Engineer Water Treatment

RAJ NILESHKUMAR SHAH

Electrical Engineer RF/Microwave

***** ******* ****** #***

Northridge, CA 91325

Cell #: 1-818-***-****

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

https://www.linkedin.com/in/raj-shah-504b84127/

EDUCATION:

Masters of Science in Electrical Engineering Spring 2017 California State University, Northridge (CSUN) GPA 3.48

Bachelors in Engineering in Electronics and Telecommunication May 2014 Savitribai Phule Pune University (formerly University of Pune), India GPA 3.56 Relevant Courses:

RF and Microwave Active Circuit Design, Fiber Optic Communication, Electromagnetic Fields and Wave II, Electric Network Theory, Advanced Microwave Circuit Design, Microwave and Optical System Design, Data Communication Networks, Wave Theory and Antenna

TECHNICAL SKILLS:

Programming Languages : MATLAB, JAVA, Python

RF tools : Signal Generator, Oscilloscope, Digital Storage Oscilloscope, Power Supply

RF Simulation tools : AWR Microwave Office, Agilent ADS, Sonnet Lite, Smith Charts

Operating Systems : Windows, Macintosh

EMPLOYMENT EXPERIENCE:

Tree Public Foundation (NGO), Pune, India Nov 2014 – Feb 2015 Core Team Member

Responsible for planning and implementation of large scale tree plantation as well as sustaining them.

Designed environment related activities for MNCs, children and citizens

Part of communication and coordination team

Connected to CSR/HR heads and setup meetings

Shreeji Aqua Treatment Pvt. Ltd., Pune, India Jul 2013 – Jun 2014 Hardware Engineering Intern

Implemented and Designed PLC based automation for Water Treatment Plant. Studied Process Measurement, Instrumentation and Control of electronically controlled Water Treatment Plant

Design included monitoring and controlling the processes involved in water-level, PH and flow measurements on the sensors and PLC panel.

Part of procurement team that purchased the required sensors and switches ACADEMIC PROJECTS:

“8 TO 16 GHz Broadband Amplifier Design Using Balanced Configuration” Aug 2016 – May 2017

Designed a Broadband Amplifier using Balanced configuration to operate at octave-bandwidth of 8GHz – 16GHz having gain >10dB

The simulation and optimization has been done using AWR Microwave Office

“Error Detection using FCS Algorithm” Sep 2016 – Nov 2016

The project demonstrates error detection in received bits in the Data Link Layer using the Frame Check Sequence algorithm. The simulation is done in JAVA.

The project is divided into three parts - Generator, Verifier and Alter. The Generator reads input and the generator pattern. The Verifier checks if the Generator is error free. The Alter introduces error in the generated pattern and verifies the working of the algorithm. PUBLICATIONS:

“8 TO 16 GHz Broadband Amplifier Design Using Balanced Configuration”

Publisher: CSUN ScholarWorks Open Access Repository

Publication Date: 06/07/2017

URL: http://hdl.handle.net/10211.3/192622

“Automation of Water Treatment Plant”

Publisher: International Journal for Technological Research in Engineering

Publication Date: 04/08/2014

URL: http://www.ijtre.com/images/scripts/201-***-****.pdf

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