Your Mission
At RobCo, we develop AI-powered robotic systems that make industrial processes more autonomous, efficient, and scalable. Our Autonomous Manufacturing Platform combines modular industrial hardware with physical AI, enabling rapid deployment and continuous optimisation in real-world production environments.
With offices in Munich, San Francisco and Austin, and the support of leading investors such as Lightspeed, Lingotto Innovation und Sequoia, we are working to redefine industrial automation.
To further expand our team, we are looking for you as Mechanical & Mechatronics Engineering (m/f/d) with the following mission:
You will be the bridge between digital autonomy and physical action. Depending on your experience level and interest, you will either lead the high-precision development of our modular hardware or prototype the experimental mechatronic systems that teach our robots how to move.
With offices in Munich, San Francisco and Austin, and the support of leading investors such as Lightspeed, Lingotto Innovation und Sequoia, we are working to redefine industrial automation.
To further expand our team, we are looking for you as Mechanical & Mechatronics Engineering (m/f/d) with the following mission:
You will be the bridge between digital autonomy and physical action. Depending on your experience level and interest, you will either lead the high-precision development of our modular hardware or prototype the experimental mechatronic systems that teach our robots how to move.
Choose Your Impact Track
We are hiring across two positions. In your application, let us know where you see yourself:Track A: (Junior) Mechanical Design (The Product Architect)
- Focus: Build the mechanical design of modular robotic components from initial concept to production readiness.
- Precision: Create robust designs that balance functionality, manufacturability, and cost-effectiveness.
- Validation: Plan and conduct mechanical testing to verify performance, durability, and safety.
Track B: (Senior) Mechatronics for Robot Learning (The Rapid Prototyper)
- Focus: Design and build the teaching devices, camera mounts, and experimental end-effectors used for data collection and tele-operation.
- Speed: Rapidly prototype mechanical and electromechanical systems, moving from concept to hardware in days.
- Integration: Ensure electronics (sensors, actuators, microcontrollers) integrate cleanly with our learning pipelines.