Seeking full time position to employ telecommunication knowledge to contribute towards
the success of a leading edge Telecommunication Company.
Bharti Cellular Limited, New Delhi, India Engineering Co-op 1/03-6/03 - Investigated GSM fundamentals with stress on Signaling and Routing
- Worked together with five interns to carry out Cell Planning
- Designed Signaling and Routing Tables for National and International Roaming.
- Implementation Tool: Winfiol
CEDTI, Chandigarh, India Intern 5/01- 7/01 - Lead a group of four to develop a novice encryption system which uses PN
- sequence (CDMA system) to encrypt voice before transmission
- Created one of the strongest encryption methods involving multiplying the message
- signal with PN sequence. Only the same PN sequence at the receiver can retrieve
- the message
University of Texas, Dallas, TX 8/04-12/06 MS Telecommunication Engineering Graduating: Dec ‘06 Courses: Wireless & Radio Communication, Personal Communication System,
Advanced Computer Networking, Design and Engineering of Packet Switched
Networks, Algorithmic Aspects of Telecom Networks, Telecom Software Design Punjab Technical University, Punjab, India 8/00-7/04 B. Tech. Electronics and Communication Engineering. Ranked #1 in the Program Courses: Radio Engineering, Communication Systems, Data Communication,
Fiber Optic communication, Operations Management
Simulation of QPSK Modulation and Demodulation in CDMA System - Simulated a CDMA system supporting QPSK modulation and demodulation
- Conducted Performance measurement by finding bit error rate. Involved
- parameters like varying multiple users and different voice activity factors.
- Simulation Tool: Matlab
VoIP System Configuration with Advanced Calling Features - Worked in a group of four to design a Jain SIP VoIP system comprising user agents
- and a proxy server
- Implemented configurable calling features, like call blocking and call forwarding, as web applications. Designed in C# and ASP.net
Performance Measurement of DPSK and QPSK Modulation Schemes - Simulated pi/4-shifted DQPSK and QPSK with differential coherent detection and
- M-ary orthogonal FSK signal with non-coherent detection
- Calculated the Bit Error Rate and generated comparison results ; Simulation Tool:
- Matlab
Comparison of OAR and RBAR Multirate Schemes for Wireless Ad-hoc Networks - Lead a team of three to simulate OAR and RBAR wireless protocols in Network
- Simulator-2. Modified the MAC files in NS-2 simulation of wireless AD-hoc networks,
- to include functionality for OAR and RBAR
- Compared the performance between the two protocols using different grid topologies. TCL was used as the scripting language to create different topologies
Simulation of Link State Routing and Multicast Network - Designed Link State Routing in a distributed network. Created a multicast tree on
- its top
- Key feature: Created a new multicast technique for this network which suffers from
- the constraint of unidirectional links and can’t use MOSPF. Development environment: C++/Unix
RFID Wireless Temperature Monitoring System - Collaborated with three students to demonstrate a four node sensor network wherein information from a localized area, encompassed with temperature sensors/mica-2 motes, is transferred to the base-station/computer system
- Further displayed this information on a cell phone via GPRS
Languages: C/C++/C#, nesC, ASP.NET, Assembly language Tools: Labview, Matlab, NS-2, OrCAD, MS Office, Adobe Photoshop 7.0 Operating Systems: Unix, Linux, Windows XP/2000, Tiny OS Technologies: GSM, CDMA, WCDMA, 3GPP, UMTS, VoIP, TCP-IP - Ranked #1 in graduating class of 250 undergraduate students
- Student member – IEEE and Indian Society for Technical Education
- Two time gold medallist for National Talent Search Examination
- Enthusiastic about traveling and meeting with people
- Active participant in dancing and singing competitions
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