Lead the technical definition, integration, and delivery of intelligent systems across government, defence, critical infrastructure, and large-scale technology programs in the GCC. Translate operational and user requirements into system architectures integrating AI, digital twins, IoT sensors, real-time data, automation, and connected infrastructure. Work directly with clients, operators, engineers, and technology partners through system design, testing, deployment, and operational adoption.

Contributed to the systems engineering of Europe's largest AI and robotics research campus, integrating high-performance computing, data-centre infrastructure, AI laboratories, robotics environments, autonomous mobility, and thermal systems. Worked across multidisciplinary engineering teams to translate complex computational and operational requirements into scalable physical and digital infrastructure.

Supported the deployment and integration of digital engineering, AI, and digital twin systems across Tesla's EMEA manufacturing, supply-chain, and logistics operations. Connected operational data, simulation, and engineering workflows to improve system visibility, scenario testing, coordination, and execution across complex physical environments.

Engineering background spanning structural mechanics, physics, computational design, data analytics, simulation, material science, and complex building systems. Developed advanced work in AI-enabled digital twins, autonomous systems, robotic 3D printing, and simulation, including collaboration with MIT Senseable City Lab.

Completed the International Baccalaureate with a focus on Mathematics, Physics, and sciences. Member of the first rugby team and participated in the RAF Academy, developing early exposure to disciplined, team-oriented, and technically focused environments.