Lead Simulation Engineer

The role

London (Hybrid)

Reports to the CPTO and is directly responsible for all Simulation technologies, managing a team of 4+ engineers.

Owning technical direction for Simulation. Take full responsibility for technical direction, project implementation, and team leadership across the Simulation team.
Architecture for scalable, real-time simulation systems. Design the architecture for scalable, real-time simulation systems. Lead development of reusable components shared across XR/VR training and physics-based engineering models, and own technology-stack decisions for the simulation layer.
Lead estimation and delivery of client work. Design solutions for client projects and oversee their implementation, advising product and design on what is technically feasible. Weigh near-term delivery needs against long-term technology strategy when making technology choices.
Raise the bar for engineering standards. Set technical direction and standards for simulation code, with particular attention to performance, accuracy, and maintainability. Raise engineering practice across all of Engineering, accelerating adoption of modern engineering practices, and leading through example among peers.

London (Hybrid)

Reports to the CPTO and is directly responsible for all Simulation technologies, managing a team of 4+ engineers.

Owning technical direction for Simulation. Take full responsibility for technical direction, project implementation, and team leadership across the Simulation team.
Architecture for scalable, real-time simulation systems. Design the architecture for scalable, real-time simulation systems. Lead development of reusable components shared across XR/VR training and physics-based engineering models, and own technology-stack decisions for the simulation layer.
Lead estimation and delivery of client work. Design solutions for client projects and oversee their implementation, advising product and design on what is technically feasible. Weigh near-term delivery needs against long-term technology strategy when making technology choices.
Raise the bar for engineering standards. Set technical direction and standards for simulation code, with particular attention to performance, accuracy, and maintainability. Raise engineering practice across all of Engineering, accelerating adoption of modern engineering practices, and leading through example among peers.