Applied AI Scientist, Simulation & Reinforcement Learning
Locus Robotics is a warehouse-automation company providing autonomous mobile robots and the LocusONE orchestration platform for fulfillment and logistics operations.
Funding history
About Locus Robotics
Locus Robotics delivers Robots-as-a-Service warehouse automation. Its LocusONE platform coordinates people, autonomous robots, and workflows for picking, putaway, transport, and autonomous fulfillment; its current fleet includes Locus Array, Locus Origin, and Locus Vector.
Skills
Candidate Availability
Required and preferred rules are kept separate and reflect the wording in the original posting.
About the Role
You will own and develop a SimPy-based discrete-event simulator, build experiment infrastructure, and reduce the sim-to-real gap using live site data. You will turn the simulator into an RL environment, design, train and evaluate RL policies, and communicate results to stakeholders.
Requirements
- PhD in a quantitative field or MSc with 5+ years of industry experience applying AI/ML or simulation
- Hands-on experience building or validating simulators, ideally discrete-event (SimPy)
- Practical reinforcement learning experience with Gym-style environments
- Strong Python and software engineering fundamentals
- Rigorous experimental and statistical thinking
- Experience in robotics, logistics, warehouse or operations-heavy domains
- Publications in major AI, ML or robotics venues
- Excellent English communication skills
- Must reside in the UK with legal right to work in the UK
Responsibilities
- Own and develop the SimPy-based discrete-event simulator
- Pay down technical debt and improve test coverage, code quality and tooling
- Build experiment infrastructure for orchestration, study management and automated runs
- Generate and maintain site data needed to simulate customer warehouses
- Support scenario testing and sensitivity analysis
- Define, measure and reduce the sim-to-real gap
- Run parameter optimisation and tuning studies
- Model warehouse processes such as congestion, picker behaviour and queueing
- Communicate results and confidence to stakeholders
- Build Gymnasium-style RL environments
- Design, train and evaluate RL policies against heuristic baselines
- Prototype and productionise learning-based components
- Stay current with RL, multi-agent systems and simulation research
- Contribute to technical papers, patents and publications
Benefits
- Bonus
- Equity
- Remote position
