****,******** *******, adduzg@r.postjobfree.com Auburn Hills, MI - 48326 ROHIT DINESHRAO SHAHANE 906-***-****

SUMMARY

Mechanical Engineering graduate student specializing in Hybrid Electric Powertrain, Automotive and Controls Systems. Seeking Full time Position starting June 2020.

EDUCATION

MS Mechanical Engineering Michigan Technological University Houghton, Michigan (2018-2020) GPA: 3.68/4.0

BE Mechanical Engineering YCCE, RTM Nagpur University Nagpur, India (2013-2017) GPA:8.13/10.0 Nanodegree Udacity Introduction to Self-Driving Cars (01/20-04/20)

TECHNICAL SKILLS

MATLAB Simulink Stateflow MotoHawk-MotoTune LMS Amesim v15.2 Vector CANoe CAN LIN

HIL-MIL-SIL Python C/C++ CAPL Arduino LabVIEW PTC Creo Ansys AUTOCAD Jira

PROJECT EXPERIENCE

Model based Designing and Analysis of Chevrolet Malibu 2010 Hybrid Electric Powertrain 01/19-05/19

Improved fuel economy by optimizing synergistic technologies-VD&PT(22.75%), engine start-stop logic(1.48%), Hybrid electric energy management control strategy(8.85%), carried cost and sensitivity analysis for each case.

Analyzed the effect of thermal conditioning of engine, battery and exhaust three-way catalyst on energy consumption and modified the energy management control strategy to improve fuel economy.

Control System Design for Configurable Hybrid Electric Learning Module and HIL Simulation 03/19-05/19

Designed real time Embedded control system model and validated using MIL testing and simulation technique in Simulink, HIL testing and calibration using MotoHawk-MotoTune interface.

Improved the designed Control system for Engine Start Failure Detection, Acceleration Pedal Position Sensor Failure Detection, Anti-Chatter Filter and Stepper Motor Speed Control.

Remote Electronic Throttle Control System Design via CAN Bus system 02/19-03/19

Modelled a Digital Controller (PID, Integrator Anti-Wind Up, Sensor Failure Detection) for remotely controlling the throttle using the sensor data from the pedal position and throttle body connected to the other ECU.

Established CAN bus communication between the two ECU, calibrated controller gains, scales and offset to achieve desired performance, validated the system using MIL and HIL procedures in MATLAB, MotoHawk and CANKing.

Electronic Fuel Injection Control (EFI) using MotoHawk-MotoTune with MIL and HIL Validation 01/19-02/19

Developed Simulink/MotoHawk model to read, calibrate the data from Potentiometer, Thermistor and Hall-Effect sensor interfaced with ECU565128. Actuated Fuel Injection control using Dual PSP block and simulated engine data.

Designed temperature compensation, protection models using GE NTCMA100 thermistor to improve injection control.

Autonomous Parking with Motor Speed Control and Obstacle Detection using CANoe 09/19-11/19

Designed a model in Arduino to collect the data using PeakCAN from the ultrasonic sensor via CAN bus communication and used it to design a control law controlling the motion and speed of DC motors of miniature bot.

Validated the model using MIL and HIL procedures in Vector CANoe by logging data from CAN bus using PCAN USB port, designed network nodes in CANoe database files and CAPL programs for network nodes and controller.

Designed Head Light Control and Viper Control models using LIN bus communication.

Instrument Cluster Network and DC charging Simulation for Battery Management System in CANoe 11/19-12/19

Simulated Instrument Cluster Network between ECUs (Engine, Economy mode and temperature predictor).Defined message transmission behavior for ECU nodes in database files, analyzed-validated configuration using Vector CANoe.

Designed simulation model of DC charging monitoring with messages transmission on CAN bus between an off- board charger and Battery Management System (BMS). Designed panel for monitoring with CAPL program developed to receive signal from engine ECU and sending messages for voltage, current and temperature on CAN bus.

CAN communication Utilizing OBD-2 PIDs on a Hybrid Electric Vehicle 12/2019

Used CANKing as a diagnostic tool connected to Chevrolet Volt using SAE J1979 standards for analyzing signals pertaining to vehicles Manifold Pressure, Ambient Air Temp, Engine Speed and Mass Air flow.

INTERNSHIP EXPERIENCE

Mahindra Rise, MIDC Hingna, Nagpur, India 06/2016

Worked on the Supply Chain Management project, learned and implemented Inventory Control and Production Management Techniques in Four Departments -Engine, Hydraulic, Transmission and Final Assembly plant.

Mahalaxmi TMT PVT. LTD. MIDC Deoli, Wardha, India 07/17-01/18

Junior mechanical engineering support trainee in the rolling mill dept by working along with machine experts, supervisors, workers and reporting to senior engineers.

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