RF/Electrical/telecom/network Engineer

SWETHA PARVATHAM

Cell: 937-***-****

******.****@*****.***

CAREER OBJECTIVE

To acquire a full-time job in an organization that is at the forefront of technology which provides opportunities to implement and develop my technical skills.

SKILLS

Hands-on experience working on electronic meter tools, multi meter, oscilloscope, DVMs, signal generators, power supplies and other standard EE lab equipments.

Ability to read blueprints, wiring diagrams, schematic drawings.

Knowledge on creating and executing RF design.

Knowledge on RF propagations and RADAR systems.

Hands-on experience on Routers and switches.

Knowledge on basic electronic principles, theories, concepts, and their application.

Experience on OSI model, TCP/IP protocol suite (IP, ARP, TCP, UDP, SMTP, FTP, TFTP).

Understanding of Bridging and Switching concepts and LAN technologies.

Experience in configuring IP address and sub netting.

Knowledge of routing protocols (RIP V1/V2, OSPF, IGRP and EIGRP).

Working experience on Analog and Digital circuit design.

Hands on experience on Microcontrollers.

Experience in working with computer-aided engineering tools i.e. PCB layout, basic knowledge on AutoCAD.

Familiar with the hardware development process such as circuit simulation & design, hardware debug.

Excellent communication, interpersonal and analytical skills.

Experience on CDMA, GSM,3G/4G technology and spectrum analyzers.

Ability to learn and adapt quickly to the new emerging technologies and work independently.

TECHNICAL SKILLS

CAD Tools: Saber, L-Edit, Coventor ware, Electronic design automation (EDA), Cadence.

Languages: C, Core Java, Verilog/VHDL, MATLAB, HTML.

Databases: MySQL.

Operating Systems: Windows XP/Vista, Windows 7/8/10, Mac OS, Linux

WORK EXPERIENCE

Verveba Telecom, Texas March 2016 – January 2017

RF Engineer

Responsibilities:

Prepared schematic diagrams and testing procedures to management.

Worked with software and telecom engineers to integrate designs into large scale communication systems.

Developing design schematics and support layout of RF circuit boards.

Provided technical support to electrical department.

Designing RF circuits, filters, power amplifiers and lumped element matching circuits.

RF and Software troubleshooting, maintenance and fault isolation abilities.

Worked on high power RF transmitters and antennas, filtering designs, modulation techniques.

Antenna selection for the new existing sites.

Responsible for developing RF systems, high power amplifiers and testing phases.

Frequency Planning, Frequency Auditing and Neighbor Planning for new and old Cell Sites in the respective region.

TCS, Gachibowli, Hyderabad September 2012 to May 2013

EMBEDDED ENGINEER

Responsibilities:

Worked on Development and production support issues related to system testing and bug fixing requirements.

Worked with the Manager in developing technical specifications based on the customer requirements.

Programmed a C8051F020 microcontroller and interfaced it with an LCD screen to display a bar-graph for analyzing data captured by the company’s underground cable fault detection system.

Involved in System design reviews and estimation.

EDUCATION

Master of Science in Electrical Engineering, 2013 to 2015

Wright State University (WSU), Dayton-OH

Bachelor of Engineering in Electronics and Communication, 2008 to 2012

Stanley College of Engineering & technology for women O.U, INDIA

CERTIFICATION

CCNA Routing and Switching certified

ACADEMIC PROJECTS

“A large angle tip-tilt and piston micro mirror using Bimorph thermal actuator”, MEMS, 2015

The project involves designing an electro thermal micro mirror bimorph actuator with large vertical displacement and small lateral displacement. The main aim of the project is to measure the tip-tilt angle and piston operation over the entire range of deflection and to have a switching speed of less than 1ms.

“Micro mirror – Electro thermal Analysis”, MEMS, 2014

The objective of the project is to design a MEMS Micro mirror based on the Electro thermal analysis and to observe its peak deflection, stress, peak bias voltage, and resonant frequency and temperature levels.

“Decision feedback Frequency Offset Estimation and Tracking for General ICI Self-Cancellation Based OFDM Systems”, Wireless Communication,2014

Project involves a proposal of a Decision Feedback Estimation(DFE) Method and applied to the ICI self-cancellation scheme to obtain the accurate frequency offset acquisitions and tracking and to improve the systems performance.

“MUD and MMSEC for MC-CDMA” Wireless Communication, 2013

The project is about designing a communication system which includes Multi-Carrier Code Division Multiple Access (MC-CDMA) with the peak-to-average power ratio (PAPR) reduction using channel coding, optimization in MC-CDMA, estimation of wireless channel condition and MC-CDMA with multi-user detection (MUD).

“Implementation of Advance Encryption Standard (AES) for secure and low cost communication”, VLSI Technology, 2012“

The purpose of the project is to implement low cost architecture for the Advanced Encryption Standard (AES) algorithm and to develop an AES Encryption and Decryption methods to achieve a low-cost AES co-processor architecture.

INTERNSHIP

Training on “Study of Servomotors, Synchro’s and Actuators” in the Servo Systems Division of Electronics Corporation of India Limited (ECIL), Hyderabad

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