KARUNAKARAN DAMODARAN
**** ******** ******, *** #***, College Park, MD 20740
732-***-**** acpxeh@r.postjobfree.com
CAREER OBJECTIVE
Actively seeking a full time position in the telecom industry with emphasis on analysis and optimization of 3G/4G
technologies, small cells, Wi-Fi and DAS and enhance my skills as a wireless engineer
COURSEWORK
• 3G/4G Wireless Networks and Systems
• Fundamentals of Wireless LANs
• Cellular Network Infrastructure – Cell Site Design and Components
• Digital Communication Systems
• AWS/PCS Implementation
• Networks and Protocols
EDUCATIONAL QUALIFICATION
• A. James Clark School of Engineering, University of Maryland College Park, MD
M.S., Telecommunications Engineering May 2015
• Saveetha Engineering College, Affiliated to Anna University Tamil Nadu,
India
B.E., Electronics and Communication Engineering August 2012
TECHNICAL SKILLS
RF/Wireless Tools : Mentum Planet, Anritsu Site Master, WiSpy, VisiWave, Ekahau, Aerohive,
Wireshark, Xirrus
Programming Languages : C, C++ (Basics), Java, Python, MATLAB
Software Tools : Excel Macro, Frontline Solver, Microsoft Visio, Microsoft Excel,
Microsoft Windows 2000, Microsoft Windows XP
Technologies : CDMA, GSM, WCDMA, HSPA, EVDO, LTE, 802.11
Protocols : TCP, IP, UDP, RIP, BGP, IGRP, EIGRP, OSPF, 802.1x
WORK EXPERIENCE
Graduate Research Assistant, Department of Space Plasma Physics Jan. 2014 – Feb. 2015
• Performed correlation of earthquake and rainfall data in MATLAB to identify the pattern of
hazardous events in a particular region using Lorenz equations
PROJECTS & TECHNICAL PAPERS
Scholarly Paper on Overview of Small Cells March - April 2015
• Wrote a scholarly article on various deployment scenarios of small cell network, compared various
interference mitigation techniques and resource utilization of small cell networks
Fundamentals of WLAN September - Dec.2014
Interference and Spectrum Analysis in ISM and UNII bands using Wi-Spy DBx Spectrum Analyzer
• Recorded interference pattern in Wi-Fi access points and identified signatures of various interfering devices in
the ISM and UNII band
• Tested effects of Adhoc network, microwave channel, bluetooth and baby monitor on 802.11n network
Site Survey using VisiWave
• Performed indoor and outdoor site survey to identify access points in selected locations, evaluated interference
of neighboring access points, rogue APs and identified coverage voids
Cellular Network Infrastructure – Cell Site Design and Components January - May 2014
• Designed plumbing diagram of a base station with a GSM, NodeB and eNodeB terminals and used co-siting
techniques to reduce number of components on the cell tower while maintaining full operability
• Utilized Anritsu site master to perform line sweeping and studied the effect of insertion loss, return loss, gain
measurement and DTF on various cell site components
Technical presentation on Coverage of In-building Distributed Antenna Systems March - April 2014
• Analyzed the components used in DAS, its design, working & security & it’s use in current trend of
technology
• Presented about the deployment of DAS & simulation of DAS in-building system design using iBwave
design tool
Phase deployment of Base Stations using Mentum Planet September - Dec. 2013
• Deployed base stations in Washington DC area, performed link budget analysis, calculated RSSI levels and signal
coverage in each sector
• Optimized the design to provide maximum coverage by 3 sector aligning and antenna tilting
• Conducted interference analysis using Poseidon Spectrum Clearing tool
Networks and Protocols September - Dec 2013
• Implemented UDP protocol using Java programming and designed a transmitter and receiver to ensure
reliable data transfer
• Used UDP sockets to provide reliable data transfer and implemented RC4 algorithm to prevent unauthorized
access to data