YATIN BALUJA

(***)- ***-**** ac4mkm@r.postjobfree.com

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

www.linkedin.com/in/yatinbaluja https://github.com/Yatinbaluja 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

International JOURNAL OF INNOVATIVE RESEARCH IN SCIENCE ENGINEERING AND TECHNOLOGY (IJIRSET), VOL.2, ISSUE 5, May 2013.

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