telecommunication engineer Resume
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Resume:
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Objective: To obtain a challenging position in the areas of Telecommunication Engineering
Summary:
• Consulting for AT&T as a Telecommunication Engineer
• Tutored for Math and Physics ( and level courses in University of Washington and Community Colleges at Seattle) since till
• Excellent communication skill as scientific speaker and writer as well as discussion moderator
• Was in Dean’s List for four consecutive years while at school
• Specialized in Analog Circuit Design
• Capstone project in CDMA Wireless Communication System
Education
Bachelor of Science (BSEE)
University of Washington, Seattle, WA
Dept of Electrical Engineering – Dec,
Specialized in Analog Circuit Design
Skills
Technical computing Language Verilog, Matlab, PSPICE, Athena
Software Language Java, Perl
Lab Debugging tools Oscilloscope, Logic Analyzer, Network Analyzer
Platforms Windows NT, Win XP, MS DOS, UNIX
Publishing MS Office, Visio, HTML, Power Point
Architecture Tool AutoCad
Telecommunication Engineer, AT&T, San Jose, CA
Job responsibilities include
• Plant engineering work of fiber/copper OSP projects
• New subdivision layout using AutoCad
• Rehabilitation and relocation of cable facilities
• Attend meeting and perform site surveys
• Develop material lists and detailed installer instructions
• F Conditioning
• LFACS report for F conditioning
• Fielding to locate VRAD at different location
• Identification of Bridged tap
Training
weeks training for OSP engineer
Capstone Project
Name: Co-channel interference considerations in CDMA wireless communication System.
Supervisor: Dr. Brian Otis
Department: Electrical Engineering, UW
Few Projects done as part of academic curricula:
• Designed and implemented a Game application (variation of computer game – Rogue) using Verilog, the ispDesignExpert, AllPro programmer, the GAL V and GAL V gate arrays. In the application the Tortoise could move over a X grid with certain conditions.
• Designed and implemented an alarm system using programmable logic device using DIP switches, LEDs, noise reduction mechanism and GALV. For simulation purpose we used Lattice ispLever tool and Verilog alarm system model.
• Elementary music synthesis – designed and programmed a MATLAB application which created audio playback from mathematical signal. This application used sound card of PC to interpret physically significant signals.
• Designed and implemented a working AM radio
• Image processing projects – Completed several image processing related assignments using MATLAB
a. Convolution of an image
b. Apply appropriate edge-detector
c. Resize an image after converting it into a gray scale
• Transmission lines in frequency domain – by using PSPICE studied sinusoidal waves on lossless transmission lines where we were familiarized with the basic behavior of waves reflecting from loads in transmission lines and compare the simulations with numeric calculations and the Smith Chart
• Implemented the game of Assassin using link list (Java Project)
• Implemented a class that computed all of the prime numbers up to integer n using the technique of Sieve of Eratosthenes. Queue was as the data structure of this project (Java Project)
Few Related course works
• Microelectronics I &II
• Digital Signal Processing I & II
• Digital logic Architecture
• Semiconductor Devices
• Photonics
• Control Systems
• Language Java I & II
• IC technology
• Digital Signal Filtering
• Electric Energy
• Engineering Economics
Honors
• Vice president list (-, -)
• Deans list (-, -, -,-)
Date of Availability Immediately
Visa Status
US Permanent Resident (no need of sponsorship)
NB: References and certificates are available upon request
