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Aditi Vedantam - University of Southern California

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<strong>Aditi</strong> <strong>Vedantam</strong><br />

2632, Ellendale Place, Apt 110, Los Angeles, CA-90007 (919-607-6920)<br />

E-mail: aditi.vedantam@gmail.com<br />

Graduate Electrical Engineer<br />

Focus Areas:<br />

Embedded Systems, Control Systems and Robotics, Image Processing and Data Acquisition Systems.<br />

Experience:<br />

Industrial Automation and Drive technology Intern, Siemens, Mumbai, India May 2010 – July 2010<br />

­ Intern in the Industrial automation and Drive Technology team.<br />

­ Study and testing <strong>of</strong> Siemens Drives in the M3 segment (V60 and S120)<br />

­ Study and testing <strong>of</strong> Siemens controllers (Simotion D)<br />

Project Intern, Tata Institute <strong>of</strong> Fundamental Research, Mumbai, India July 2008 – June 2009<br />

­ Simulated a Data Acquisition System for the Electron Cyclotron Resonance Ion Source Machine<br />

­ System implementation using the MCB2300 emulator board with ARM7 microcontroller and Keil<br />

Microvision IDE.<br />

­ System programming in C and front end designing in LabView.<br />

Undergraduate Intern, Seto Teknolog Pvt Ltd, Mumbai, India June 2007 – July 2007<br />

­ Trained in departments <strong>of</strong> Assembly, Wiring and Testing <strong>of</strong> production <strong>of</strong> industrial automated<br />

products.<br />

­ Overview and introduction to design and development <strong>of</strong> automated systems.<br />

Student Operator, Network Operations Center, USC, Los Angeles, CA Sept 2010 – Present<br />

­ Responsible for monitoring various network points on and <strong>of</strong>f-campus belonging to USC using<br />

multiple monitoring tools.<br />

­ Also provide customer support for all USC - supported online portals as well as Los Nettos and<br />

other Colocation customers.<br />

Education:<br />

<strong>University</strong> <strong>of</strong> <strong>Southern</strong> <strong>California</strong>, Los Angeles, CA, Aug 2009 - May 2011<br />

Master <strong>of</strong> Science, Electrical Engineering<br />

Significant Courses Taken:<br />

Game Hardware Architecture Sensing and Planning in Robotics Digital Control Systems<br />

Digital Image Processing Introduction to Programming Systems Robotics<br />

<strong>University</strong> <strong>of</strong> Mumbai: Ramrao Adik Institute <strong>of</strong> Technology, Mumbai, India Aug 2005 - July 2009<br />

Bachelor in Electronics Engineering<br />

Significant Courses Taken:<br />

Control Systems Engineering C and C++ Programming Computer Organization<br />

Filter Theory and Application Introduction to Robotics Discrete Time Signal Processing<br />

Digital Design I and II Image Processing Microwave and Fiber Optic<br />

Communication


<strong>Aditi</strong> <strong>Vedantam</strong><br />

2632, Ellendale Place, Apt 110, Los Angeles, CA-90007 (919-607-6920)<br />

E-mail: aditi.vedantam@gmail.com<br />

Technical Skills:<br />

Languages : C, C++, Embedded C, Embedded C++, MATLAB, LabView, Simulink, OpenMP, CUDA,<br />

HTML.<br />

Hardware : Microprocessor 8085/86, Microcontroller 8051, Emulator LPC 2378.<br />

Platforms : Windows, Linux, Macintosh.<br />

IDEs : Micros<strong>of</strong>t Visual Studio, Keil Microvision, Visual C++, GNU, Turbo C++<br />

Projects:<br />

Implementing Image Processing techniques – Fall 2010<br />

­ Image Manipulation, Image Enhancement, Noise Removal<br />

­ Edge Detection, Morphological Processing, and Digital Halftoning<br />

­ Geometric Modifications, Texture Analysis and Segmentation, and Optical Character<br />

Recognition<br />

Building a Supercomputer – Spring 2010<br />

­ Combining computation abilities <strong>of</strong> a CPU and two GPUs (GeForce 8000 and Tesla)<br />

­ Implementing basic graphic algorithms with CUDA programming to examine performance<br />

enhancement on supercomputer<br />

Particle Filtering for Robot Localization – Fall 2009<br />

­ Simulated position tracking for robot and audio source for audio-localized robot.<br />

­ Implemented using LabView and Bayesian particle filtering for belief map updates.<br />

Line Tracker Robot – Fall 2008<br />

­ Implementation <strong>of</strong> embedded systems project on line tracker robot using assembly level<br />

language on an AT89S52 microcontroller chip<br />

Display screens using Seven-Segment Displays – Spring 2008<br />

­ Interfacing a 8051 Microcontroller with seven-segment displays for use in various applications<br />

such as railways stations and marquees<br />

Microprocessor-based Car Parking Slot Indicator – Fall 2007<br />

­ Interfacing an 8085 microprocessor with peripheral input/output device (8255) and sevensegment<br />

display. Input is taken in the form <strong>of</strong> switch outputs.<br />

Extracurricular Activities:<br />

Participant and frequent winner, IEEE-Mumbai Robotics Competitions<br />

Event Head at various IEEE technical festivals, cultural and athletic college festivals<br />

Member <strong>of</strong> Core Organizing Committee for the All- India Twenty 20 tournament.<br />

Editor <strong>of</strong> college technical and general magazines (2008-09)<br />

Head <strong>of</strong> Student Careers Committee (2007-09)<br />

National-level badminton player and state-level basketball player<br />

Pr<strong>of</strong>icient orator with numerous wins at various debates and elocution

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