Projects · Industry
Commercial robot navigation
Navigation software, sensor integration and field deployment for humanoid service robots in public spaces.
Deployment footage and a venue mapping demonstration show the commercial work. Source code is not published on this portfolio.
01 — The system
What it does
Service robots localise, map their venues and support visitor guidance in public environments. The software integrates ROS, GMapping, LiDAR and 3D obstacle sensing with vendor SDKs and voice assistance.
Engineering ownership
My contribution
- Built navigation software and integrated sensing, mapping and vendor interfaces.
- Led a three-engineer team and deployments of 30+ robots for 10+ enterprise clients, including a six-month run at Expo 2020 Dubai.
- Recovered localisation on site as crowd conditions changed and supported customer operations.
Navigation software for public venues
- 01SenseLiDAR + 3D obstacle sensing
- 02Localise & mapROS + GMapping
- 03NavigateVisitor guidance + vendor interfaces
- 04Deploy & supportCustomer operations + field recovery
02 — Evidence
Engineering for the venue
Integrate the robot stack
Connected ROS mapping and navigation with LiDAR, 3D obstacle sensing and vendor interfaces to support visitor guidance.
Keep localisation usable in crowds
Supported deployments on site and recovered localisation as the venue and crowd conditions changed.
Deliver with a team
Progressed from founding robotics engineer to senior engineer and project lead, coordinating a three-engineer team and enterprise deployments.