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Telecommunication Engineer Resume
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| Desired Industry: Engineering |
SpiderID: 5877 |
| Desired Job Location: Houston, Texas |
Date Posted: 3/10/2006 |
| Type of Position: Full-Time Permanent |
Availability Date: 06/01/2006 |
| Desired Wage: 60000 |
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U.S. Work Authorization: Yes |
| Job Level: New Grad/Entry Level |
Willing to Travel: Yes, 25-50% |
| Highest Degree Attained: Masters |
Willing to Relocate: Yes |
Objective:
A position as an Telecom Engineer providing the opportunity to make a strong contribution to organizational goals through continued development of professional skills.
Experience:
Engineer Trainee, Bhabha Atomic Research Centre,India.
Data Acquisition and Control System:
Study of intelligent transmitting instruments connected as a distributed DACS.Communication of these instruments with PC working as operator interface using RS-485 standard.
Developed software for data acquisition and graphic user interface in VB 6.0.Design, fabrication , testing & Deployment of the hardware incorporating the features developed as above for actual networking of the Smart Instruments installed in an operational Process Plant for Control of Process parameters.
Academic Projects:
Random Signals and Noise: Dr. Venkat Devarajan
Simulation of the various concepts of random signals and noise and generation of the ergodic random sequences using MATLAB: involved generation of random variables, generation of Gaussian random variables, plotting joint density functions of uniform random variables, simulation of autoregressive processes.
Wireless Communication System: Dr. Qilian Liang
System level design for a mobile satellite-based wireless user terminal using block phase estimation algorithm in MATLAB: designing a simulation reference system for the given general packet data channel subject to rician flat channel fading and design a demodulator for such a flat fading channel using QPSK Modulation.
Semiconductor Device Theory: Prof. Ronald L. Carter
Simulation and design of CMOS transistor modeling: Documentation of static current-voltage characteristics of a given CMOS transistor model. PSPICE used to simulate the designed CMOS and plot its current-voltage characteristics.
Digital Signal Processing: Dr. Michael T.Manry
Simulation of concepts of Digital Signal Processing using MATLAB.
Radio Frequency Circuit Design: Dr. Allan W. Davis
Designed an Amplifier using large signal spice model and software’s Libra, Harmonica, ADS: Designing an amplifier for a given bias point, gain and noise figure. Steps involved extraction of the S parameters of the amplifier, stabilizing it, optimizing it to obtain the desired gain and noise figure, harmonic analysis and transient analysis.
Digital Communications: Dr. Qilian Liang
Design a digital communication system: Designed a physical layer simulation reference system for a digital communication system, a fixed wireless local area network (WLAN).
Advanced Wireless Communications: Dr. Qilian Liang
Design a PPM-TH-UWB Physical Layer Communication System: Designed a PPM-TH-UWB physical layer simulation reference system for a short distance indoor impulse radio communication system.
VHDL: Prof. Mike Zhu
Traffic Light Controller: VHDL design and implementation of a finite state machine based traffic light controller model.
Education:
Bachelors of Electronics and Telecommunication Engineering
Mumbai University, India. May 2004
Overall GPA: 62.2/100
Masters of Science in Electrical Engineering May 2006
The University Of Texas, Arlington
Overall GPA:3.66/4.0
Affiliations:
Member of IEEE, ETSA, IETE.
Skills:
Languages: C, C++, Visual Basic 6.0 Technical: MATLAB, ADS, PSPICE, VHDL, CADENCE
Platforms: Windows 98/00/NT/Xp, MS-DOS
Networking: TCP/IP,OSI
Architecture,CommunicationProtocols,
802.11
Other: 8085/86, Wireless standards
Additional Information:
Received “Outstanding Paper Presentation” at Indian Institute of Technology, Mumbai, for the paper presented on “Applications of
Digital Signal Processing” held on 11/08/03
Reference:
Available upon request.
Candidate Contact Information:
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