Hard Skills
AdvancedC++ ProgrammingProficiency in writing high-performance, object-oriented code optimized for simulation environments.
ExpertPhysics-Based ModelingThe ability to translate physical laws and differential equations into mathematical algorithms for realistic virtual behavior.
AdvancedSoftware Architecture DesignDesigning scalable, modular, and maintainable software structures for complex simulation systems.
AdvancedNumerical Integration TechniquesApplication of mathematical methods such as Runge-Kutta or Euler to solve dynamic equations within software.
IntermediateReal-time RenderingExpertise in graphics APIs like OpenGL or Vulkan to visualize simulation data in real-time.
Soft Skills
ExpertAnalytical Problem SolvingThe capacity to identify, decompose, and resolve complex performance bottlenecks or algorithmic errors.
IntermediateCross-functional CollaborationWorking effectively with hardware engineers, physicists, and product managers to align software with physical constraints.