Senior Robotics Engineer (Autonomy) at hexafarms

Berlin, , Germany -

Full Time

Start Date

Immediate

Expiry Date

03 Oct, 26

Salary

0.0

Posted On

05 Jul, 26

Experience

2 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Autonomous Navigation, SLAM, Localization, Path Planning, LiDAR Integration, Computer Vision, Mission Planning, Robot Tuning, Sensor Fusion, Hardware Troubleshooting, Edge AI, Simulation Tools

Industry

technology;Information and Internet

Description

Your mission About the role We are building robots from the ground up for the #ag industry. We already have some of them live out in the fields, but we want to nail down the autonomy part. We are planning to have hundreds of rovers scouting commercial production facilities soon, and you will be responsible for full-stack autonomy: making and owning key decisions that will make this process more and more reliable. A lot about this role is deliberately in stealth mode, but in short, you will be working with a very small team to achieve something that has been considered very difficult. Your profile We don't expect you to check all the items below, but this is how we will assess your profile: Develop autonomous navigation software for wheeled mobile robots. Integrate LiDAR, RGB/depth cameras, IMUs, wheel odometry, and GPS (where applicable). Implement SLAM, localization, obstacle detection, and path planning. Design mission planning software for predefined routes and task execution. Improve robustness in challenging greenhouse conditions such as changing lighting, dense foliage, reflective surfaces, and narrow aisles. Deploy, test, and tune autonomy algorithms on physical robots. Build tools for map generation, route creation, and mission monitoring. Collaborate with mechanical, electrical, and software engineers to improve robot performance. Analyze field data and continuously improve navigation reliability. Nice to have Experience with autonomous ground vehicles (AGVs or AMRs). Knowledge of machine learning and computer vision. Experience integrating with NVIDIA Jetson or similar edge AI platforms. Familiarity with simulation tools such as Gazebo or Isaac Sim. Not nice things If you are scared of trying or failing at things because you're doing it for the first time. You don't know basic hardware stuff, like the difference between a BLDC vs a stepper motor, CAN vs UART, or how to use basic tools like a multimeter. Why us? This is probably one of the most exciting and fulfilling roles in Robotics in Europe right now. We don't shy away from questioning the status quo and (re)building things from the ground up. Full ownership. A team of genuine experts across hardware, ML, AI, and agronomy to build with. Berlin only. We can offer relocation support. Our own manufacturing lab. We are simultaneously building our own manufacturing studio that you can make full use of. We have 24/7 access to a range of lasers, 3D printers, metalworking tools, an electronics lab, and more. Benefits: equity, perks, visiting farms, morning matchas, strawberries, and more. About us We are building the company that is building the software and the hardware for the future of commercial food production. We create a peace of mind for commercial food producers by interfacing their entire operations to our ML and AI services. If you live in Europe, very likely, you've had fresh, healthy and nutritious produce raised by hexafarms OS– you just don't know. hexafarms helps growers to get the most out of their production through yield forecasting, disease and pest detection, climate optimisation, and real-time plant analysis- all in one place. Day by day, we are bridging the gap between sensing, plant biology, and real-time market needs to ensure our customers focus on what is really important, and keep growing at their best. Check out what is like to work at hexafarms here.

Responsibilities

The role involves developing full-stack autonomy software for wheeled mobile robots used in commercial agriculture. Key duties include implementing SLAM, localization, and path planning to ensure reliable navigation in challenging greenhouse environments.