C++ Real-Time Graphics Architect — VR Flight Simulation

Loft Dynamics; Dübendorf; Vor Ort; CHF 110.000 - 180.000; Vollzeit

Zusammenfassung

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.

Qualifikationen

• Several years of experience in developing and refactoring complex, performance-critical C++ applications.
• Strong knowledge of modern C++ standards and software architecture.
• Experience with real-time graphics, physics simulation, and VR systems.
• Practical experience with Vulkan or similar low-level graphics API.
• Proficiency in profiling, debugging, and optimizing for real-time constraints.
• Experience mentoring engineers and participating in design reviews.

Aufgaben

• Refactor a large C++ graphics and physics engine for high-performance VR applications.
• Develop scalable, modular architecture with clear module boundaries and tests.
• Ensure stability and performance during refactoring.
• Use AI tools for code analysis, architecture design, and integration.
• Collaborate with the internal development team to implement changes.
• Conduct code reviews, automated and regression testing, and profiling.
• Design and optimise engine modules: graphics, physics, memory, concurrency.
• Establish standards for code quality, testing, observability, and maintainability.
• Lead architecture reviews and mentor engineers.

Kenntnisse

C++

Real-time graphics

Software architecture

Multithreaded programming

GPU programming

Profiling & debugging

AI-assisted tooling

Tools

Vulkan API

Jobbeschreibung

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.