We are seeking a Robotics Software Engineer who is passionate about building intelligent autonomous systems and solving complex real-world engineering challenges. You thrive in fast-paced environments, take ownership of technical problems from diagnosis to deployment, and enjoy working across software, hardware, and product teams to deliver reliable solutions.
If you enjoy seeing your code operate on real robots in live industrial environments and want to contribute to the future of autonomous mobile robotics and industrial automation, this role offers an prospect to build technology with tangible, large-scale impact.
What Success Looks Like
3 months:
Onboarded onto the MAG AMR stack — codebase, tooling, and CI/CD pipelines understood
First bug fixes and minor features shipped independently
Actively contributing to code reviews with useful, constructive feedback
Comfortable running field tests and interpreting robot behaviour in real environments
6 months:
Owns and ships at least one significant module — navigation, SLAM, or state machine
Measurable improvement to navigation or localization performance on live deployments
Trusted to debug complex runtime issues end-to-end with minimal escalation
Cross-team collaborator — hardware, software, and product teams rely on your input
12 months:
Driving architectural decisions on core AMR software components
Algorithms you've built are running reliably in production deployments at scale
Recognised as a go-to expert in at least one robotics domain (nav, SLAM, or controls)
Mentoring junior engineers and raising the quality bar across the team
The key responsibilities includes:
Design, architect, develop and test algorithms for the MAG AMR software stack
Optimize navigation algorithms - improved planning, path tracking, and motion control
Develop SLAM algorithms to support MAG AMR's mapping and localization requirements
Design and implement AMR state machine behaviour and robust error handling mechanisms
Maintain secure, up