Electrical Engineering Control

ADITYA BHATTER

**** ********* **, *** *, Los Angeles CA-90007 781-***-****

*******@***.***

OBJECTIVE

To contribute and learn from an engineering firm where I will have the opportunity to apply my electrical

engineering and software programming skills and in turn contribute to the firm's development

EDUCATION

Masters of Science in Electrical Engineering (Control Systems) GPA: 3.40 May 2015

University of Southern California – Los Angeles, CA

Related Coursework: Multi-Variable Control, Robotics, Computer Vision, Linear Systems Theory

Bachelor of Engineering in Electrical Engineering GPA: 3.85 May 2013

University of Mumbai – Mumbai, India

Coursework: Microcontrollers, Control Theory, Electronic Circuit Design, Communication Engineering

TECHNICAL SKILLS

Proficient Languages: C++, Python, HTML 5, Prior Experience in: C, Java

Tools Used: Visual Studio 2013, Eclipse, Eagle for PCB Design

Applications: MATLAB, Simulink, RS Logix 1000, Unity Pro, AutoCAD, Arduino

Operating Systems: Robot Operating System(ROS), Windows, Linux

WORK EXPERIENCE

USC Interactions Lab (Graduate Student Researcher) – Los Angeles, CA March 2014 - Present

Evaluating a study for determining the distance for the meaningful interaction between a human and

half Humanoid robot mounted on a Pioneer robot

Controlling the robot’s movement using a PS3 controller and a Wii Mote, programming in C++ on ROS

Using a Hokuyo Laser sensor to track the distance between the human and the robot. Writing the data

to a file for further evaluation of the experiment, programming in C++

Larsen & Toubro (Intern) – Mumbai, India July 2012- May 2013

Evaluated and designed control and automation techniques for 12 major processes of a Cement plant

which included Kiln Control, Dust Handling System

Implemented the techniques on interlock logics to facilitate the programming o f process control

systems, using Unity Pro software and improved the overall efficiency by 10%

Siemens (Trainee) – Mumbai, India June 2012

Programmed and examined the process control system of a Paint Emulsion Plant using Simatic S7 -300

Analyzed test results to locate and determine causes of malfunction and implemented changes

PROJECT EXPERIENCE

Nao Robot (Group of 4) – Los Angeles, CA January 2014- April 2014

The Nao robot was made to balance on one leg and hop on the spot using SL Simulation and Real-Time

control software, programmed in C++ and MATLAB

Laser Pointing Device (Individual Member) – Los Angeles, California January 2014- April 2014

Designed a PID controller for a Laser Pointing Device using Bode Plots, Root Locus design techniques

to meet the given specifications, programmed in MATLAB and Simulink

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