Robotics Automation Engineer / Senior Engineer

We are: Accenture helps the world’s leading enterprises reinvent by building their digital core and unleashing the power of AI to create value at speed for organizations across industries. Our strategy is to be the reinvention partner of choice for our clients and lead in the safe, widespread adoption of AI, and to be the most client-focused, AI-enabled, great place to work in the world. We bring together the talent of our approximately 799,000 people with proprietary assets and platforms, deep process and industry expertise, and leading ecosystem relationships to deliver end-to-end solutions and measurable outcomes at scale.

Through our Reinvention Services, we offer broad expertise across Cybersecurity, Digital Core, Finance, Industry and Enterprise, Song, Supply Chain and Engineering, and Talent, with advanced capabilities in AI and Data, Industry and Process, and Technology. We serve approximately 9,000 clients and generated approximately $70 billion in FY25 revenue. Visit us at accenture.com . You are: The Robotics Automation Engineer understands the broader Physical AI lifecycle, including digital twins, simulation, robot training, intelligent orchestration, industrial data and managed operations, while specializing in the design, programming, integration, commissioning and support of robotic automation.

The role focuses on turning robotics use cases into safe, reliable and scalable production systems in manufacturing, warehousing, logistics and other operational environments. The Work: Design, program, configure and deploy industrial robots, collaborative robots, AMRs/AGVs, mobile manipulation and related robotic automation. Integrate robots with end effectors, conveyors, safety systems, machine vision, sensors, PLCs, SCADA, MES, WMS, ERP and site workflows.

Develop robot programs, control logic, interfaces and adapters using OEM tools, ROS/ROS 2, Python, C++ or relevant automation technologies. Support cell design, reach and cycle-time studies, tooling specifications, layout validation, safety assessment and equipment selection with engineering partners. Use digital twins and simulation for offline programming, layout validation, process testing, virtual commissioning, fleet sizing and deployment-risk reduction.

Support robotics intelligence capabilities such as perception, localization, SLAM, motion planning, task planning, sensor fusion and autonomous decision logic where applicable. Contribute to robot training and validation workflows, including synthetic data, simulation-based testing and simulation-to-real transfer when required. Integrate robots and fleets with orchestration platforms for task allocation, traffic management, exception handling, monitoring and coordinated operations.

Conduct integration, safety, hardware-in-the-loop, factory-acceptance, site-acceptance and production-readiness testing. Troubleshoot software, controls, network, sensor, mechanical and operational issues through commissioning and post-go-live support. Document robot programs, interfaces, configurations, test evidence, operating procedures, runbooks and support requirements. Collaborate with Physical AI architects, digital-twin and simulation engineers, OT teams, client operations and robotics ecosystem partners.

Travel Requirements: Travel is required for this role and could vary up to 75% Here’s what you need: Minimum 3 years of relevant experience in robotics automation, robot programming, controls integration, AMR/AGV deployment or autonomous systems. Hands-on experience with at least one industrial robot, cobot or mobile-robot ecosystem such as FANUC, ABB, KUKA, Universal Robots or equivalent. Understanding of robotics fundamentals including coordinate frames, kinematics, motion, sensors, controls and safe operation.

Experience integrating robotics with automation equipment, software or operational processes. Ability to read engineering drawings, troubleshoot across hardware and software, and work safely in operationa