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Control Engineer

Orion charter Township, Michigan, 48362, United States
August 28, 2017

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+1-810-***-**** Auburn Hills, MI


Fiat Chrysler Automobiles US LLS – RGBSI Auburn Hills, MI Design and Release Engineer Jan’17 - Present

RAM 2500/3500 (Heavy Duty Trucks) & RAM 1500 (Light Duty Trucks)

• Responsible for release of design for Heavy Duty Rear Axle assemblies of RAM Trucks. Major components included “Adjuster Nut”, “Drain Plug Magnet”. Achieved differential carrier rejections by 5%.

• Analysed performance of Limited Slip Differential – Clutch Type. Suggested changes which resulted in weight reduction by 3lbs & hence reduced axle vibrations.

• Validated the changes in design of the Axles at Design and Production stages. Documented the proposed changes in Change Notice and Common Change Document.

• Developed & Simulated the test procedures to test and validate the performance of the axles on proving grounds at different schedules and tracks.

• Checked the safety critical requirements (Spill Prevention) and verify them being met by the supplier.

• Coordination with various internal cross functional teams (Design, CAE analysis, Testing, Data Acquisition, Chassis team, Suppliers and Axle Assembly) and external Suppliers for operational consistency.

• Worked with CAE team to perform Virtual analysis (Stress, Fatigue, NVH, and CFD) to validate design analytically.

• Controlled contamination of the lubrication by 50% by generating specifications for level of contamination in Axle assembly.

• Implementing GD&T, Best Standards, Benchmarking, Stack-up analysis, plan, and develop documents: DFMEA, DVP&R, and Best Practices.

• Working on DFSS project for Differential Lubrication Optimization. Kettering University Flint, MI

Research Assistant – College of Engineering Oct’15 – Dec’16 Modelling and Simulation - Axial Piston Pump

• Developed Simulink Model to simulate the working of an Axial Piston Pump using Model-Based approach and used Amesim to replicate the results.

• Analysed the data from the Simulink model to calibrate the hydraulic pump model and Reduce Noise by 40% for best Swashplate moment based on the results.

• Develop an alternate Power Control Mechanism, using Matlab/Simulink to vary the performance, efficiency and flow of the Pump.

• Proposed the findings in the publication at 11th IFK (International Fluid Power Conference), Aachen. Simulation of a Hydraulic Crane System using a Counterbalance Valve using Bond Graph

• Successfully predicted the Dynamic Response of a Hydraulic system using Simulink, S-Functions.

• Utilize Matlab and Simulink tools to develop power control models and used Amesim to validate the model.

• Diagnosing and troubleshooting the control related issues to replicate the working of a counterbalance valve. Counterbalance valve used to prevent the running away of the load in neutral.

• Developed the Mathematical Model of the Crane System using the Power Bond Graph technique. The technique can be employed to develop multi-disciplinary system models and study the interaction of various components.

• Proposed the findings in the publication at 11th IFK (International Fluid Power Conference), Aachen. Education:

Master of Science in Automotive Systems Dec 2016

Kettering University, GPA: 3.76 Flint, MI

Bachelor of Engineering in Automotive June 2013

University of Mumbai, GPA: 3.42 Mumbai, IN


• Design: CATIA, Pro/Engineer, AutoCAD, NX, Teamcenter.

• Control: Amesim, Matlab, Simulink, Carsim.

• Analysis: MS Excel Advanced, TEMA.

• Soft Skills: Communication, Presentation, Technical Writing Academic Projects:

Automotive Powertrain

• Understanding various powertrain components (such as engine, gearbox, differential, tire size) and how changing one affects the other.

• Determined the optimum transmission ratios, rear axle ratio and tire size defined by set parameters to fulfil the given criteria.

• Wind tunnel lab, a scale model of a vehicle was used to test the lift on drag acting on the model and correlating the results to an actual vehicle.

Hybrid Electric Vehicle

• Developed a basic Simulink Model for a hybrid vehicle to understand it’s working.

• Ran tests to understand the way a vehicle performs during various driving conditions.

• Calibrated various parameters to obtain maximum efficiency from the model.

• Compared two cars to simulate their performance, using Simulink, under similar driving conditions. Chassis System Dynamics

• Developed a model which determined optimal Weight Distributions, Tire Patch Forces, Braking Ability, Ride Dynamics of a vehicle, Low speed and High-speed steering parameters for maximum efficiency.

• Designed a simulation model to correlate the performance of a vehicle in accordance with a real vehicle using Carsim.

• Problem-solving on improving vehicle performance by varying its parameters like braking ratio, axle gear ratio, tire size.

Automotive Control System

• A course on Controls in Automotive Systems, implementing various control system techniques to automotive components.

• Understanding how stability control systems are developed using Matlab and Simulink.

• Using Quarter Car model to simulate and understand the control theory of the whole car.

• Helped in understanding the effects of delay and disturbances in a system and methods to reduce them. Air Engine and Kart

• Transformed a 2-Stroke single cylinder gasoline engine into a single acting Compressed Air Engine.

• Designed and developed a control mechanism in the exhaust system to control and reduce the pre- compression phenomenon occurring during the working cycle. Thereby ensuring the smoother working of the engine.

• Used Amesim to show the generate the model used for Air Engine.

• Worked on Braking System to be employed in the Kart.

• Fabricated a Go-Kart to be propelled using the above-mentioned Air Engine. Hands-On Automotive Experience:

• Ran Wind tunnel test to understand Lift and Drag on scaled model of Dodge Ram relate the results on a full-scale pickup truck.

• Disassembly and reassembly of Manual and Automatic Transmission to gain knowledge of various components of the system.

• Disassembly and reassembly of Inline 4-Cylinder gasoline engine to gain knowledge of various components of the system.

• Conducted performance testing (0-60 mph) on a Chrysler Sebring convertible to measure the power and acceleration at fixed throttle positions using the G-tech Pro accelerometer. Certification:

• LabVIEW, CLAD from Kettering University

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