SHYAM SUBRAMANIAN

E-mail: ac4f23@r.postjobfree.com Mobile No: +1-269-***-**** LinkedIn

PROFESSIONAL SUMMARY:

Aspiring electrical engineering graduate student with solid knowledge of engineering principles and practices with two years’ work experience and expertise in working as a team and individually. Desire to succeed in an environment of advancement and excellence and secure a successful career. EDUCATION:

Master of Science in Electrical Engineering, GPA: 3.95 Exp May 2018 Wayne State University at Detroit, Michigan, USA

Bachelor of Technology in Electrical & Electronics Engineering, CGPA: 7.1 May 2014 SASTRA University, Tanjore, Tamil Nadu, India

COMPUTER SKILLS:

• Languages: C, C++, Embedded C Programming (Arduino), Java, Verilog

• Software: Vector CANoe, Lab View, MAT Lab, AutoCAD, Arduino, Simulink, Eclipse, Microsoft Office tools, Xilinx

• Communication Protocols: CAN, Flex Ray, Bluetooth COURSE WORK:

Advanced Energy Storage System for Electrification of Vehicles Computer Controlled Systems Modeling and Control of Power Electronics and Electric Vehicle Powertrains Embedded System Design Computer Aided Logical Design and FPGAs Microprocessors & Microcontrollers Linear Integrated Circuits Digital Electronics Power Electronics ACADEMIC PROJECT:

Modeling of an Electric Vehicle subsystem and Li ion battery pack Wayne State University - Dec 2017 Tools Used: MATLAB

An existing IC engine powertrain was analyzed, and an equivalent electric powertrain system was designed and constructed based on the performance requirements by means of electric subsystem like Li-ion battery pack, electric motors and power electronics. The required motor and power electronics were selected based on the voltage and current constraints and the battery pack was designed based on energy and power. The area of the battery was also calculated and was compared to the area of the existing IC engine powertrain. The Cost estimation and bill of materials for the battery pack was also calculated. Control of Vehicle Electronics based on CAN Wayne State University - May 2017 Tools Used: Arduino Mega 2560, Embedded C, CAN Protocol, CANoe Implementation of CAN bus communication between 3 nodes to emulate the control of vehicle electronic components such as Headlight, Climate Control, Cluster, Safety electronics and reading other vehicle parameter details like Vehicle speed, Engine RPM and Cabin temperature Accident Avoidance System Wayne State University - May 2017 Tools Used: Verilog, VHDL, FPGA Xilinx

Designed a system for error free transfer of data by using encoding and decoding techniques (Hamming Code) between two vehicles through LED transmission, minimized the Boolean expression using K-Map, Schiemann Method, Binary Decision Diagram, Fuzzy logic and reduced the number of gates for implementation by using Threshold Logic Design

Designing of BUCK Converter for Electric Vehicle Powertrain Wayne State University - Dec 2016 Tools Used: MATLAB Simulink

Modeling of a Power electronic BUCK converter for powertrain, Steady state and state space analysis, designing of PI controller. Studied the response of the converter for varied Kp and Ki values using MATLAB Simulink

“Busbar sizing calculation for Switchboard” in "Larsen & Toubro" SASTRA University – April 2014 Tools Used: Turbo C, MATLAB

The objective of the project is to calculate the cross-sectional area and accurate sizing of the busbar for a given temperature rise and A.C rating. This calculation could help in reduced copper loss and saves energy lost in the form of heat

WORK EXPERIENCE:

Accenture Pvt.Ltd, Chennai August 2014 – July 2016 Designation: Quality Assurance Engineer

• Experienced as Quality Analyst for Mobile Application and Online Banking Agile & functional tester

• American Disability Act (ADA) Functional tester for Bank of America and Maryland Bank Native Application

• Performed system, unit, acceptance, regression and functional/performance testing on applications using both automated and manual testing

• Performed automation testing with test scripts developed using selenium and Java script.

• Root cause analysis and troubleshooting by interacting with development teams to rectify post launch and production certification bugs

• Pilot for the validation test tools inventory management and upgradation.

• Skills set ramp up for team members by organizing training and evaluate performance on quarterly basis

• Documented and reported several bugs and rectified them by communicating with the developers and backend team

• Organized daily meetings with senior members of the team WL/WF management and scheduling, weakly activity report preparation & pilot for productivity improvement Airport Authority of India, Chennai

Designation: Engineering Intern December 2013 – January 2014

• Assisted the powerhouse engineers in the safety department by maintaining the circuit breakers

• Worked with the distribution engineers and learned about the power distribution of the airport

• Employed in Air Traffic Management infrastructure which is a critical component for ensuring a safe and sustained growth of the Air Transport sector

• Employed at the CCR power house and learnt about the constant current regulation to airfield lighting circuit AWARDS AND HONOURS:

• Dean’s Merit List at Wayne State University, Fall 2016

• Awarded the “Employee of the Quarter” at Accenture for excelling in leading the initiative for successful launch, April 2016

• Awarded the “Defect Centurion” for reporting and rectifying more than 100 bugs in a single initiative, December 2015

• Awarded with the Certificate of Merit in the SASTRA university examination in Microprocessors & their Applications and Power System Economics, May 2013 & November 2013