Design and validate mechanical and electromechanical systems for GRID, an autonomous rebar-tying mobile robot. Responsibilities include powertrain sizing, chassis and terrain analysis, CAD and manufacturing documentation, prototyping, FEA, system testing, troubleshooting, DFM/DFA, supplier collaboration, and mentoring engineers. The role takes hardware from prototype through field deployment and low-volume production.

Design, prototype, integrate, and test mechanical systems for GRID, an autonomous rebar-tying robot. Responsibilities include CAD and drawing packages, GD&T, BOMs, electromechanical integration, fabrication, hand calculations, FEA, root-cause analysis, DFM/DFA, testing, and technical documentation. The role is hands-on, full-time, in person, and involves collaboration with software, electrical, and manufacturing teams.

Design, prototype, debug, test, and integrate multilayer PCBAs and electrical systems for an autonomous rebar-tying robot. Responsibilities include bench bring-up, root-cause analysis, wiring and harness integration, environmental and field testing, documentation, and design reviews. The intern will collaborate with mechanical, software, and manufacturing teams while developing reliable robotics hardware for construction sites.