Robotics Systems Engineer
Robotics Systems Engineer specialising in Human-Robot Interaction, ROS2, and Edge AI deployment. Delivered a 30% trust improvement on the iCub humanoid through a full sim-to-real pipeline. Open to sponsored roles in UK, EU, and USA.
I'm a robotics engineer who works at the intersection of human-robot interaction, real-time AI systems, and embedded hardware. My work spans the full stack: from bare-metal C++ firmware on ESP32 microcontrollers to running sim-to-real pipelines on the iCub humanoid platform at the University of Hertfordshire Robot House.
My MSc thesis produced one of the few quantitative studies on humanoid robot companionship, achieving a validated 30% improvement in human trust using a novel blend of verbal and non-verbal communication strategies. The work ran across two humanoid platforms (iCub and JD EZ-Robot) with 200+ structured trials, supervised by Dr Patrick Holthaus.
Beyond research, I've deployed production AI on constrained hardware, cutting CNN inference latency by 40% on Jetson Nano via TensorRT, and engineering deterministic firmware for safety-critical real-world deployments. I care about systems that actually work in the field, not just in simulation.
Led a full-stack Sim-to-Real pipeline across two humanoid platforms, iCub and JD EZ-Robot, building a high-fidelity Isaac Sim digital twin and transferring hybrid verbal/non-verbal intent communication strategies to physical hardware.
The study developed novel gesture-based and verbal communication modalities, testing their combined effect on perceived robot trustworthiness using the validated RoSAS scale. Over 200 pre-study validation trials were conducted across both platforms to ensure consistent, repeatable robot behaviour before the formal n=20 participant experiment began. Results showed a statistically significant improvement in companionship metrics, with 98% intent clarity across structured interaction trials.
Both the iCub and JD EZ-Robot humanoids were used during platform testing and validation. Early trials revealed that iCub's hyper-realistic appearance caused participants to experience discomfort, a well-documented phenomenon known as the uncanny valley effect. To ensure valid trust measurements, the formal study proceeded with the JD humanoid, whose more stylised appearance produced natural, unguarded responses from participants.
Every project ships with real hardware validation and quantified outcomes.
Open to sponsored robotics and AI engineering roles in the UK, EU, and USA.