We are looking for a Lead Robotics Engineer who thrives on the challenge of moving technology out of the lab and into the rugged world of industrial automation. You have a proven track record of professional experience and are ready to take a leadership role in our R&D and product development efforts. The ideal candidate has navigated the complexities of dynamic small teams and understands exactly what it takes to turn a robotic concept into a robust, commissioned system operating in a real production environment.

About MESH

MESH is automating rebar fabrication and construction processes using robotics and software. Our mission is to bring modern robotics and industrial-grade automation to one of the most fragmented and under-invested industries, enabling faster, safer, and more precise construction through systems that integrate seamlessly into existing workflows.

We design and deploy robotic solutions that operate in harsh, real-world production environments — not labs or demos. Our work spans mechanical systems, robotics, software, and industrial automation, with a strong focus on robustness, simplicity, and deployability.

MESH is based in Switzerland, with in-house workshops and robot testing facilities. We work closely with partners across the construction and machinery ecosystem and regularly test our systems in production and on-site environments. We value close collaboration and hands-on engineering and primarily work on-site with our hardware.

Tasks

About the Role

As a Lead Robotics Engineer, you will architect the software frameworks and control strategies that power our robotic products. This is a role with deep ownership: you aren't just writing code; you are defining the technical roadmap and leading a team of engineers to execute it.

You will bridge the gap between high-level software development and physical hardware execution. Your work will ensure that our systems are not only intelligent but also reliable enough to run 24/7 in a rebar fabrication plant. You will be responsible for the full lifecycle—from selecting sensor modalities to overseeing the final deployment of multi-robot cells.

What You’ll Be Working On

You will lead the development and testing of robotic systems used for rebar handling, processing (quality control, tying, welding), and auxiliary equipment.

Your work will include:

• Computer Vision: Developing and refining computer vision pipelines for robust object detection and manipulation in variable lighting/dusty environments.
• Motion Planning: Implementing advanced (multi-)robotic motion planning to ensure collision-free, high-speed operation in complex cells.
• Architecture: Designing a modular and scalable robotics stack that allows for rapid iteration and deployment across different product lines.

Key Responsibilities

• Team Leadership: Guiding a small team of engineers, providing technical mentorship, and ensuring project milestones are met.
• Strategic Decision Making: Evaluating trade-offs between hardware and software solutions to solve complex automation problems.
• Sensor Integration: Evaluating and implementing sensor suites (3D vision, force-torque, etc.) to enhance robot perception and reactive behavior.
• Productization: Ensuring all R&D efforts result in "production-ready" code and hardware that can be maintained and serviced.
• Collaboration: Working closely with Mechatronics and Sales teams to ensure our technical developments align with customer needs.

Requirements

• Education: Bachelor’s or Master’s degree in Robotics, Computer Science, Mechatronics, or a related field.
• Experience: At least 3+ years of professional experience in robotics, with a track record of deploying software on physical hardware.
• Software Stack: Deep proficiency in C++, Python, and ROS/ROS2 within a Linux/Docker environment. Knowledgeable about software engineering best practices.
• Robotics Fundamentals: Strong understanding of state estimation, motion planning, and control theory.
• AI & Vision: Practical experience with Deep Learning frameworks (PyTorch/TensorFlow) and computer vision libraries (OpenCV).
• Industrial Hardware: Experience deploying and debugging software on industrial manipulators (ideally ABB/Rapid) and 3D vision systems.
• Mindset: A "ship-to-production" mentality—you value reliability and robustness over academic complexity.
• Languages: Working proficiency in English; German and/or French is a strong plus.

Benefits

Why MESH?

At MESH, you are a foundational builder, not just an employee. We offer a high-growth environment where your work directly transforms one of the world's most essential industries. Beyond a competitive salary, we provide a comprehensive Employee Stock Option Plan (ESOP), ensuring you share in the long-term success and ownership of the company. Join us in Switzerland to turn ambitious robotics R&D into the industrial standard of tomorrow.