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Loft Dynamics AG invites a skilled C++ Software Architect to join our real-time graphics and simulation team. You will analyze and enhance a high-performance graphics and physics engine for VR flight simulators, with incremental refactoring and automated testing.
You will shape a scalable architecture, define module boundaries, reduce dependencies, and ensure stability and performance while collaborating with developers and leveraging AI-assisted tooling.
Loft Dynamics AG is the global leader in virtual reality (VR) flight training, and the first company with VR simulators qualified by both the FAA and EASA. Trusted by Alaska Airlines, Airbus Helicopters, the Los Angeles Police Department, and more, we serve the full aviation ecosystem – spanning commercial airlines, eVTOLs, and diverse helicopter operators, as well as schools, OEMs, governments, and regulators. Our mission is to make pilot training safer and more accessible, affordable, and scalable than ever before.
We produce full-motion VR simulators for helicopters, airlines, and eVTOLs that are ten times smaller and significantly more cost-effective than legacy simulators. We also provide a connected suite of solutions that integrate our simulators worldwide, including at-home training kits, virtual instruction from the world’s top pilots, and AI-driven training intelligence. Loft Dynamics is leading a global paradigm shift in pilot training and powering the next generation of highly skilled pilots.
We are seeking a highly skilled and motivated C++ Software Architect – Real-time Graphics & Simulation.
In this role, you will analyse and enhance a C++-based graphics and physics engine for high-performance VR applications, including flight simulators. The focus is on improving scalability, modularity, maintainability, and testability while preserving or enhancing existing functionality and performance. Refactoring is carried out incrementally in close collaboration with the development team, supported by automated testing, regression analysis, and performance profiling. AI-assisted tools are leveraged to support code analysis, architecture optimisation, and the reliable integration of changes.
We offer a modern and flexible working environment with the latest development tools, exciting challenges, and future-oriented career opportunities for you!