Data Engineering

RAJ J SHAH

**** *** ***, ***# ****, Fairfax, VA – 22031 *******@***.*** 571-***-**** LinkedIn Profile Project Portfolio EDUCATION

George Mason University May 2016 - Jun 2016

Master of Science (M.S.) in Computer Engineering.

University of Mumbai Aug 2009 - May 2013

Bachelor of Engineering (B.E.) in Electronics and Telecommunication. SKILLS

• Data Analytic Skills: MS-Access, Excel, MATLAB, MSSQL, R(Working proficiency)

• Business Analysis: Visio, UML Modeling

• Programming Languages: Python, C, JAVA, Embedded C, Hardware Description Language (VHDL, Verilog)

• Content Management Skills: WordPress, Drupal

• Microprocessors & Microcontrollers: ARM Cortex M3, Raspberry Pi, MSP430, Arduino, PIC(16/18/32F), ATmega(16,64)

• Protocols: CAN, USB, SPI, UART, JTAG, FTP, SSH, Z-Wave(IoT), Ethernet, Bluetooth LE, I2C, Zigbee, TCP/IP, RS232, RS485 PROFESSIONAL EXPERIENCE

Graduate Teaching Assistant George Mason University Jan 2016 - May 2016

• Lab instructor for courses ECE 332 - Digital Electronics and Logic Design Lab and ECE 301 - Digital Electronics R&D Software Engineering Intern Danfoss May 2015 - Jan 2016

• Investigated datasets related to LON bus network traffic to identify value, add information to Software Engineering group’s daily digital footprint data and assemble testable data

• Coordinated with other teams for functional requirement gathering, identified previous system failures and developed data models to provide predictive data analysis and make system proactive thus reducing system downtime by 30%[Data modeling]

• Assessed competitor products, analyzed and organized client requirements, identified critical issues with their process designed pro- active alarming algorithms for their existing store monitoring systems

• Developed a data analysis algorithm to sort data packets from LOYTEC to improve scalability, performance and reduced the network bus traffic analysis time by 70% and did data visualization using graphical format[Python, LON, Data Analysis]

• Assisted predictive analytic team in developing various data models

• Designed and coded application components in Agile environment utilizing test driven approach[Agile] Applications Engineer H.K.Tempsensors Jun 2013 - Aug 2014

• Deployed temperature monitoring and controlling system for 80 KW sintering press and 2650 Ton capacity ZDAS forging press

• Redesigned PCB and developed firmware for temperature controllers to interface logic controlled hardware with temp. sensors, graphical LCD, multi-sensor input and analog single / dual relay for controlling action[Embedded C, PCB Designing, Altium] Research and Data Analysis Intern SAMEER(IIT-Bombay) and DJSCOE Aug 2011 - Jun 2013

• Responsible for research ideas, implementation and formulation of final results

• Analyzed patterns from daily test data, predicted changes in antenna performance & provided recommendations to improve antenna design

• Created data subsets, performed data cleaning, and identifying requirements

• Worked on development of models (regression and clustering ) to predict antenna performance in its higher order mode PROJECTS

Software Projects

• Design and Implementation of Operating System(C, Unix/Linux kernel, GIT/CVS) Sep 2015 - Dec 2015 Executed synchronization primitives on kernel to solve synchronization problems like traffic-intersection problems Configured system calls and a multilevel feedback queue scheduler using C to allow kernel to support process abstraction

• Dynamically changing cache associativity and size in L1/L2(Data Analysis, Python, Shell Scripting) Mar 2015 - May 2015 Simulated data sets consisting different processor configuration by varying cache size and associativity to estimate cache performance Analyzed data to determine processor efficiency(IPC/Power and IPC2/ Power) during different phases of benchmarking using CACTI Embedded Firmware / Hardware Projects

• Processing Biomedical Images using OpenCV library on Zedboard(Master’s Project) Aug 2015 - Jun 2015 Developed image processing algorithm to process large sized biomedical images utilizing OpenCV video processing functions to perform real time image processing to enhance processing via hardware acceleration of X-Rays on Zedboard Synthesized and developed hardware IP core in Vivado HLS to demonstrate co-processing between Zynq FPGA and ARM core

• Real Time Sensor Network (RTOS, ARM Cortex M-3, CAN, RS232) Jan 2015 – May 2015 Established communication between two ARM Cortex M3 boards using CAN bus protocol and interfaced it with LCD Customized MBed RTOS to process sensor readings in real time and displayed them on host PC using RS232 protocol

• Smart Home Automation (Internet of Things) (MSP430, CC3100, Embedded C) Sep 2014 – Dec 2014 Monitored and controlled room temperature using MSP430’s internal NTC sensor and also displayed the result on 16x2 LCD Integrated CC3100 Wi-Fi Module with MSP430 to control various appliances via a mobile device PUBLICATIONS

• Analysis of Proximity Fed Gap Coupled C-shaped Microstrip Antenna - IJMOT Vol. 9 No.3. May 2014

• Broadband Semi-Circular Microstrip Antenna – ICAC Springer vol. 361, 2013, pp. 403-411

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