ENGINEERING INTERN Summary Automotive Engineer seeking Systems Engineer position esteemed organization scope career advancement professional development. Skills AutoCAD, Ansys, Cero, CATIA, HyperMesh, DFMEA, MS Office Suite, Fortran, C, MATLAB/Simulink, CNC Programming Experience Dec 2016 Company Name Identified technological changes, key issues, trends, design refined vehicle definition. Illustrated vehicle design highlighted major interior exterior dimensions vehicle concept. Presented technology plan parameters. Simulation Analysis 1-2 Shift Processes 6-speed FWD AT, University Michigan-Dearborn, March 2017. Established mathematic model transmission-vehicle system consisting general state variable equation, specific state variable equation 1st gear, 1-2 shift process 2nd gear operation. Simulated launch vehicle rest 1st gear, initiated 1-2 shift speed 15 mph, 2nd gear operation 2 seconds open torque converter fixed throttle position using MATLAB/Simulink. Reduced torque overshoot spark retarding, careful calibration oncoming clutch. Further, torque hole reduced maximum extent help spark retard. Modelling Vehicle cooling system, University Michigan-Dearborn, November 2016. Built Simulink model vehicle cooling system consisting four sub models namely, engine operation, air flowrate, coolant flowrate heat transfer. Determined coolant flow rate, heat rejection engine, engine outlet coolant temperature different vehicle speeds executing simulation model. Computational Analysis Hemispherical Radiating Fin, Visvesvaraya Technological University, April 2015. Derived heat transfer equations using two-dimensional conduction equation spherical coordinates subjected radiative boundary condition, constant base temperature. Solved derived equations using Finite Difference Method Gauss-Seidel iterations writing code FORTRAN 95. Determined Heat transfer improvement function thermal conductivity emissivity, without irradiation. The hemispherical fin starts radiate heat thermal conductivity 3 (W/mK) absorbs heat thermal conductivity 3=""> Engineering Intern Jan 2016 Jun 2016 Company Name － City Completed basic advanced level training regional training office Maruti Suzuki India Limited. Implemented 5S, Kaizen, Poka-yoke servicing automobiles. Overhauled Engines Transmissions assistance technicians. Carried tasks inspection replacement clutch, common rail, glow plugs, spark plugs, head gaskets, shims, tappets, brake pads, brake shoes, brake fluid, engine oil, coolant, EGR systems, VVT systems, engine filters, fuel filters, wheel bearings. Gained knowledge working CAN Bus systems. Assisted technicians cylinder compression test, servicing inter-coolers, suspension systems, brake systems. Operated SDT (Suzuki Diagnostic Tool) inspect, analyze eliminate errors caused various sensors actuators present different vehicle systems. Mechanical Engineering Intern Jul 2014 Company Name － City The main objective internship understand different mechanisms technical concepts involved end end manufacturing rail coaches engines. The internship helped get feel industry environment. Witnessed various concepts welding, sheet metal works, CNC machine working etc. Benchmarking Preliminary analysis (Mid-Size SUV), University Michigan-Dearborn, September 2016. Collected Customer requirements surveys, websites, magazine and, blogs. Conducted benchmarking study competitor vehicles reference selected vehicle. Developed preliminary specifications target vehicle. Developed Pugh Diagrams determine target vehicle benchmarked vehicles compare reference vehicle. QFD, requirement cascade interface analysis selected vehicle system (Instrument Panel), University Michigan-Dearborn, October 2016. Determined functional specifications application Quality Function Deployment (QFD) selected vehicle system. Cascaded vehicle attributes sub-attributes requirements vehicle system sub-system requirements. Developed interface diagram interface matrix selected vehicle system included major sub-systems. Identified analyzed major trade-offs considered designing selected system fit work vehicle systems. Business Plan Development (Mid-Size SUV), University Michigan-Dearborn, November 2016. Determined developed various features, options, unique characteristics vehicle systems provided brief description proposed vehicle. Determined characteristics anticipated customers provided brief description market segment. Determined selling price sales projection proposed vehicle. Developed Gantt chart System Engineering 'V' model show vehicle program timings various gateways. Determined costs, prepared revenue summary table, developed plots curves containing life-cycle costs revenues vehicle program. Constructed benchmarking table included comparisons done target vehicle competitors risks involved addition new features. Education Training Master Science Automotive Systems Engineering May 2018 University Michigan － City State Automotive Systems Engineering 3.72 Bachelor Engineering Mechanical Engineering June 2015 Visvesvaraya Technological University － City India Mechanical Engineering 75.35 Certifications Product Development, Systems Engineering, Automotive Powertrains, Vehicle Thermal Management, Strength Materials, Design Machine Elements, Fluid Mechanics, Heat Transfer, Thermodynamics Skills Ansys, AutoCAD, automobiles, Automotive, basic, Benchmarking, Business Plan Development, C, calibration, CATIA, CNC, concept, designing, dimensions, features, FORTRAN, functional, gateways, inspection, inspect, market, Materials, MATLAB, MS Office Suite, office, works, oil, Processes, Product Development, Programming, Quality, requirement, selling, sales, Simulation, surveys, Systems Engineering, System Engineering, transmission, unique, websites, welding Additional Information HONORS AND ACTIVITIES *Presented technical seminar "MOTOR VEHICLE WITH INSERTABLE FOUR WHEEL DRIVE", Visvesvaraya Technological University. *Non-Resident Graduate Scholarship Recipient, Fall 2016 Winter 2017 terms, University Michigan-Dearborn. *Top 10 class 140 students PES Institute Technology South Campus, Visvesvaraya Technological University.