Sairam Gowrisankar
**** **** ******, ********* #****, Detroit, MI 48201. 313-***-**** / acp9ov@r.postjobfree.com
OBJECTIVE
To obtain an entry level opportunity wherein I will be able to quickly learn and apply my skills and knowledge for the benefit of the organization.
EDUCATION
Master in Electrical & Computer Engineering Fall 2015
Wayne State University, Detroit, MI GPA: 3.46
Bachelor of Science Electrical Engineering June 2013
Velammal Engineering College, Anna University, Chennai, India GPA: 3.30
SKILLS:
Software Programming: C/C++, Verilog basics.
Applications: Adobe Photo Shop, Microsoft Word, Excel, and PowerPoint.
Operating Systems: Windows, UNIX.
Electrical Software: Matlab,
Simulink, Powersim, Cadence,
&Virtuoso, Labview, Eagle CAD
Internship: EcoJiva LLC Summer 2015- To date
Working as a Photovoltaic engineer.
Sizing the solar panel systems and analyzing the electric bills of different customers, which includes simulating the panel layouts using Google sketch up.
Generating proposal using pvwatts Calculator and documenting projects pertinent to solar panel systems installed .
Research Assistant Wayne State University Fall 2014 - To date
Designed a PCB board schematic as well as Lay out using Eagle CAD for health monitoring system
Tested the the above chip using LABVIEW.
PROJECTS:
Ultrasound Robotic probe Wayne State University Fall 2015
The main purpose of this project is to build a robotic arm that can detect elasticity of the tissue, which can detect Tumor infected cell.
This Robotic arm can move in Z-axis and also can tilt the Ultrasound probe held by its end-effectors.
It has two pressure sensors connected to the ultrasound to monitor the pressure applied to the phantom.
The Ultrasound imaging captures the stressed tissue and it is displayed
Software used: MATLAB/embedded C
Formula Hybrid SAE, Wayne State University Summer 2014 – Winter 2015
Part of the Modeling and Simulation Team
Developed and implemented a simulation of a motor and an engine using MATLAB and SIMULINK with the help of the data sheet provided by the manufacturer.
Gain Design experience in power electronics Wayne State University Fall 2014
Root locus method: An inner loop control for the current using P Controller, such that the inner loop has damping ratio larger than .7 and also designed the outer loop for load voltage using PI controller, such that the outer loop has an overshoot smaller than 20% and trade-off was discussed.
Frequency domain method (Bode plot):An inner loop control for the current using P Controller, such that the inner loop has damping ratio larger than .7 and designed the outer loop control for the load voltage using PI controller, such that outer loop has a phase margin at least 90 degrees and the trade off was discussed
Software Used: MATLAB, SIMULINK
Designing of DC-DC Converter, Wayne State University Summer 2014
Calculation of the duty ratio, resistance, capacitance and inductance from the specifications
Simulated using POWERSIM a closed loop system that contains comparator,which compares the reference signal and output voltage
PI (Proportional Integral) controller is used to find the error factor from the comparator and feed it to the circuit itself through a pulse modulated signal with a particular duty ratio.
Modeling and Control of an inverted Pendulum Wayne State University Winter 2014
The steel ball is suspended in the air by the electromagnetic force generated by the electromagnet. The control Objective of the project is to suspend a metal ball at the nominal equilibrium position by controlling the current in the magnet with voltage using MATLAB and SIMULINK.
Secured Vehicle Starting System Anna University Winter 2013
Formulated to prevent drunk driving. It features an alcohol/gas analyzer on the helmet and a microcontroller embedded on the dome of the vehicle which opens or closes the fuel valve depending on alcohol content in the blood and there is a displacement sensor which makes sure the person driving will wear the helmet.
Software Used: C
Paper Published Anna University Fall 2012
Presented a paper on image enhancement using wavelet decomposition quadratic thresholding auto adaptive lum filter at the INTERNATIONAL ADVANCED COMPUTING CONFERENCE at Ghaziabad.
It was published in IEEE digital library.
Software used: MATLAB
Print ISBN: 978-1-4673-4527-9
INTERNSHIP: WABCO, Chennai, India Jun 2010-Aug 2010
Did office work as well as State Space Modeling of induction motor to test the functionality of Manual Transmission (Test Rig)
OTHER DETAILS:
Member of IEEE
Active member of Formula Hybrid SAE.
OTHER EXPERIENCE:
Library Service Desk Wayne State University Fall 2014 – Winter 2015