3D/AR/VR Software Engineer (Robotics)

Location: Boston, MA, United States; on-site

Company

hirify.global develops risk-aware, reliable, field-ready AI systems and robotics solutions for real-world deployment.

What you will do

• Design and implement 3D workflows for supervising, manipulating, and controlling humanoid robots through AR/VR.
• Build spatial input, visualization, teleoperation, task specification, and robot feedback interactions.
• Integrate AR/VR applications with robot perception, planning, manipulation, locomotion, and control systems.
• Develop interfaces for exchanging commands, state, sensor data, and 3D scene representations.
• Turn research prototypes into reliable, maintainable applications with testing, monitoring, and deployment workflows.
• Collaborate with researchers and engineers across robotics disciplines, evaluate interfaces through user studies, and diagnose field failures.

Requirements

• Bachelor’s or Master’s degree in computer science, human-computer interaction, game development, creative technology, design, robotics, electrical engineering, or a related field.
• Strong programming skills in C#, C++, or another relevant language.
• Experience designing, implementing, testing, and maintaining production-quality software.
• Experience with Unity, Unreal, Git, containers, build systems, and continuous-integration workflows.
• Experience with Meta Quest, Apple, Varjo, or comparable headsets.
• Strong debugging skills across complex, interactive, distributed, and performance-sensitive systems, with a focus on reliability and usability.

Nice to have

• Experience with robots, physical systems, sensors, or real-time processes.
• Experience with teleoperation systems or human-in-the-loop industrial interfaces.
• Experience with safety-critical user interfaces, ergonomics, human factors, or haptic devices.
• Experience integrating systems with ATAK.

Culture & Benefits

• Work in a research and product engineering environment focused on embodied intelligence and real-world robotics.
• Collaborate across perception, planning, control, manipulation, hardware, and software infrastructure.
• Evaluate and improve systems through real field use and deployment on robotic platforms.