Engineer Engineering

HARISH RAMACHANDRAN

** ******** *** *** *, Harrison, NJ 07029

Cell - 646-***-**** / 862-***-**** Email: ****@****.***

OBJECTIVE

Seeking a position that provides opportunity to learn & excel in the field Telecommunication and Signal

processing

SUMMARY OF EXPERIENCE

Familiar with networking systems and TCP/IP

Knowledge of LTE System architecture

Educational background and understanding of modulation, demodulation, equalization

Familiar with air interfaces like 3GPP, 3GPP2

WORK EXPERIENCE: Field Test Engineer at Pixaware Technologies April 2013 –

July 2013

Testing on tools such as Agilent, TEMS etc

Monitoring uploads and downloads in EVDO Rev A for Sprint

Checking the quality of voice calls in addition to checking handoffs etc

Have worked on EVDO and CDMA with main attention to data rate and call drop rate

Worked with Scanner GPS on Agilent

Troubleshoot for Agilent and TEMS for effective and specific use

EDUCATION

Master of Science Electrical Engineering

Dec 2012

New Jersey Institute of Technology, Newark, New Jersey

GPA: 3.40

Key Courses – Communication Systems I & 2, Network Architecture & Protocols, Linear Systems, Internet &

Higher Level Protocols, Random Signal Analysis & Wireless Communications

Bachelor of Engineering Electronics & Telecommunication Engineering May

2010

University of Mumbai, India GPA: 3.1

Key Courses – Digital Communications, Digital Signal Processing, Antenna Theory, Radar Communication,

Mobile Communication Systems, Antenna Theory, Computer Communication Networks & Microcontrollers

TECHNICAL SKILLS

Programming languages: C, C++, C#, MATLAB

Web Development: HTML, JavaScript

Database Systems: MySQL, Microsoft Access

Wireless Technologies: CDMA, EVDO, UMTS, GSM, LTE

ACADEMIC PROJECTS

Wireless Sensor Networks: Project describes the concept, applications & challenges of Wireless Sensor

Networks. We talked about fading, energy efficiency & routing in Wireless sensor networks. The IEEE & ZigBEE

standards were compared

Network simulation with OPNET: Performed an analysis of a customized network to simulate an office.

Analyzed collision count, traffic sent & traffic received in time average in various configurations of the network

Maximum Likelihood Detection using MATLAB: Designed a Viterbi sequence detector to obtain the Maximum

Likelihood detected sequence & compared with that of hard limiter. The result was increasing SNR would

decrease BER and the Maximum Likelihood decision based on Viterbi algorithm outperforms that of hard limiter,

especially in higher SNR values.

Parking Assistance with Microcontrollers: Created a parking enhancement system with the help of

microcontrollers and the motive was to provide assistance for intelligent parking with the use of Wireless Sensors

& Microcontrollers.

Finger print scanner: Assisted in creating a finger print scanner running on AFIS principle which could access

with a database in the web, thus making it effective

Presented on the topic SC-FDMA v OFDMA: Besides the other differences the importance of using SC-FDMA

in uplink for 4G LTE due to low peak to average power ratio is beneficial was explained

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