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Electrical Engineer Engineering

Union City, New Jersey, 07087, United States
February 27, 2018

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(201)- ***-****

* ****** ***** *** #*, Weehawken, NJ-07086 PROFILE

• Experienced Hardware professional with expertise in VLSI, IoT, Embedded Systems and Computer Architecture

• In-depth understanding of applied optimization models and its application in linear regression and application optimization

• Digital Signal Processing - adept in Back-End Development, Embedded Design and Control Theory EDUCATION & CERTIFICATIONS

• Master of Science in Electrical Engineering, Stevens Institute of Technology, USA GPA: 3.64

• Bachelor of Technology in Electronics Engineering, BVUCOEP, PUNE, India GPA: 3.0

• Machine Learning Certification from Stanford University by Dr. Andrew Ng

• SoC Verification using System Verilog from Udemy

• Microcontrollers and the C programming language from Udemy

• Raspberry Pi Workshop 2017 become a coder from Udemy EXPERIENCE

Teaching Assistant June 2016 – Dec 2016

Stevens Institute of Technology, Hoboken, NJ

• Troubleshot Arduino-based experiments including soldering and mounted electronic components

• Lead the engineering evaluation of designs documentations for electrical department

• Mentored student engineers to eliminate roadblocks and increase productivity

• Prepared and taught electronics lab sessions

Electrical Engineer Nov 2013 – June 2014

CoreEL Technologies(I) Pvt. Ltd., Gurgaon, India

• Analyzed Xilinx FPGA Spartan technical specifications to improve the performance and reliability

• Issued technical reports to clients and internal stakeholders

• Implemented and administered customers specifications related to a range of hardware boards

• Acted as the layered window for electronics commodities, managed capacities and material negotiations

• Monitored technical queries and provided detailed and detailed solutions

• Provided onboarding leadership, and technical application support and training for clients using Xilinx FPGA and ISE tools, Mentor Graphics and Front-End ASIC design tools

Electronics Engineer, Internship June 2012 – Aug 2012 Marrino Industries, India

• Engineered end-to-end technical solutions to ensure quarterly technical initiatives were met

• Settled up variety of electronic components for continuous improvement projects

• Assembled and repaired Electronics boards, used Oscilloscope and soldering gun

• Led the migration of engineering data from legacy systems to more robust solutions TECHNICAL SKILLS

• Raspberry Pi, Arduino, Xilinx FPGA Spartan, Xilinx ISE, Mentor Graphics (Tanner Tool LSpice), ModelSIM

• Linux, Windows, macOS, Ki Cad, Soldering, Oscilloscope, Frequency analyzer

• Python, Verilog, VHDL, MATLAB, LabVIEW, C/C++, MySQL, MS Office PROJECTS

Mixed Signal IC Testing December 2017

• Created a sequence for NI test stand which interacts through a computer with the NI-STS tester

• The sequence embeds LabVIEW VIs which measure the input and output parameters of an Op-amp, LDO and temperature sensor to generate and compare its characteristics when the sequence is run to verify according to their design parameters Windows IoT – Stepper, Servo and DC Motor December 2017

• Windows IOT motor drivers for PCA9695, ULN2003 and L298N chipsets controlling servo, stepper and DC motors respectively

• Raspberry pi 3 with DC motor, Servo motor and stepper motor, 9V (2 batteries) along with the chipsets

• Mini Solderless Prototype Breadboard, Wireless keyboard. 3.5-inch touch screen and Boards module included in this project Home Surveillance System, Stevens Institute of Technology Mar 2016 – Apr 2016

• Infrastructure setup using Raspberry pi, sensors and Python

• Determined the intruder using two different cameras, entire system connected to an external display

• The implementation resulted in storing images and videos using SQL Weather Monitoring System, Stevens Institute of Technology Mar 2016 – Apr 2016

• Aggregated the city data based on the weighted average of Geographic coordinates

• Analyzed the data, developed the GUI window using Python and sensors

• Developed different scenarios and evaluated graphical performance for each scenario Wireless Power Transmission, BVUCOEP Mar 2013 – May 2013

• Analog Circuitry used to produce mutual inductance (LC Tank circuit)

• Analyzed different parameters, integrated different obstacle to detect the range

• Transmission end and Receiving end had the same frequency, crated inductance for the flow Miscellaneous Projects

• Formulated and implemented data hiding technique, GUI window, DFT algorithm problem using MATLAB

• LinkedIn Crawler, Django, Beautiful Soup, LinkedIn’s API to crawl the LinkedIn page using Python PUBLICATION


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