Veekshit S.

● Guided technical oversight and operational support to 20+ engineers and technicians within a highly automated environment supporting 10+ robotic workstations. ● Analyzed 10+ robotic and automation systems to improve reliability, production throughput, and Overall Equipment Effectiveness (OEE) across operational lines. ● Conducted 15+ advanced diagnostics and root cause analyses on complex electromechanical systems to identify faults and improve equipment stability. ● Operated and optimized 6+ robotic systems, maintaining production uptime and meeting operational targets. ● Led 5+ continuous improvement initiatives focused on system optimization, reducing equipment downtime, and improving operational efficiency. ● Debugged 10+ industrial control and data acquisition issues, improving automation accuracy and system monitoring. ● Responded to 20+ high-priority technical incidents, performing rapid troubleshooting to maintain production continuity and operational performance.

● Performed preventive and corrective maintenance on 50+ mechanical systems, reducing downtime by 20 hours per month and supporting production of 6-DOF motion simulators. ● Interpreted 100+ mechanical drawings, engineering schematics, and assembly blueprints using AutoCAD, SolidWorks drawings, and GD&T standards to support precision assembly and integration of VR/MR flight simulator platforms. ● Calibrated and validated 40+ mechanical and electromechanical components, including actuators, servo motors, sensors, and motion-control assemblies, using precision measurement tools (digital calipers, micrometers, torque analyzers) to meet aerospace-grade tolerances. ● Analyzed 30+ engineering test reports and performance datasets using MATLAB and advanced Excel analytics, identifying mechanical discrepancies and improving subsystem reliability across simulator platforms. ● Coordinated 6+ continuous improvement initiatives applying Lean Manufacturing and Six Sigma methodologies, reducing simulator assembly cycle time by 12 hours per production batch and improving workshop efficiency. ● Conducted 15+ root cause analyses (RCA) using FMEA and reliability engineering methods to troubleshoot mechanical failures, reducing product rework by 10 units per production cycle. ● Collaborated with 10+ cross-functional engineers and technicians to resolve mechanical system issues and support integration of motion control and embedded hardware systems.

● Led automotive assembly line operations and monitored 100+ vehicle components per shift, ensuring compliance with manufacturing quality and safety standards. ● Performed preventive maintenance and inspections on 30+ mechanical tools and assembly equipment, reducing unplanned downtime and improving production reliability. ● Interpreted 50+ mechanical drawings and schematics to support component assembly and system alignment. ● Implemented Lean manufacturing and 5S practices to improve shop-floor organization and efficiency.

Focused on CFD, FEA, and turbulence modeling with hands-on UAV wing design using ANSYS, Abaqus, and SolidWorks. Completed coursework in Fluid Dynamics, Turbulence, and Structural Analysis. Contributed to aerospace research through advanced simulation and composite optimization.