Led a team of three engineers to deliver preclinical trial of ultra-low-cost implantable electronics for remote patient monitoring and delivering patient-specific treatment.

Working in the Medical Engineering division at Imperial College, I developed novel concepts in implantable electronics, artificial intelligence, and preclinical evaluation for orthopaedic surgery. Academic impact: 7 x Q1 research articles, 7 x international conference presentations, 2 x Best Podium awards.Industrial impact: new collaboration with major orthopaedic implant manufacturer.Clinical impact: new AI-based diagnostic algorithm co-developed with orthopaedic… Show more Working in the Medical Engineering division at Imperial College, I developed novel concepts in implantable electronics, artificial intelligence, and preclinical evaluation for orthopaedic surgery. Academic impact: 7 x Q1 research articles, 7 x international conference presentations, 2 x Best Podium awards.Industrial impact: new collaboration with major orthopaedic implant manufacturer.Clinical impact: new AI-based diagnostic algorithm co-developed with orthopaedic surgeons.Imperial-TUM-NTU Global Fellow: research placement with the Chair for Computer-Aided Medical Procedures and Augmented Reality (CAMP-AR) at Technische Universität München. Show less

Paid consultant for multinational companies (FTSE100), government agencies, and international research institutions. Critically evaluated and advised on deployment strategies for a diverse range of emerging technologies, including artificial intelligence, digital twins, microrobotics, computational biology, and neuromorphic computing. Top-ranked Associate among 5,000 technical experts from world-leading universities.

Implemented Simultaneous Localisation & Mapping (SLAM) algorithms for the first prototype of an autonomous navigation system for low-visibility, GPS-denied environments – see Telesto™.

Designed sensor network and reporting system for air quality monitoring whilst working as part of the Sustainability team:

Produced thermal models and developed HVAC systems to C1 (Construction) design phase whilst part of the Mechanical Engineering team for a new UK hospital.