OBJECTIVE
A dynamic, team-spirited and results oriented individual seeking to utilize analytical skills and experience to contribute to your organization growth and objective.
EDUCATION
Master of Electrical Engineering Expected Graduation May 2012
University of North Carolina at Charlotte, NC
GPA4.0/4.0
Bachelor of Electronics and Communication Engineering
J.B institute of Engineering and Technology, India May 2010
GPA3.7/4.0
PROFESSIONAL EXPERIENCE
Network Engineer Intern January - April 2010
(DRDO, Ministry of Defense, INDIA)
Analyzed the network requirements, configuration and protocols of CISCO TELEPRESENCE Network CTS-3000 System.
Compared the system with existing video conferencing and applications of it in near future on a campus sprawling over 2100 acres.
Summer Engineering Intern May - July 2009
(Embedded School of Research & Development, INDIA)
Developed a project which will improve the traffic signal flow by overcoming the inefficiency of conventional traffic controllers.
Devised an intelligent embedded real time system by varying the green light time signal depending on the traffic load density on a given four lane junction using PIC 16F877A Microcontroller.
RF Engineering Co-op August 2008 December 2009
(SHARP VISION, INDIA)
I had an opportunity to study about the RF Broadband area, where I reviewed different kind of RF cables (Hybrid fiber-coaxial, trunk cable), RF passive devices (splitters, couplers) and amplifiers.
Screen s-parameters for RF passive devices and RF amplifiers manually on network analyzer and compute their return loss, insertion loss, and isolation.
Prepared the internal team member report on the splitters and amplifiers which included calculations of s-parameter, s-parameter graphs, and evaluate their performance.
Learning through the designs process of RF circuits through simulation to hand build physical prototype.
Developed an automation test software for RF passive devices using Agilent Vee Pro 6
The calibration test for the network analyzer was carried out. Ideal RF passive device was tested and results were verified using Vee Pro.
Check the s-parameters of the RF passive device and calculate their return loss, insertion loss, and isolation and display the results on the panel.
Store the results temporarily in notepad using C++ and then store overall results in SQL database.
ACADEMIC EXPERIENCE
Graduate Research Assistant May - December 2011
Algorithms, Models, and Systems Laboratory (AMSL)
University of North Carolina at Charlotte, NC
Implemented the Source-Destination topology using the USRP N200 devices on GNU Radio platform.
Worked on how to select a single best relay with the objective of decreasing the outage probability and the energy consumption in the wireless networks.
Cooperative Relaying to Enhance Medical Connectivity during patient monitoring.CBES 3rd Annual Graduate Student poster presentation competition 2011. (POSTER PRESENTATION)
Graduate Teaching Assistant January 2012 Present
University of North Carolina at Charlotte, NC
Evaluating and Grading examinations, assignments for an undergraduate course - Data Communication and Networking I.
Assisting faculty member in the advising and administrative duties necessary for the course.
ACADEMIC PROJECTS
A Two-Player Car Race iPod Game Using a Bluetooth Link Developed an iOS view-based application format for the car race game (iPod app) in Xcode using Objective-C programming language and Bluetooth interface is used to connect two iPods (iPhone System design, Fall-2011).
A Stock Market predictor using an exponentially weighted Recursive Least Squares (RLS) algorithm Designed a stock market predictor implementing a RLS algorithm on a company stock data for a year using Mathcad tool (Digital Signal Processing II, Spring-2011).
Binary FSK Communication System Implemented a binary FSK communication system in MATLAB (Advance Theory of Communication, Fall-2010).
Least-Squares estimates of the R, L, and C parameters in a RLC circuit Obtained the least-squares estimates of the parameters R, L, and C in a RLC model for an electric device given both the transient and steady-state data are available using MATLAB. (Engineering Simulation, Spring-2011).
Familiarized with the communication equipment used in Very High Frequency (VHF) VOICE communication and Navigational Equipment Instrument Landing System (ILS). (Airport Authority of India)
Robotic sensors and their role in exploration of Mars. Department of ECE, Osmania University, 2009. (secured second position)
WORKSHOPS
Certificate of Excellence in Autobotz a workshop based covered aspects of Microcontroller Programming, in system programming and Embedded C programming at BITS-PILANI, INDIA (APOGEE'09).
ISB Talent Management Conclave held by Indian School of Business at ISB campus, Hyderabad, India. (1 out of 3 students nominated by college).
SKILLS
Operating Systems Linux (Ubuntu), Mac OS, Tiny OS, Windows (XP, Vista, 7)
Programming Language C, Java, nesC, Objective C, MATLAB.
Tools Agilent Vee Pro, GNU Radio, LabView, Mathcad, NetBeans, OPNET Modeler,
Xcode
Software Packages Adobe Photoshop, Microsoft office (2003, 2007,2010), Picasa
Hardware kit USRP N200
ACTIVITIES
IEEE Student Chapter (2009-2011).
American Telemedicine Association (2011-present).
RELEVANT COURSEWORK
Advance Theory of Communication, Data Communication and Networking II, Advance Digital Signal Processing, Engineering Simulation, Fundamentals of Wireless System and protocols, Modeling and Analysis of Communication Networks, iPhone system design. IN PROGRESS Wireless Sensor Networks, Real Time Operating System, and Digital Signal Processing.
Employer:
DRDO, Ministry of Defense
Job Title:
Network Engineer Intern
Start Month/Year:
01/2010
End Month/Year:
04/2010
City:
Hyderabad
Country:
India
Description:
•Analyzed the network requirements, configuration and protocols of CISCO TELEPRESENCE Network CTS-3000 System.
•Compared the system with existing video conferencing and applications of it in near future on a campus sprawling over 2100 acres.
Employer:
SHARP Vision
Job Title:
RF Engineering Co-op
Start Month/Year:
08/2008
End Month/Year:
12/2009
City:
Not Specified
Country:
India
Description:
•Developed an automation test software for RF passive devices using Agilent Vee Pro 6
The calibration test for the network analyzer was carried out. Ideal RF passive device was tested and results were verified using Vee Pro.
Check the s-parameters of the RF passive device and calculate their return loss, insertion loss, and isolation and display the results on the panel.
Store the results temporarily in notepad using C++ and then store overall results in SQL database.(partially Implemented)
