testing wireless technologies

RADHIKA SAXENA

**** ****** *** *****, **** ***, TX, 78613 512-***-****

***********@*****.*** www.linkedin.com/in/radhika-saxena-06b49650 SUMMARY OF KEY PROJECTS:

• Relevant projects in analysis of networking protocols using packet analyzer Wireshark, Packet tracer/Gns3.and implementing client/server system using socket programming in Python 3.

• Integration/Testing of VoLTE feature

• Embedded Microcontroller/Microprocessor projects EDUCATION

University of Texas at Arlington May 2019 Arlington, TX Master of Science in Electrical Engineering

Relevant Courses: Computer Networks, 4G LTE fundamentals,4G LTE EPC, Analog CMOS IC Design, Embedded Microcontroller and Microprocessor

Amity University May 2017 INDIA

Bachelor of Technology in Electronics and Communications Relevant Courses: Analog and Digital Communication, Wireless Communication, Telecommunication Switching, Antenna Theory

& Wave Propagation, Digital Signal Processing, Radar & Satellite Communication and Data Communication Network. TECHNICAL SKILLS

Programming Languages: C, MATLAB, Python

Software Tools: Microsoft Office, Microsoft Excel, Code Composer Studio V7, R&S CMW500 Protocol Tester Design and Simulation Software: SolidWorks, Schematics Capture, PSpice, Wireshark, Gns, Packet Tracer, Ansoft HFSS. Microcontroller: Arduino Uno, TM4C123GH6PM

SUMMER INTERNSHIP

Bharat Electronics Limited (BEL) India May-July 2016 Integration, Verification and Performance comparison of VoLTE services with VoIP services like WhatsApp

• Worked with a team of senior engineers to support them in creating builds, lab testing with protocol simulators and field testing with live network and debugging with trace tools.

• As part of the lab testing, created test plans, executed tests and reported bugs. Nature of testing was System level which included protocol verification and performance measurements. ACADEMIC PROJECTS

Computer Network Projects February 19

• Built single and multi- threaded web Server and client system using socket programming in Python 3.

• Implemented TCP and HTTP protocols to facilitate communication between server and client system.

• Study and packet analysis of TCP protocol and TCP’s use of congestion control algorithm, sequence numbers and acknowledgments for reliable data transfer and receiver advertised flow control.

• Analysis of DHCP packets using Wireshark.

Working Knowledge:

L5 Protocols: DNS, DHCP, HTTP, FTP; L4 Protocols: TCP/IP, UDP; L3 Protocols: IPv4, IPv6, OSPF; Wireless technologies: CDMA, 4G LTE

RF Design Project May 17

• Design and Simulation of Microstrip Patch Antenna with CPW feed using ANSOFT HFSS 13.0 Embedded Microcontroller and Microprocessors Projects May 19

• Design of hardware and software interaction system capable to measure resistance, capacitance and inductance using TM4C123GXL microcontroller and providing complete user interface through virtual COM port on evaluation kit.

• Experience coding, debugging test code with application of communication protocols to program microcontroller peripherals and real time control of external device.

• Hands on experience in bench testing using lab equipment like oscilloscope, multimeter, power supply, spectrum analyzer, soldering irons and wire cutters to verify correctness of device under test.

• Design of SDRAM controller that allows SDRAM memory to be interfaced with microprocessor having only asynchronous memory support.

CERTIFICATION

• Hands on introduction for Python Programming.

PUBLICATION

• Evolving Mobile Networks in Licensed and Unlicensed Spectrum – IJSER Vol.7, May 2016

• Performance analysis of multiband micro strip patch antenna using CPW feed submitted to 2017 IEEE RTEICT conference.

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