Electrical Engineer,electronics, DSP, Wireless, network , embedded

OBJECTIVE

A Full Time/Internship position in Electrical and Computer Engineering field where I can use my knowledge and skills.

EDUCATION

State University of New York, Stony Brook Graduation Date: Dec’09

Master of Science, Electrical and Computer Engineering (MSEE) GPA: 3.6/4.0

Certificate Program in Networking and Wireless Communications. Aug ’08-Dec’09

Nagpur University, India Aug ’04 - June ’08

Bachelor of Engineering, Electronics and Communications. GPA: 3.5/4.0

TECHNICAL SKILLS

Applications: Labview, OPNET Wireless Suite, QualNet, Wireshark, MATLAB, VMware, Simulink, ModelSim, Orcad, Quartus II, Xilinx, Microsoft Office.

Languages: C, C++, Perl, Verilog, VHDL, MATLAB, JavaScript, HTML, CSS, Dreamweaver, Assembly (8085,8086).

Test & Measurement: Logic Analyzer, Pattern Generator, DSO, Spectrum Analyzer, Function Generator.

Operating systems: Windows 98, 2000, XP, Vista, Linux.

COURSE WORK

Digital Communications, Control Systems, Wireless Communications and Networks, Mobile Communications, Electronic Devices & Circuits, Electronic Measurements, Power Electronics, Microwave and UHF, Advanced Microprocessors & Microcontrollers & Interfacing, Network Programming, Computer Architecture and Organization, Digital Signal Processing, Digital Circuits, Digital System Design.

INTERNSHIPS:

Prototype design of GPS locating device: iTag, Los Angeles [FPGA, Python] February ’10 – May ’10

Design and implementation of locating device using GPS technology with GSM network as a backbone.

Data collection, analysis and network planning: August ’09 – September ‘09

This project was done for a Korean Company to facilitate installation of WiMAX femto access points in CEWIT, Stony Brook in a cost effective way.

Ethernet 802.3 MAC Transmitter: [VERILOG] June ’08 – August ‘08

This project was done at C-DAC, an Indian Government R&D organization. Designed the Ethernet MAC Transmitter using Verilog language with ModelSim and Xilinx.

WORK EXPERIENCE

Lab Consultant, Residential Computing Centre, Campus Residences, Stony Brook: June ’09 – Dec ‘09

Managed the day-to-day technical issues and maintained the network for five Computing Labs.

Data Entry, Campus Residences, Stony Brook: June ’09 – Sep ‘09

Created and maintained the database for the entire on-campus work orders housing in the Stony Brook University.

KEY PROJECTS:

Incorporation of Relay in WiMAX: Implementation and Issues: Dr. J. Sharony, CEWIT, Advisor Fall ‘09

Researched the current work in 802.16j in relay mode standard and studied the network architecture, network entry and collision avoidance.

Co-Operative Networks: Recent Developments and Future Work: Prof. Xin Wang, Advisor Spring ‘09

Investigated cooperative networks and the progress made in this field over the years, the various road blocks in making it a success and proposed solutions along with its comparison with MIMO technology.

Implementation of TCP socket client / server programming: [C] Fall ‘09

The TCP socket client/server was implemented using I/O multiplexing, child processes and threads.

Study and Simulation of WiMAX Transceiver: [MATLAB] Senior Design Project ‘08

Studied the IEEE 802.16e standard and simulated it using MATLAB Simulink. Various Modulation and Encoding schemes were studied and WiMAX model was simulated. Comparative analysis with IEEE standard was done.

Design of a Futuristic Advertising Mode Using RTLS and WiFi: [JAVA] Fall ‘08

This project involved RTLS and Bluetooth for localized and effective advertising. Digital sign-age on city buses that change with the location and time of day. A user with a wireless device in its vicinity can request a coupon for an advertised offer by logging in and choosing from the real-time list of services generated.

Implementation of Convolutional Encoder and Viterbi Algorithm: [MATLAB] Spring ‘09

Implemented Convolutional Encoder and Viterbi algorithm along with the Source and Channel and simulated their performance.

Comparison of Performance of Different Source Coding Schemes Applied To Images: [MATLAB] Spring ‘09

Implemented of Shannon –Fano coding scheme and Hoffmann Coding scheme to a set of images and proved that the efficiency of Hoffman Coding scheme is better than Shannon-Fano Coding scheme.

Caller Identification Number System: [OrCAD] Junior Design Project ‘07

Implemented Caller Identification system using DTMF decoding and a calculator display.

Application of Various Filters on A Color Image [OpenCV, C, C++, MATLAB] Spring ‘09

This project involved conversion of RGB into HSI of a jpeg image and implementing the following filters on it:

1. Geometric Transformation. 3. Shift-variant linear filtering (Rao Transform).

2. Frequency domain filtering. 4. Non-linear filtering: Edge-preserving noise smoothing with a 5x5 Median filter.

Website Development: May ’04 – Aug’04

Developed a database of all doctors in the region using SQLServer and integrated it to an HTML website.

TRAINING

Underwent training in the Communication & Enterprises Network Division, Automation & Drives, Medical Solution and Sales & Services Divisions, in Jan 2007, at Siemens Ltd., Nagpur, India.

ACADEMIC ACHIEVEMENTS

Earned 96.66% in Mathematics, Physics and Chemistry in High School to qualify for Engineering.

Ranked 11th in a State-wide exam (Common Entrance Exam) for Engineering.

MEMBERSHIP

Member of Institute of Electrical and Electronics (I.E.E.E.) – an international organization for certification and standards – for session 2006-07.

EXTRA-CURRICULAR ACTIVITIES

Event Manager of Water Race (robotic boats racing) in IEEE TechnoVision ’06 and ’07, a National level event.

Active member of Indian Graduate Students Association (IGSA) for 2008-2009.

Passed 2 exams in Piano from Trinity College of London.

Contact this candidate