Amit Agrawal

1) Looking after establishment of plant capacity & manpower requirement for assembly lines, new product development using MOST, Line balancing, VSM, 3DS tools 2) Participation as CFT member in LSS projects with other BU's entitled A. Bogie & V Rod sub assembly capacity enhancement from 15 to 50 nos. per shift B. Elimination of Damper Nut Tightening issue in H4 and H3 engines 3) Successful completion of LSS project "Capacity restoration of H Engine Assembly line after implementation of BS6 technology"

1) Undergone 1 year training program at "Ashok Leyland Management Development Centre" through multiple class room and out bound training 2) Visit to all manufacturing units, R&D center, Customer end, Service Training Centre and other BU's to further deepen the knowledge on Product Development, Sales, Services etc. 3) Trained myself on "Lean Six Sigma (LSS)" through intensive training program on "Minitab" statistical software followed by completion of 02 LSS projects on Engine & Chassis sub assembly area

1) Undergone 2 month internship at MPT (Maruti Power Train) and successfully completed a project entitled "Chip Trolley Optimization" 2) In this project machining parameters of Timing Gears, Crank shaft and Cam shaft line were studied , amount of chip generation per shift per day were calculated and finally in a CFT approach the DOC of the machining was reduced

Pursuing my Master's in "Automotive Systems (ASM)" supported by "Deutschlandstipendium" scholarship program sponsored by "The Gips-Schüle Foundation" in the subject domain like Simulation and Control, Longitudinal Vehicle Dynamics, Ride handling, Suspension modeling, System Design using MATLAB, Simulink and Arduino Uno programming language

With an overall CPI of 9.61 out of 10 (German grade 1.1), top 10 in the batch of 614 students, I completed my Undergraduate in the subject field like IC Engine, Heat Transfer, Machine Design, Theory of Machine, Non conventional energy etc. Successfully completed a project and Bachelor thesis entitled "Design and Fabrication of Bionic Quadruped Robot" and "Implementation of Magnetic Rheological Fluid in Automotive Damping Systems" using Arduino Uno and MATLAB programming language respectively