Project Management

UTHKARSH NAGENDRA

*** ***** ******, *** ****, Pittsburgh, PA 15206 ****************@*****.*** 412-***-**** F-1 Visa

A passionate, technology-driven, competent telecom graduate seeking new challenges and opportunities in

Objective

wireless and cellular communications. Motivated to expand and utilize my skills to fulfill responsibilities and

challenges at work. Aiming to become a smart and reliable wireless technology expert through honest and

diligent efforts, accompanying constant growth within the industry.

Education University of Pittsburgh April

Pittsburgh, PA 2014

Master of Science in Telecommunications

Visvesvaraya Technological University (VTU) July

Bangalore, India 2011

Bachelor of Engineering in Telecommunications

Relevant 2937 Special Topics in Wireless: LTE 2821 Network Security

Courses 2700 Introduction to Wireless Networks 2215 Unified Communications

2120 Network Performance 2010 Computer Networks Lab

2802 Mobile GIS & Location Based Services 2551 Project Management

Languages: C, C++, Java; Licensed Amateur Radio Operator - VU2UTH, License #: 26227

Skills

Tools: Wireshark, Snort, Metasploit, Nmap, SiLK, ArcGIS, Eclipse, Android, MS Project

Projects Spring

Project Management - Big Data

2014

• Applied PMBOK knowledge areas to effectively manage projects on Big Data and several case studies

• Collaborated on group assignments using Microsoft Project

Project on Network Security

Fall 2013

• Created a virtual environment and tested firewalls and intrusion detection systems from exposing

vulnerabilities against penetration testing, brute-force and phishing attacks

• Used Wireshark and SiLK to analyze packets and profile the subnet

TCP Performance over Wimax Networks

Fall 2013

• Simulated single-node Wimax network using network simulator 2 and implemented TCP snoop and sack

• Evaluated and compared their performance to normal TCP in terms of delay, bit error rate and number of

packets

Spring

LTE Simulation on Matlab

2013

• Integrated LTE toolbox with matlab and simulated physical layer features such as eNodeB configuration,

resource grid generation, OFDM modulation and fading channel

• Other simulations include configuration of sounding reference signal, channel estimation and equalization,

downlink conformance test and time difference of arrival of received signals

Spring 2013

Project on Computer Networking

• Implemented networking fundamentals such as: ethernet and wireless LANs, IP address planning and

subnetting, NAT and DHCP; routing protocols such as RIP, OSPF and BGP and application layer protocols

like HTTP, DNS and VoIP

• Performed using cisco routers, dell switches and linux machines

Fall

VoIP Network Simulation

2012

• Emulated a VoIP network with G.711 and G.729 codecs and analyzed their effects on packetization and

bandwidth requirements

• Worked with Cisco Call manager and Avaya H.323 IP PBX to visualize IP call flow and processing

802.11 Radio Propagation Models

Fall 2012

• Computed received signal strengths of wifi signals in home and office environments with various obstructions

• International Telecommunications Union (ITU) and Joint Technical Committee (JTC) radio propagation

models were utilized to model and benchmark accuracies of line of sight and non-line of sight path losses

Summer

Location-Based Navigation on Basic Cell Phones

2011

• Developed an alternate navigation system using short messaging service (SMS) feature of regular cell

phones, assisted with location feedback shared by requesting users

• Implemented using a GSM modem interfaced to an ATmega32 microcontroller through which location based

service messages was sent and received

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