OBJECTIVE To obtain a challenging position as an Electrical Engineer in an organization to further tone my technical and performance skills.
SUMMARY ● Work experience as Mobile Handset QA Engineer testing mobile devices for GPS testing, Weak LTE, Application testing, Speed testing, Email testing and collecting logs and reporting issues.
● Masters in Electrical Engineering with research experience in Integrated Circuits and Wireless Networking.
● Proficient in design and simulation using MATLAB/SIMULINK and OPNET Simulator.
● Strong knowledge in Verilog HDLcoding & design tools and have experience in Assembly Language Programming with HCS12 in MGTEKMiniIDE and Intel 8085/86 Microcontrollers in EMU8086 & EmbeddedC.
● Wide knowledge in GSM, CDMA, LTE, ZigBee and various RAN technologies.
● Have hands on experience dealing with semiconductors, diodes, transistors, amplifiers, rectifiers, op-amps, oscilloscopes by performing various experiments in electronics and electrical laboratory.
● Self-motivated, quick learner, excellent communication, tenacious problem solving, analysis,design and coding is my plus.
● Ability to work independently and conducted leadership roles in team environments.
● Selected for Graduate Teaching Assistantship position consecutively for 3 times.
SKILLS Programming Languages : C, C++, Java, Embedded C, Python, Matlab
Assembly Languages : 80x51/85/86, HSC12 MiniIDE Embedded System
Design & Simulation Tools : OPNET, Verilog, SynaptiCAD, Simulink, Cadence
Packages & Operating Systems : MS Office, Windows XP/Vista/7/Mac.
Wireless Technologies : GSM, CDMA, WCDMA, LTE, MIMO, Wi-Fi, Wi-Max, UMTS
Protocols : RLP, PPP, IP, TCP, IPV6, RTP, RTCP
PROFESSIONAL EXPERIENCE ● Mobile Handset QA Test Engineer, Samsung Telecommunications America. Feb 2014 – Present
- Worked on handset testing project with Samsung Telecommunications (USA), for 3S Network Inc. Project covers 3G (UMTS/EVDO) & 4G (LTE/WiMAX) Mobile handsets application testing to ensure normal functioning of device.
- Ensuring application availability, quality, performance, stability, and security and identifying testing defects and developing Test Plans for mobile devices.
- Collected logs using QXDM for issue found and different AP and CP logs, Identified, analyzed and reported issues to customer on daily basis.
- Device testing includes Network Subjective testing, Application Testing, Email Testing, Client Application Testing, Radio Testing, Speed Testing and GPS Testing.
● Graduate Teaching Assistant, SCE, UMKC Sept 2012 – Dec 2013
Assisted Undergraduate and Graduate students in Embedded Systems Laboratory, Advanced Digital Signal Processing, Microcomputer and Architecture Laboratory with their lab programming and course work. Also conducted and graded examinations.
● Student Monitor, Miller Nichols Library - Access Services, UMKC April 2012 – Dec 2013
Providing customer service for students & faculty at access services, Miller Nichols Library
● Intern, Microlink Solutions, Vijayawada, India May 2010-Nov 2010
Developed and tested a live project ‘Water level Monitoring and Controlling’ in-order to control the overflow of water in tanks and reservoirs.
EDUCATION Master of Sciencein Electrical Engineering Dec 2013
University of Missouri-Kansas City (UMKC) GPA 3.9/4.0
Bachelor of Engineeringin Electronics & Communications Engineering May 2011
Jawaharlal Nehru Technological University-Kakinada, India GPA 3.7/4.0
PROJECTS ● Performance investigation of 802.11 (OPNET): Simulated the performances of WLAN overall throughput in given network, studying the performances of Queue Size, Medium Access Delay, Dropped Data Packets, and effects of RTS/CTS on packet transfer time.
● LTE: Studied and observed the behavior of LTE network in three different scenarios- 7 Cells_video_app, EPC_backbone, uplink_scheduling_study.
● Spectrum Sensing for Cognitive Radio (Matlab): Detection of primary user presence in the radio environment to analyze spectrum is free for secondary user is done by spectrum sensing techniques- Matched Filtering, Energy Detection, Cyclo-stationary Detection in MATLAB.
● Linear Phased Array (Matlab): Developed Matlab code for calculating gain, beam width and overall array radiation pattern of antennas in phased array mode for various array topologies using Dolph-Chebyshev distributions and Taylor distributions.
● 3D Integrated Circuit Design: Wrote a survey paper on "Thermal and leakage power issues in 3-dimensional integrated circuits" discussing the possibilities and difficulties in existence of 3d-IC and proposed several methods and algorithms to minimize temperature and leakage power...
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