Throughout my career, I have collaborated with clients from diverse industries, translating their visions into polished digital solutions.
Developed and commissioned Siemens PLC programs, hardware configurations, and Profinet-based control architectures for Optimus manufacturing stations.
Programmed and integrated FANUC robots, PLCs, vision systems, and plant networks using Profinet and Ethernet communication.
Developed complete machine-vision systems, from camera calibration and setup through inspection-tool programming, validation, and troubleshooting.
Supported a six-week manufacturing project involving partial-cell development, controls integration, debugging, and system-level troubleshooting to bring equipment toward production readiness.
Designed and implemented HMIs using Siemens WinCC and Ignition while supporting 250/270 safety buyoff for Optimus manufacturing stations.
Performed PLC troubleshooting and system optimization for Siemens and Rockwell control systems, improving equipment reliability and operational efficiency
Serving as the lead engineer for the EPSON robot cell project, developing detailed mechanical designs, wiring diagrams, and PLC control logic
Oversaw system integration, testing, and on-site commissioning to ensure seamless coordinated between robotic, pneumatic, and control subsystems
Designed and optimized drivetrain components in SolidWorks, emphasizing swerve drive module development, manufacturability, and performance improvements, conducted FEA analysis in Solidworks
Collaborated with chassis and suspension teams to ensure seamless mechanical integration and enhance overall rover mobility
Leveraged data and insights from previous competition results to refine drivetrain reliability and optimize mechanical performance
Designed and optimized UAV components using SolidWorks, focusing on lightweight yet structurally robust and modular configurations
Developed a precision spray nozzle mechanism with emphasis on DFM principles and controlled fluid dynamics
Collaborated with an interdisciplinary team to prototype, assemble, and test drone frames and mechanical subsystems
Engineered and Implemented complete control systems: GUIs, Modbus RS485, error handling, data logging & visualization (Excel/Matplotlib)
Programmed EPSON robots (SPEL+) with CAD integration, virtual boundaries, and EOAT designs
Designed mechanical/process solutions: belt rollers, hydraulic brackets, coolant wipers, guarding layouts
Created electrical/controls circuit diagrams, Work Instructions (WIs), and SOPs
Troubleshot PLCs, Linux OS, and industrial hardware for reliable system performance
Engineering Intern
Applied Six Sigma and Lean Manufacturing techniques to optimize processes
Conducted time studies and achieved a 50% improvement in product output
Utilized JD Edwards and Excel for data analysis and process tracking
Progressed from beginner to Programming Leader with no prior coding background
Served as Operator and Driver, leading the team through a successful competitive season
Mentored new members and guided the team through a programming language transition
Oversaw software development and system integration for the robot
Strengthened technical skills, leadership, and passion for engineering