KESHAV SHAH

* ******** ****, ******, ** ***** www.linkedin.com/in/keshav-shah Cell: 1-862-***-**** ade9w8@r.postjobfree.com EDUCATION:

New Jersey Institute of Technology (NJIT), Newark, NJ May 2019 Master of Science in Computer Engineering; GPA: 3.556 Institute of Technology, Nirma University, India June 2017 Bachelor of Science in Electronics and Communication Engineering Relevant Coursework: Embedded Computing Systems, Programming in Microcontroller, Digital System Design, VLSI Design, Computer System Architecture, Wireless Sensor Network, Digital Signal Processing, Analog Circuits & Design TECHNICAL SKILLS:

Software: Multisim, Proteus, Keil, EAGLE, Mentor Graphics, Arduino IDE, HSpice, MATLAB, Altera Quartus, Modelsim, LabView Hardware: Atmel 8051, FPGA, DSP STM32, Function Generator, Oscillators, PCB Schematic & layout design Programming: C, C++, Embedded C, Assembly, Python, VHDL, Verilog HDL, Spice, MySQL, XML Operating Systems: Windows, Linux, Raspberry Pi

Soft Skills: Communication, Positive minded, Punctual, Self-motivating, Analytical PROFESSIONAL EXPERIENCE:

NJIT Venture link, Newark, NJ, USA, Volunteer, Associate Biometrics Software Engineer August 2019 – March 2020

• Worked as an Associate Biometric Software Engineer volunteer in one startup company located at NJIT Venture link where I interfaced an image processing algorithm on hardware like Raspberry Pi, Arduino using Python, C coding & later interfaced those hardware with proximity sensor & triggered the actuators like relay switch to provide authentication to the user if image processing algorithm detects an authorized user and also had designed PCB of the hardware model Bharat Sanchar Nigam Limited (BSNL)Ahmedabad, Gujarat, India, Engineering Intern May 2016 - June 2016

• Learnt the basics of wired and wireless communication along with demonstration and laboratory work including various aspects of communication like Fiber Optics, GSM, evolution of switches from manual to present day packet-switched switches.

• Worked on a project based on Device to Device communication (M2M) using Optical Fiber and Arduino. PROJECTS:

NJIT Highlander Drone Competition, @NJIT Spring 2019

• Designed, implemented, and tested software and Hardware architecture design of a drone

• Software: Xming server, Ubuntu shell, VNC viewer, Qground control

• Hardware: - Pixhauk, Brushless BLDC motors, ESC's, DJI Power module, GPS, Taranis X7 RF remote controller

• Qualified for the second round after getting successful flight completion of drone in first round ASIC Design: - 32-bit Synchronous Counter Fall 2018

• Accomplished the project using tools such as HSPICE, Mentor Graphics IC Schematic editor and Layout editor

• Calculated the rise time, fall time delays and the noise margin of the 32-bit Synchronous counter making its design optimized Traffic Light Controller Fall 2018

• Implemented using VHDL coding on FPGA DE2 Altera board of Quartus II Cyclone II, used LED’s Signal indication with FPGA

• When one signal turns green, it would stay green till it detects traffic and then it would turn red after the traffic becomes idle Real Time Vehicle Theft Detection Spring 2018

• Utilized Raspberry Pi to develop an automatic theft control system based on facial recognition mechanism using Python

• Car would only get ignition to start if the facial features are found to be of the owner or of any family member of the owner ASIC Design: - 4-bit Binary Multiplier Fall 2016

• Implemented using Verilog coding and verified the output on DE2 FPGA board of Quartus II Cyclone II

• Implemented the RTL gate level design of the code in tools such as Microwind, Dsch03

• Calculated the rise time, fall time and propagation delay, power dissipation thus making it suitable for direct fabrication Temperature Detection and Control Spring 2016

• Interfaced DHT-11 with Microcontroller AT89C51 in C to extract values of Temperature & Humidity, used the system to control the temperature of room for a specific range using relay mechanism by heater and fan followed by designing PCB layout of the overall circuit Different LED Patterns Spring 2016

• Designed a PCB layout using EAGLE after interfacing Microcontroller AT89C51 with LEDs using Embedded C which would generate different geometrical patterns of LEDs based on which button has been pressed by the user CERTIFICATION AND EXTRACURRICULAR:

• Certification in Computer Hardware and Networking

• Volunteered at IEEE, New Jersey Institute of Technology (NJIT) in organizing various Technical events

• Worked as a Conference Assistance at NJIT Residence Life

• Served as a liaison at a Non-Governmental Organization (NGO), Yuva Unstoppable for executing various cultural events