Software Engineer, Razer

• The position requires strong C/C++ expertise and deep knowledge of performance-critical systems, multithreading, and real-time optimisation
• Experience with haptics, interactive engines (e.g., Unity or Unreal), hardware-integrated ecosystems, or immersive technologies is a plus
• Strong professional experience in software development, with a focus on performance-critical systems
• Proficiency in C/C++
• Experience designing and implementing robust, maintainable software architectures
• Solid understanding of multithreading, real-time systems, performance optimisation, and debugging
• Ability to work autonomously, take ownership of projects, and proactively drive technical solutions
• Comfortable collaborating across multiple teams and disciplines within a large organisation

Desirable

• We are seeking an experienced Software Engineer to help advance the Interhaptics haptic engine and support the immersive ecosystem powered by Wyvrn
• This role focuses on developing high-performance, real-time haptic systems that power current and next-generation devices. You will design, build, and optimise core engine components, owning features end-to-end from architecture through deployment
• You will collaborate cross-functionally with hardware, platform, SDK, and experience teams to ensure seamless integration across desktop, mobile, and console environments
• We are looking for an experienced Software Engineer to help drive the evolution of our Interhaptics haptic engine and supports the immersive ecosystem enabled by Wyvrn
• In this role, you will operate at the core of our software stack, developing high-performance, real-time haptic systems that power both current and next-generation devices.
• You will collaborate closely with multiple Razer teams, including hardware, platform, SDK, and experience teams, while maintaining strong autonomy and ownership over your technical scope.
• Design, develop, and maintain core components of the Interhaptics haptic engine
• Own features end-to-end, from architecture and implementation to testing and optimisation
• Build scalable software abstractions to support both existing and upcoming haptic devices
• Implement high-performance, real-time haptic rendering and playback systems
• Optimise system performance and minimise latency across desktop, mobile, and console platforms
• Collaborate with multiple internal teams to ensure seamless integration within the broader ecosystem
• Contribute to SDKs, APIs, and developer-facing tools
• Troubleshoot and resolve complex cross-platform and cross-device issues