Entry level Electrical Engineer

Sam

Contact: 757-***-****

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

Objective:

Seeking full time employment as an electrical engineer, that provides utilization and enhancement of my strong technical skills

Education:

December 2008, Master of Science (M.S), Electrical and Computer Engineering

Old Dominion University (ODU), Norfolk, Virginia, U.S.A.

May 2005 Bachelor of Technology, Electrical and Electronics Engineering, JNTU

Course Work:

Network Theory Power Systems I, II &III Electro Mechanics

Electrical Distribution Systems High Voltage DC Systems High voltage AC systems

Professional: Design Engineer, HBL NIFE POWER SYSTEMS.

June 2004 – November 2006

Responsibilities:

• Requirement collections from users/clients

• Analysis of the specifications

• Design using CADENCE based on customer requirement

• Assisting, Testing and Production teams in new design models

• Documenting the design for future reference

Under Graduate Project:

“Design of Distribution Systems” This is a live project involving the study of commercial Transformers, Circuit breakers, Relays etc,. Designed and verified distribution power system for a commercial usage with reactive power, system losses as major considerable factors.

Projects:

• Very Large Scale Integrated circuits Design (VLSI):

“Minimization of power consumption in digital Complementary Metal Oxide Semiconductor (CMOS) circuits” Three major factors affecting the CMOS circuits in terms of power are Switching power, Leakage power and Short circuit power. Among them, the major power consumption is made by switching the circuits. An approach that minimizes the switching power and in turn, minimizing the overall power consumption in digital CMOS circuits was presented. Used Cadence as application tool

• Power Electronics

“Universal Motor Speed Control in commercial machines” The motor is connected to Ac mains through AC switch. The AC voltage varies across the motor in phase control mode by means of microcontroller which sets the triac triggering time.

• VHDL (Very large scale integrated circuit Hardware Description Language):

“Standard Convolution Encoder (SCE) to improve the offline test facility on Satellites.” While transmitting data to reception station, satellites are visible for short period of time in which testing cannot be completed. To overcome this situation an offline test facility is incorporated on the satellites. A SCE is developed in VHDL and incorporated onboard to improve the data acquisition. Used Matlab as one of the application tool

Awards and Achievements:

• April 2008, Second prize presented by senior scientist for poster presentation competition

held at Jefferson Lab.

• February 2005, Organized ‘Engineering Expo-2005’ with over 100 technical posters

presented.

• August 2002 and June 2004, Honored with gold medal by Principal of the school for

outstanding academic performance.

• August 2001 to April 2005, Held a leading role as ‘Secretary of Sports’ of the college.

References Available on Request Sam

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