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Electrical Engineering Microsoft Office

Orem, Utah, United States
March 08, 2018

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Siddharth Mehta

U.S Citizen (480)-***-****


Georgia Institute of Technology, Atlanta, Georgia (Honors Program)

Bachelor of Science in Electrical Engineering

Projected Graduation: December 2018

GPA: 3.70 (Dean’s List)

Academic Standing: Senior

Professional Experience

Intel, Chandler, AZ (May 2017-December 2017): IOTG Intern FPGA based Compute Acceleration

Brought up and validated boards to solve customer issues.

Documented BKMs for board debugging to aid future PAEs.

Created and Executed User Acceptance Testing for Intel FPGA solutions and aided in creating User Guide for products.

IVA Labs, Atlanta, GA (January 2016-Present): Undergraduate Researcher

Working under Dr. Patricio A. Vela to create a human-like walking gait for a biped robot.

Use Optragen, a MATLAB interface to IPOPT to calculate the joint angle trajectories for stages of walking and integral control to control motors

Leidos, Beavercreek, OH (May 2016-July 2016): Signal Processing Intern

Ran tests and analyzed Data for an Automatic Target Recognition System designed for SAR images.

Wrote a new algorithm to determine the azimuth angle from an image via Hough Transform. This optimized method greatly reduced the 0-90 degree ambiguity case error.


Programming: Matlab, Java, Python, MIPS Assembly, C, VHDL, C++, ROS, OpenCV, OpenCL

Hardware: myDAQ, TurtleBots, FPGA, mbed, nrf5283, TI C2000

Software: Quartus, Microsoft Office,LTSPICE,MULTISIM,, Eagle



oIncorporated feedback control and finite-state machines to increase the ability and accuracy of TurtleBots using ROS

oHad the TurtleBot wander mindlessly, draw a perfect square, perform color based detection, and navigate autonomously through an obstacle course

Dueling Tanks

oCreated a Tank Game using a mbed Microcontroller with enhanced graphics and sound effects

oUsers push buttons to shoot and utilize powers ups while adjusting the accelerometer to move tank

Control System Design

oExplore GPIO,PWM, ADC, QEP,Intertupt,CAN and Timer modules of TI C200 F28027 and F28069 microcontrollers

oUse microcontroller modules to implement state space integral control on motors.

Pipelined Processor

oUsed Logism to implement the 5 stages of a pipeline processor while addressing for control and data hazards.

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