Power Engineering

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Address

Cell: 201-***-****

**** ******* ****

Email: ***************@*****.***

Windsor Mill, MD - 21244

. Resourceful, innovative and flexible Master level Engineering

Professional seeking a position in Technical Engineering.

. Strong planning, analytical and problem solving skills.

. Excellent written, verbal and communication skills.

. Experience in working in a team and independently to resolve technical

issues of a project.

Education:

. Pursued Master of Engineering, Concentration in Computer Science

Engineering

Stratford University Virginia, Washington D.C

Graduation Dec 2009

. Bachelor of Technology in Electrical and Electronics Engineering

JNT University, AP, India

Graduation May 2007

Software Skills:

. Operating System : Windows 95/98/NT/2000, UNIX

. Browser : IE

. Web/Application Server : Java Web server 2.0

. Database Server : Oracle 8i

. Database Connectivity : JDBC, Microsoft ODBC Driver for Oracle

. Other Tools & Technologies : Java (JDK), Servlets (JSDK), Java Mail

. Engineering Software : Pspice, Mathcad, LabVIEW, Cadence,

Orcad, Saber, Matlab, and VerilogHDL

. Programming Languages : C, C#,C++, SQL and .NET

Master's thesis:

This project is about mining through large data sets which is based on

apriori principle. This system builds business logic for easy shopping for

example bread and milk are placed together. This project is based on

analyzing how one item is related to another item called association

analysis.

Roles and Responsibilities:

. Worked on Apriori algorithm and builded the code using C#.NET 2.0.

. Developed the association between Items, for building the Business Logic.

. Worked on OLAP data model for storing the DataSets and manipulation on

those DataSets.

. Generated different methods for insertion, deletion and display

oprations.

. Normalized data for better Performance.

. Performed unit test cases to make sure everything works up to the mark.

Undergraduate thesis:

Transient stability studies on a sample power system along with the load

flow solution

. Five bus power system with two generator buses was considered

. A three-phase fault on a load bus for duration of 0.1 seconds

. Simulations were carried out using MATLAB 6.1

. Swing curves and curves of rotor speed were obtained for the two

generator buses

. Discussed the results and suggested improvements

Internship:

Fabrication of AC-DC power supply with Active Power Factor Correction

. 12V, 6A DC power supply from 90-115A, 50Hz single phase AC supply

. The entire circuit was divided into three modules: Bridge

rectifier, PFC pre converter, converter

. The MC34262 IC was used for power factor correction

. Two switch forward converter was used as step down DC-DC

converter

. The circuit was fabricated on a PCB

. Results showed improvement in PF from 0.62 to 0.94 at 2A

Projects:

1. Randomized PWM (RPWM) techniques for industrial power converters

Advanced PWM modulation techniques for multilevel converters

2. Switched capacitor voltage regulators as an alternative for

switched voltage regulators

3. Simulated different control schemes for both AC & DC machines

using Pspice

Power system stabilizer (PSS) to improve the dynamic stability of a

power system

4. Designed a RISC processor using Xilinx and verilog HDL

Key Courses:

Power Electronics Advanced PWM Techniques in Power

Electronics

Analog Integrated Circuit Design Advanced Digital System Design

Computer Architecture Electric Machines & Drives

Power Systems Operation & Control Control Systems

Awards/Activities:

1. Recipient of the competitive Computer Engineering Department

Scholarship at Stratford University Virginia

2. Acted as convener for a technical symposium Techsonance-2001, at OUCE,

India

References:

Available upon request

Contact this candidate