Senior AR/VR Software Engineer — Remote Unity/XR

Furtherium; United States; Remote; USD 120,000 - 160,000; Full time

Benefits offered by this job

Worldwide remote work

Flexible Scrum process

Job summary

Furtherium is seeking a passionate XR Software Engineer to build AR/VR experiences across new hardware and software platforms using Unity and native code. You’ll integrate external SDKs, optimize performance, and collaborate with engineering and QA to deliver developer-friendly tools.

You’ll write high-quality C++ and C# code, adapt to new technologies, and contribute to cross-platform development while applying your strong 3D math intuition to real-time graphics challenges.

Qualifications

• A computer science degree or equivalent experience.
• Advanced C/C++ skills and experience with C#.
• Ability to adapt quickly to new technologies and tasks.
• Experience with performance-minded, cross-platform development, and 3D math.

Responsibilities

• Integrate third-party SDKs for emerging hardware and software platforms.
• Add AR and VR features to the Unity engine.
• Collaborate across the XR group to create cohesive, developer-friendly experiences.
• Write and maintain performance-conscious code in C++ and C#.
• Add automated tests and work with QA on investigation methods, code quality, and testing practices.
• Join partner discussions about project plans, progress, and quality updates.

Skills

C/C++ development

C# development

3D mathematics

OpenXR runtime

Cross-platform development

Education

Computer science degree or equivalent experience

Tools

Unity Engine

Job description

Furtherium is seeking a passionate XR Software Engineer to build AR/VR experiences across new hardware and software platforms using Unity and native code. You’ll integrate external SDKs, optimize performance, and collaborate with engineering and QA to deliver developer-friendly tools.

You’ll write high-quality C++ and C# code, adapt to new technologies, and contribute to cross-platform development while applying your strong 3D math intuition to real-time graphics challenges.