Autonomous Systems Engineer & Senior Developer
I build real-time industrial systems and robotics software — from MQTT telemetry pipelines on the factory floor to sensor fusion and localization on a driverless vehicle. Five years delivering manufacturing execution software at Continental, now building production systems end to end.
Each project below states the problem it solves, the role I held and what it runs on.
A real-time Manufacturing Execution System for SME factories — live machine telemetry over MQTT, downtime and OEE analytics, production planning and an AI insight layer.
A corporate website for a UK holding and advisory firm — positioning, responsive build, SEO foundations and a deployment pipeline the client maintains independently.
Grouped by domain and marked by working depth — core means daily, production-level use.
Sensor fusion, mapping, localization and ROS2 navigation stacks.
MES, PLC integration, OEE modelling and shop-floor data pipelines.
Real-time APIs, event ingestion, relational modelling and analytics.
Full-stack applications, dashboards and design systems.
Perception models, anomaly detection and applied analytics.
Containerised deployment, CI/CD and cloud infrastructure.
UH Racing Autonomous, University of Hertfordshire
Autonomous vehicle software for a driverless prototype: sensor fusion, mapping, localization, ROS-based simulation and real-time debugging on track.
Continental Automotive, Bangalore
Delivered manufacturing execution software across production plants — C#, WPF and SQL Server, PLC integration, production visibility and global rollout workflows.
Manufacturing, robotics or platform engineering — happy to talk through the problem before anyone writes code.