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Leads mechanical design and development for autonomous mobile robot systems from concept through production. Responsibilities include SolidWorks modeling, manufacturing drawings, BOMs, tolerance analysis, DFMEA, prototyping, testing, validation, mechanical calculations, and cross-functional collaboration. The role also supports production, product launches, manufacturability, reliability, and continuous improvement. AMR, AGV, mobile robotics, warehouse automation, or industrial robotics experience is mandatory.

Manage domestic and international shipments, export documentation, and customs clearance; coordinate with freight forwarders, carriers, and internal teams; ensure DG compliance for lithium batteries (IATA/ICAO); plan dispatch schedules, track deliveries, maintain shipping records, and support logistics cost optimization and process improvements.

Manage end-to-end procurement for AMR manufacturing: vendor sourcing, RFQs, purchase orders, negotiation, inventory coordination, and logistics. Collaborate with Production, Engineering, Finance and Stores to ensure timely material availability and maintain procurement records and compliance.

Manage robotics and automation projects from purchase order receipt through manufacturing, factory and site acceptance testing, installation, commissioning, customer training, and handover. Coordinate engineering, software, procurement, production, logistics, deployment teams, customers, and vendors. Track schedules, milestones, risks, issues, documentation, and scope changes while reporting progress and ensuring timely delivery, customer satisfaction, and project closure.

Support pre-sales and solution development for robotics and AMR projects through customer meetings, site surveys, AutoCAD facility layouts, BOM and technical proposal preparation, coordination with engineering and software teams, and supporting installation, commissioning, and technical documentation.

Develop, test, and deploy ROS/ROS2-based software for mobile robots; integrate LiDAR, camera, and IMU sensor data; collaborate with hardware engineers; troubleshoot and optimize real-world robotic behaviors; and document software architecture and workflows.

Develop and optimize ROS1/ROS2-based software for AMRs and AGVs including robot control, motion planning, perception, hardware-software integration, RESTful C++ APIs, MongoDB data management, containerized deployment, debugging, security hardening, and cross-functional collaboration to deliver reliable autonomous robotic systems.

Develop, deploy, and maintain robotics software systems. Responsibilities include system integration, debugging, and collaborating with teams for enhancing robotic software stacks.