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Manage technical procurement for robotics components, including supplier relationships, negotiations, purchase orders, contracts, delivery timelines, quality issues, and supply chain risks. Translate engineering requirements into production plans, support make-versus-buy decisions, conduct cost analyses, professionalize material tracking, assist hardware scale-up, and coordinate suppliers across Europe, China, and the United States.

Develop and evaluate SLAM, localization, and mapping algorithms for autonomous last-mile delivery robots. The intern will integrate SLAM modules with hardware, benchmark state-of-the-art approaches, prototype novel methods, study computer vision and robotics literature, and validate algorithms using real-world robotic hardware and data.

Configure and improve autonomous robots’ internal networks, including VLANs, time synchronization, DHCP, and DNS. Ensure reliable ROS2/DDS, WebRTC, and MQTT traffic; characterize cellular, Wi-Fi, and satellite performance; troubleshoot connectivity using packet captures and logs; and maintain network diagrams, configuration baselines, and technical documentation. The intern will collaborate across hardware and software teams while supporting fleet monitoring and real-world robotic connectivity.

Perform robot setup, OS and firmware flashing, end-of-line testing, diagnostics, troubleshooting, software defect rework, and test documentation. Analyze logs and hardware alerts using debugging tools, submit fault reports, upload test data, and collaborate with hardware and software engineering teams. Manage inventory and tools for the Shanghai office while following work instructions and maintaining detailed records.

Provide hands-on mechanical support for robotic hardware assembly in Shanghai. Responsibilities include clarifying drawings and tolerances, troubleshooting shop-floor issues, conducting root-cause failure analysis, improving designs and processes, coordinating suppliers and contract manufacturers, issuing engineering change notices, supporting test rigs, and integrating peripheral hardware such as sensors, cameras, RC units, and cable harnesses.

As a Test Engineer, you'll design test setups, automate tests with Python, analyze data, and collaborate with engineers on mechanical and electronic components.

Support hardware engineering in designing, prototyping, and testing robotic components. Collaborate with senior engineers and create documentation for hardware specifications.

Leads the end-to-end testing strategy for robotic hardware, including structural, mechatronic, actuator, and sensing systems. Designs and operates test benches, integrates and calibrates instrumentation, develops Python and LabVIEW automation, and analyzes test data using signal processing and statistics. Produces test reports, identifies failure modes and reliability risks, influences design reviews, mentors test engineers, and collaborates with mechanical, electrical, firmware, and systems teams.

Own hardware-level functional safety for custom robot electronics. Design fault-tolerant circuits, redundant architectures, diagnostics, and safe-state mechanisms at schematic and PCB levels. Perform FMEDA, reliability block diagrams, SIL calculations, component derating, and common-cause failure mitigation. Review PCB layouts, advise system architects, document safety functions, and collaborate with firmware, mechanical, systems, and electronics teams.

As a Junior Mechanical Engineer, you will design, develop, and test robotic systems, collaborate on hardware integration, and optimize production processes.