Project : Manufacturing Bugatti Logo in Industry 4.0 Lab using Fanuc Robot was conducted at the Cyber-Physical Systems Lab, Northeastern University, Boston. The objective was to simulate a complete Industry 4.0 production cycle where the robotic arm retrieves raw material from an Automated Storage and Retrieval System (ASRS), transfers it to the laser machine for fabrication, and finally collects the finished Bugatti logo to place it back into storage. This integration of CAD, laser fabrication, and robotic automation represented a fully automated manufacturing workflow.

Role : I worked as the team leader, coordinating project tasks and guiding the overall workflow. My direct contributions were CAD modeling of the Bugatti logo, preparing it for laser fabrication, and programming the FANUC robot to perform autonomous material handling and part transfer between ASRS, laser, and storage.

Action : I started by creating the Bugatti logo design in CAD with exact specifications suitable for laser cutting. Once the design was finalized, I prepared it for fabrication in the laser machine. At the same time, I programmed the FANUC robot to retrieve raw material from the ASRS, deliver it to the laser cutting machine, and after fabrication, pick up the completed Bugatti logo and place it into the storage area. Leading the team, I ensured smooth coordination between CAD preparation, machine operations, and robotic programming.