversee, optimize, and stabilize value streams from raw material to finished robotic system
- Support product and process approvals during ramp-up and manage technical changes
- Analyze production and work processes to identify bottlenecks and develop improvement measures
- Apply lean methods and value stream analyses to reduce waste in material, information, and data flows
- Support the introduction of new methods and robotic, automated manufacturing systems
- Design material, information, and data flows
- Conduct time studies and layout analyses
- Work with development, quality, production, and logistics to establish process solutions
- Coordinate the creation and change management of product-related documents like FMEA, BOM, control plan, and work instructions
Required qualifications
- Completed master's degree or bachelor's degree with a minimum of 3 years of relevant experience in industrial engineering, production engineering, mechanical engineering, or mechatronics
- Several years of experience applying lean methods as well as value stream analysis and value stream design for high-volume production of mechatronic products
- Solid foundational understanding of manufacturing technology and industrial engineering methods
- Hands-on mentality with a structured and analytical way of working
- Ability to actively shape and implement change processes
- Strong communication skills and teamwork ability in interdisciplinary projects
- Very good written and spoken German and English skills
Nice to have
- REFA or MTM certifications
About the company
neura-robotics-gmbh is taking the next step into the era of cognitive and humanoid robotics.