Engineer Network

VIDHIYALUKSHMI GNANAPANDITHAN

Dallas, TX *****(Open for Relocation)

**********@*****.*** linkedin.com/in/gvidhiya +1-469-***-**** OBJECTIVE -- Seeking Full time opportunity as Wireless Network Engineer or Administrator from June 2020 EDUCATION

Master of Science in Telecommunication Engineering May 2020 The University of Texas at Dallas(UTD) GPA: 3.4

Bachelor of Engineering in Electronics and Communication May 2018 Panimalar Engineering College, Anna University GPA: 3.7 CERTIFICATIONS & TECHNICAL SKILLS

Certifications: CWNP-CWNA, CCNA, Cellular Mobile Communications-Wireless, ‘Antennas’ Elite (NPTEL) Learning MATLAB[Lynda], Learning Python [Lynda]

Coursework: Probability and Random Process, Digital Signal Processing, Digital Communication, RF Microwave systems Engineering, Wireless Sensor networks, Advanced Networking Wireless Technologies: WLAN(Wi-Fi), LTE(4G), IEEE 802.11a/b/g/n/ac/ax, IEEE 802.1X, WPAN(Bluetooth, Zigbee) Programming: C, C++, Python

Operating system: Windows XP/7/8/10

Application Packages: Microsoft Office Suite, Microsoft Teams, One Notes Hardware and software Tools: MATLAB/Simulink, LabVIEW, Wireshark, Spectrum Analyzer, NI-USRP PROFESSIONAL EXPERIENCE

Wireless Laboratory [IEEE 802.11g MATLAB], UTD August 2018 - December 2018

• Prepared Lab report each week for different laboratory experiments including modulation, Filtering, MIMO

• Developed, Built and executed 1000-line MATLAB code using LabVIEW to analyze and decode an ERP-OFDM

[IEEE 802.11g] signal frame captured through software radio USRP

• Performed various decoding techniques in physical (PLCP) and MAC layer (MPDU, MSDU) to determine source and destination MA C address resulting in identifying SSID of captured Wi-Fi Trainee, ITI, Bangalore, India November 2017 - December 2017

• Collected data from various labs and prepared report of daily occurrence to officials

• Learned about manufacturing of PCB boards used for Telephones PROJECTS

Radar Detection system at beaches using satellite communication February 2020 - Present

• Designed Transceiver communication link to satellite and simulated the system on AWR VSS

• Analyzed node power, cascaded gain, Noise power, IP3 of overall system

• Simulated and calculated the effect of Free space path loss in the desired frequency range IoT street Lighting system February 2019 - April 2019

• Implemented a smart streetlight system using piezoelectric sensor by controlling the light intensity

• Programed Arduino board using python and stored data in cloud for processing GPS and GSM based geo location guide using RF March 2018 - May 2018

• Implemented safety system in Theme park using RF transmitters at various locations which inform current location to RF Receivers carried by people

• Incorporated Emergency alert button in Receiver with SMS facility to save people when stuck inside theme park Wireless Transmitter and Receiver February 2017 - May 2017

• Designed helical antenna which operated at 433 MHz for transmitting and receiving radio frequency waves

• Displayed antenna model at project EXPO held by university and won 2nd place for best design LEADERSHIP EXPERIENCE & ORGANISATION

Member, Society of Women Engineer January 2019 - Present Member, Student Leadership Programs, UTD January 2020 - Present

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