Overview:
In this role you contribute to Accenture’s Next Gen Robotics initiatives, leading scalable robotics projects and shaping outcomes for global industrial clients. You will design and integrate Physical AI architectures, manage interdisciplinary teams, and drive demo-ready setups. You collaborate across clients, partners, and internal units to turn roadmaps into productive implementations. This position offers mentoring, hands-on challenges, and opportunities to influence robotics strategy and enterprise adoption. Compensation / Benefits medical, dental, vision, life, and long-term disability 401(k) plan bonus opportunities paid holidays paid time off
Responsibilities:
Technical leadership of robotics innovation projects, including architecture design and integration for industrial clients Develop scalable Physical AI architectures focused on autonomy, model integration, real-time systems, and scalable simulation (NVIDIA Isaac Sim, Isaac Lab, Cosmos) Lead interdisciplinary delivery teams (3–10 people) through PoC, pilot, and production rollout Execute technology benchmarks, venture screenings, and robust demo/test setups Coordinate with clients, partners, and Accenture industry units from roadmap to implementation Contribute to Next-Gen Robotics strategy, tech roadmaps, partner development, and internal enablement Travel as required (0%–100% depending on business needs)
Key requirements:
Minimum 3 years of robotics, consulting, or software project experience with strong technical focus At least 3 years in classical robotics tech: ROS/ROS2, motion planning, sensor fusion, and simulation environments Minimum 3 years software development with Python, C++, and Linux At least 2 years leading a technical workstream in interdisciplinary teams At least 1 year of edge AI deployment for robotics (NVIDIA Jetson, Raspberry Pi, GPU/cloud) Bachelor's degree in robotics and computer science or equivalent (minimum 12 years work experience; associates 6 years) leadership of technical workstreams client-facing collaboration structured mentoring and feedback receptiveness ROS/ROS2 motion planning sensor fusion