MRUGESH SHAH

Address: *** ******* ******, ********** **. 508, Detroit, MI 48202 Contact: 313-***-**** Email: acxijf@r.postjobfree.com acxijf@r.postjobfree.com Linkedin Profile Education:

Master of Science – Electrical and Computer Engineering Jan 2016 – Dec 2017 (Expected) Wayne State University, MI, USA GPA: 3.66 /4.0

Bachelor of Engineering – Electronics and Telecommunication Aug 2009 – Aug 2013 University of Pune, Pune, MH, India First Class

Relevant Coursework:

Embedded System Design Smart Grid Design Energy Storage systems for HEV-EV Applications Algorithms and Data Structures Real Time Operating Systems Computer Networks Microcontrollers and applications Programmable Logic Control Computer-Aided Logical Design.

Skills:

Programming languages: Embedded C, C#, Python, Assembly Language, Ladder Logic (PLC). Protocols: CAN, Lin, Bluetooth, RS232, TCP/IP, I2C, SPI, ZigBee. Micro-controllers: Arduino - Atmega328, Atmel, PIC, Raspberry Pi, ARM, AT89C51, Cypress PSoc4. Mitsubishi PLC FX3G-24MT

Software Tools: Atmel Studio, Arduino, CANoe, Keil UV4, PSoc Creator, Eclipse, LabView, MATLAB, OrCad, Egale, Sketchup-3D, Multisim, AutoCAD-2D, GX developer (Ladder Logic), GT developer (HMI Designing). Work Experience:

Wayne State University (Student Research Assistant) May 2016 – Working Working on environmental project – Design and development of an automated system for ballast water treatment verification system.

Simplicity Creations Technologies Pvt. Ltd. Pune Aug 2013 – Sept 2015

(Embedded Software Engineer)

Client – Pelesystems (USA).

Worked on Beacons, Bluetooth based wearable SOS device (BLE + Classic Bluetooth), TCP/IP communication and data transfer using Labview (Server- Client). Worked on GPS tracker analysis GPRS server, GSM based automation. Roles and Responsibilities:

Firmware Development for BLE devices (Microchip RN4020, Cypress PSOC4). Development and design of microprocessor-based embedded systems. Performed feasibility study on Embedded C programming & circuits designs. Selection and troubleshooting of hardware in an embedded environment. Demo module and prototype development. Academic Projects:

Design a feed forward controller for a DC/DC booster converter Sep 2016 – Current Working on a comprehensive literature survey on feed forward controllers for DC/DC converters. Design of a feed forward controller for the converter to mitigate the transients due to the changes in the input. Design and study of Battery Management System for Toyota Prius (HEV) May 2016 – Aug 2016 Calculations and design of NiMH battery based on power and energy requirement of Toyota Prius. Did comprehensive literature survey on Controller Area Network (CAN bus) used for BMS and other purposes in Toyota Prius allowing microcontrollers and devices to communicate with each other. Servo motor Controlling and synchronization Feb 2016 – Apr 2016 Controlling servo motor (speed and direction) using Mach-3 and G-codes for synchronization with ultrasound sensors. Laser Timer for Photoacoustic Imaging Technique Jan 2016 – Apr 2016 Controlling switching action of Laser using FPGA for production of acoustic waves. Verified design using simulation as well as on the FPGA kit.

Programmable Logic Controller (PLC) based automation training kit. Aug 2012 – Apr 2013

(Engineering major project sponsored by Mitsubishi Electric India private limited.) The project was to design a small scale automation machine for training purpose in industries. This machine consisted of Mechanical, Pneumatic, Electrical and Control Subsystem such as servos, optical sensors, limits switches, solenoids etc. that can be used as a demo kit in industries and training courses. Coding language used – Ladder Logic. Prepaid energy meter Jan 2011 – May 2012

Designed a Microcontroller based system, which can facilitate cash flow management and also useful to avoid electricity theft. Coding language used: Embedded C. PCB designed in Eagle.