UI/UX Software Engineer - NREC - Carnegie Mellon University

At the National Robotics Engineering Center (NREC), it is our engineers and technicians who drive the breakthroughs that define our success. The members of our technical staff collaborate closely with leadership and multidisciplinary teams to design, build, and deploy sophisticated robotic solutions that address complex challenges in industrial, commercial and government sectors. Each project benefits from their expertise, creativity, and hands-on problem-solving, fueling progress and innovation across the organization.

As part of our dedicated team, you will work alongside world-class robotics professionals committed to pushing the boundaries of technology and redefining ideas into solutions for real-world applications. We foster a culture of professionalism, respect, and collaboration, offering a flexible and encouraging environment where you can sharpen your skills, lead impactful projects, and take control of your career development.

We are seeking a dynamic UI/UX Software Engineer for existing and new projects. In this position, you will work on a variety of user interfaces for robotic systems. You will have an opportunity to collaborate on an internal team and with sponsoring partners to support the work through all lifecycle stages. Our team has members with diverse backgrounds both in robotics and other industries aligned to make robust software and firmware that is useful in the world. Projects you may support range from industrial machine operator assist systems to agricultural productivity tools and beyond to other automation, autonomy, or safety systems. Your day-to-day work will include developing user interfaces for internal and external usage centered around robotic systems.

Your primary responsibilities include:

• Co-Design Human-Machine Interfaces: Partner closely with robotics engineers, hardware teams, and field operators to design custom, intuitive interfaces for complex robotic systems.
• Build Native Qt/QML Frontends: Develop fluid, hardware-accelerated user interfaces using QML and/or Qt, binding them smoothly to backend C++ or Python data streams.
• Prototype & Test with Real Users: Prototype interaction flows and collaborate directly with end-users to evaluate usability, safety, and operator performance in the field.
• Integrate Real-Time System Data: Connect UI components to central system state engines, telemetry feeds, and databases while ensuring the interface remains fast and responsive.
• Champion Collaborative Software Development: Actively participate in an inclusive team culture through constructive peer reviews of both designs and code, integration testing, version control, and clear documentation.
• Integrate & Adapt APIs: Adapt open-source libraries, proprietary tools, and backend APIs to extend UI capabilities cleanly and maintainably.