Marcos Garcia

Mechanical Designer

• Design automation solutions using SolidWorks and SolidWorks PDM, emphasizing Design for Manufacturing (DFM) and Design for Assembly (DFA) principles.
• Create, detail, and integrate both manufactured and purchased parts for automated assembly cells:
  Develop new designs from scratch.
  Adapt and modify existing or library components.
  Specify and source purchased parts.
• Produce cell-, station-, assembly-, and part-level drawings to support manufacturing and assembly processes.
• Collaborate with project managers, electrical teams, and builders to ensure machines function as intended and meet customer requirements.
• Develop 3D models using CAD software to align with project specifications.
• Streamline design workflows, enhancing project efficiency and improving cross-team communication.
• Deliver presentations to stakeholders highlighting key milestones, achievements, and future development plans.
• Research and evaluate customer design proposals for feasibility, cost, and maintenance requirements.
• Ensure design compliance with industry standards and best practices by collaborating with cross-functional teams.
• Assist in creating detailed technical documentation, including manufacturing processes and assembly instructions.

• Collaborated with engineers to develop prototypes using CAD software, streamlining design processes.
• Assisted in creating technical documentation and manuals for automated solutions, improving client understanding.
• Supported engineers and design teams in creating automation solutions, using SolidWorks for tooling, EOAT, sensor mounts, weldments, and sheet metal designs, with version control via SolidWorks PDM.
• Conducted Finite Element Analysis (FEA) on custom components (e.g., conveyor belt skid) to validate performance and reliability.
• Reviewed, revised, and translated technical drawings for in-house manufactured parts and modified purchased components; communicated design intent directly to shop floor personnel.
• Created and dimensioned cell and station layout drawings, contributing to facility design and continuous improvement initiatives.
• Designed caging systems by integrating internal parts with imported CAD files from external sources.
• Assisted in the design, machining, assembly, programming, and testing of automated assembly lines for OEM parts, gaining full lifecycle experience in automation system development.
• Collaborated with engineers to develop solutions to customer-specific needs while building a strong understanding of the automation industry.
• Produced technical documentation and reports using Microsoft Office, ensuring clear communication across teams.

• Extended employment through the academic year due to demonstrated work ethic and proficiency. Promoted to Engineering Technician until graduation and identified as a candidate for a Robotics Manufacturing Supervisor role.
• Assisted in developing manufacturing processes to enhance efficiency and productivity.
• Collaborated with engineering team to troubleshoot equipment issues and implement solutions.
• Designed tooling fixtures using CAD software to support sub-assembly testing on the production line.
• Assisted engineers with facility layout planning and Y-drive station optimization.
• Conducted root-cause analysis and experimental investigations on non-conforming parts and customer returns.
• Developed and implemented a recovery process for guide tubes and Z-motors, enabling disassembly, cleaning, and reintegration into production—saving $100,000+ in parts previously marked for scrap.
• Reviewed and analyzed part drawings to verify compliance with specifications.
• Implemented new process verification methods to improve quality assurance.
• Converted the NCR cage log system from paper-based to electronic, streamlining documentation and tracking.
• Collaborated with manufacturing and R&D engineers to support the launch of new assembly lines.
• Optimized assembly processes and designed bench tests to validate and implement improvements.
• Appointed as team lead for a group of three interns, providing guidance and project coordination.
• Participated in regular team meetings to discuss project status updates, challenges faced, and potential solutions.
• Contributed to the development of new products by assisting in design, prototyping, and validation processes.
• Mitigated supplier risk through investigation and sourcing of qualified suppliers and on-site evaluations of processes and capacities.