Omkar Bhogi

Embedded as one of 5 Graduate Engineer Trainees on an 18–20 person MES/IT team supporting a high-volume automotive line (Tata Nexon EV/Petrol/Diesel/facelift), through a ramp-up from ~250 to 550+ units/day. Independent line commissioning: Owned end-to-end digital commissioning of two MES sub-assembly lines (Bumper, then ABS) station-sequence logic, scan-code validation, DC-tool integration from the ground up. On Bumper: engineered a 3-station architecture (broadcast/trigger → single-torque scan → 2-step s

Tribological Analysis of 3D-Printed PLA: Impact of Printing Parameters on Wear and Friction This research explored the tribological behavior of 3D-printed PLA by analyzing the effects of layer height, infill density, and print speed on wear and friction. Using a pin-on-disk tribometer, systematic tests revealed that wear increased with higher layer heights and lower print speeds, while increased infill density improved wear resistance. Friction showed fluctuations but generally decreased with higher print

Automation Control, Sensor Systems, Design of Robot Workplaces, VDI 2206 – Development of Mechatronic Systems, Robotic Vision, Digital Signal Processing for Engineering Applications, Communication Systems