– Finalization of the current robotic platform: mechanical improvements, fixing issues, preparation for sales
– Optimization of existing robots and platform unification: analysis of current designs, proposing simplifications and standardization of components
– Design of mechanical assemblies: device feeding systems, gripping systems, sensor and camera mounts
– Development of 3D models, assembly drawings, specifications, and BOMs
– Assembly, debugging, and testing of prototypes by hand
– Finalization of the current robotic platform: mechanical improvements, fixing issues, preparation for sales
– Optimization of existing robots and platform unification: analysis of current designs, proposing simplifications and standardization of components
– Design of mechanical assemblies: device feeding systems, gripping systems, sensor and camera mounts
– Development of 3D models, assembly drawings, specifications, and BOMs
– Assembly, debugging, and testing of prototypes by hand
– Close collaboration with software and firmware development teams: coordinating mechanical solutions with electronics and algorithms
– Communication with external contractors and manufacturers (occasionally)
– Mentoring a fellow engineer: reviewing tasks together, sharing expertise, and supporting professional growth