Software Engineer Manager

VRAJESH VYAS

** * ***** ****, ******** Park. NJ *8904 ********@****.*******.*** 732-***-****

PROFILE:

•Software Engineer• Experience at WINLAB, Telcordia, Infosys• Seeking a challenging Full-Time Position

EDUCATION:

Rutgers University, New Brunswick, USA Dec 2010

Master of Science in Electrical and Computer Engineering, GPA-3.5/4.0

Relevant Courses: Communication Networks, Software engineering and Web Applications, Data Structures & Algorithms, Wireless

Communication, Stochastic Processes

University of Mumbai, Mumbai, India May 2008

Bachelor’s Degree Electronics and Telecommunication Engineering, GPA-3.8/4.0

Relevant Courses: Computer Architecture and Organization, Applied Mathematics, Internet Communication, Mobile communication,

Industrial Economics and Management, Numerical Techniques

SKILLS:

•

• Languages : C, C++, Perl, PHP, Python, Shell script, Java • Databases : MS SQL Server, MYSQL, SQLite

• Object Oriented : UML, Use cases • Tool box : MATLAB, Iperf

• Operating System : Microsoft Windows, LINUX • Protocol/Standards : TCP/IP,UDP, 802.11 a/b/g/n, Bluetooth

• Web Technologies : ASP.NET, HTML, XML • Software Development cycle: Requirement analysis, design,

prototyping, testing, stubs, code reviewing

PROFESSIONAL EXPERIENCE:

• WINLAB (Wireless Information Networking Lab)

Research Assistant (Master’s Thesis) - Network Monitoring and Visualization for Wi-Fi networks Jun 2009 – Present

• Configured Clients and Server machines for Wi-Fi networks & generated load traffic to demonstrate a range of scenarios for analysis

• Successfully developed a framework to facilitate parsing & mapping of Wi-Fi traffic (data, IP, MAC Address) using Perl & shell script

• Created a web interface for displaying real-time status of Wi-Fi ORBIT nodes using JavaScript, HTML (used by approx. 600 users)

• Formulating more efficient frame work for monitoring Wi-Fi traffic taking into consideration number of sniffers and scanning algorithm

• Telcordia Technologies

Software Developer Intern –Service File Integrity Check tool Jun 2010 – Aug 2010

• Responsible for gathering requirements and writing technical design specifications

• Developed “proof of concept” for the tool, made presentations to the management which led to reengineering of existing design

• Successfully developed Perl scripts using reverse engineering and string matching to implement the design

• Performed unit testing, prepared final document and presented a demo of the tool which successfully checked the integrity of file

• Infosys Technologies

Software Engineer Trainee – Campus Connect Training May 2007 – Jul 2007

• Learned basics of OOP’s concepts, Programming fundamentals C/C++, Software Development cycle and RDBMS in the training

conducted by Infosys Technologies limited

• Physics Department-Rutgers University

Teaching Assistant Sep 2008 – Dec 2008

• Conducted laboratory sessions, quizzes and tutored for the General Physics course for 3 sections with total of 75 student

•

ACADEMIC PROJECTS:

• Stock Market Predictor Web Application: Designed, developed and implemented a web application based on Client-Server

architecture which gathered and analyzed the stock prices data using Machine learning & Pattern Matching and displayed stock

recommendations to the users (Applied Concepts: PHP, MATLAB, ASP.NET, MySQL, Data Mining)

• Road-side parking Android application: Developed an application based on 3-tiered architecture which displayed the nearest vacant

parking spots based on address entered by user (Applied concepts: GPS, JAVA, Web services, Google API)

• Software implementation of a protocol standard : Designed a protocol and implemented it using a C++ code to transport a file at

multiple addresses in a network, over an unreliable link successfully (Applied Concepts: TCP/IP, C++, Multi-Threading)

• Performance analysis of Wi-Fi networks: Performed various intra-WLAN and inter-WLAN experiments varying number of devices and

their sensitivity and analyzed the throughput and delay parameters and provided strong conclusions regarding the path loss per device

(Applied concepts- Linux shell scripting, 802.11 a/b/g standards, Iperf)

• Simulating an M/M/1/k network: Successfully developed a C code to simulate a network of 121 nodes and optimized it by varying the

service, arrival rate and queue length (Applied Concepts: Queuing Theory, C)

• Probability Based Recommendation System: Implemented a probability based semantic model with a MATLAB code which could be

used as movie recommendation system for Netflix users ( MATLAB, Stochastic Processes, MySQL)

ACHIEVEMENTS:

• Received scholarship from J.R.D.TATA TRUST on account of academic excellence (Ranked 1st) during undergraduate year 2004-05

• Won 1st prize in IEEE competition for designing the most cost efficient metal detector based on principle of beat frequency oscillator

• Worked as Head of Reports and Records committee of IEEE – students branch 2008-09

• Event Manager in IEEE – student branch Tech- festival 2007-08, managed 10 event staff members and a crowd of over 50

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