Resume - Karan Singh
Hybrid Electric Vehicles and Automotive Control Systems
EDUCATION
Michigan Technological University Master’s in Mechanical Engineering GPA: 3.8 Jan 2020 - Present
Relevant Coursework: Automotive Control Systems, Advanced HEV, Model-Embedded Control Systems
Visvesvaraya Technological University Bachelor’s in Mechanical Engineering First Class Aug 2015 – Aug 2019
Relevant Coursework: Design of machine elements I & II, Mechatronics, Kinematics of Machines
WORK EXPERIENCE
Michigan Technological University, Teaching Assistant (Dynamics) Jan 2021 – Present
Grading assignments and homework problems
Conducting classes and helping students with doubts in homework problems
Visvesvaraya Technological University, Research Assistant Aug 2018 – Dec 2018
Assisted the formulation of IoT technology in irrigation with 70% reduced water wastage
Investigated 20% errors in Arduino code to establish the wireless connection of moisture sensor
Seine Product Design, Transmission, and Powertrain Intern Jul 2018 – Aug 2018
Supported the design team in the transmission department of “Personal Rapid Transit”
Tested the possibility of incorporating a planetary gear system to bump the transmission efficiency to >97%
Developed an intelligent design to mount a magnetoelastic sensor and reduced occupancy by >50%
PROJECTS
Active Suspension Design
Re-engineered a passive suspension system using LQR for state feedback and observer for state estimation
Introduced ramp, sinusoid, rectified sinusoid, and random inputs to test the efficiency of the suspension design
Established settling time of <1.65 seconds and minimized overshoot to <7.5%
Intelligent Cruise Control Design
Modeled a PI velocity controller with safety standards of overshoot <5% and SSE <10-5
Incorporated an LQR for headway controller to safely maintain a distance of >=1.5m
Implemented switching mechanism using Stateflow while delivering 100% bump-less transfer of control
Fuel Control in SI Engine with Port/Direct Injectors
Formulated a feedforward transient controller in conjunction with smith predictor PI controller (14 & 14.64 AFR)
Administered 50% fuel supply from port injectors and direct injectors with <%5 overshoot and <0.025% SSE
Configurable Hybrid Electric Learning Module (CHELM)
Created the control module for CHELM vehicle using state flow in Simulink consisting of 7 sub-models
Supervised the real driving scenario, diagnosed and debugged >60% underlying code faults
Crank time test – Engine state test – Driving mode test – Motor direction test – Blend factor test
Electronic Throttle Control via CAN module
Administered pedal to control throttle body via CAN module with 100% accurate data transfer
Payload manipulation – ID filtering – Real-time calibration – CANKing to monitor data transferred
CAFE and CO2 Regulations for OEM vehicle Fleet Technologies
Proposed and formulated fleet size complying with CAFE regulations
Revamped vehicles with suspected technologies to meet future fleet CAFE standards
EV Driveline performance, and regenerative braking test
Built a vehicle model to obtain top speed, armature current, battery current, and power loss in Simulink
Model implementation for Actual and Desired velocity testing – Duty cycle test – Battery SOC test
Simulated downhill test for regenerative braking and evaluated an increase in SOC from 50-54%
TECHNICAL SKILLS
MATLAB Simulink Stateflow HIL MIL SIL MBD Python (Beginner) Excel RStudio ADAS MS Office
LEADERSHIP AND INVOLVEMENT
Headed a cross-functional TEDx team, coordinated and organized the TEDx technical event for Global Academy
Conducted the SAE Baja and Formula SAE seminar with coordinated efforts from the university
Student Volunteer – Mont Ripley event organized by Michigan Tech
LinkedIn: Karan Singh
E-Mail: adls0i@r.postjobfree.com
Phone: +1-312-***-****
Address: Houghton, Michigan
(OPEN TO RELOCATION)