Andrew B. Godbehere
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Mail |
5300
Market Street Oakland,
CA 94608 |
Cell |
(732)
600-3083 |
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E-mail |
andrew.godbehere@eecs.berkeley.edu |
Web |
http://bit.ly/agodbehere |
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Education |
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University of California, Berkeley Berkeley, CA |
Fall 2008 – Present |
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á Ph.D. Electrical Engineering á Expected Graduation Spring 2014 á Advisor: S. Shankar Sastry á Control and Robotics, Networking,
Statistics |
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Cornell University Ithaca, NY |
Fall 2004 – Spring 2008 |
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á B.S. Electrical and Computer Engineering á Awards and Communities o Graduated Summa Cum Laude o National Merit Scholar o Member, National Society of Collegiate
Scholars, Cornell University Chapter o Member, Tau Beta Pi, NY D Chapter, Class
of 2008 |
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Publications |
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A. B. Godbehere and S. S. Sastry.
Stabilization of planar switched linear systems using polar coordinates. Proceedings of the 13th ACM
international conference on Hybrid systems: computation and control, 2010. |
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A. B. Godbehere and N. J. Ward. Wearable
interfaces for cyberphysical musical expression. New Interfaces for Musical Expression,
2008. |
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E. Gilson, M. Chung, R. Davidson, M. Dorf, P. Efthimion, A.
Godbehere, and R. Majeski. Recent advances in the
physics of collective excitations in the paul trap
simulator experiment. Nuclear
Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers,
Detectors, and Associated Equipment, 606(1-2):48
– 52, 2009. Proceedings of the 17th International Symposium
on Heavy Ion Inertial Fusion. |
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Presentations |
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á Presented a talk at the 13th
ACM international conference on Hybrid systems: computation and control,
Stockholm, Sweden, April 2010. |
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á Presented a poster at the 8th
international conference of new interfaces for musical expression, Genova, Italy, June 2008. |
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Installations |
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ÒAre We There Yet?Ó |
Computer Vision System Engineer |
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á Developed a real-time machine vision
tracking algorithm á Integrated vision system with an
interactive audio system |
http://www.are-we-there-yet.org |
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Teaching |
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EE 120: Signals and Systems |
Fall 2010 |
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á Course taught by Profs. Babak Ayazifar and Kannan Ramchandran |
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Graduate Coursework |
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á EE 221A:
Linear Systems Theory |
Fall 2008 Claire Tomlin and Kameshwar
Poola |
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á EE 226A:
Stochastic Processes |
Fall 2008 David Tse |
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á EE 222:
Nonlinear Systems Theory |
Spring 2009 Claire Tomlin |
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á EE 291E:
Hybrid Systems and Control Seminar |
Spring 2009 Claire Tomlin and Shankar Sastry |
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á EE 227A:
Convex Optimization |
Fall 2009 Martin Wainwright |
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á STAT 210A:
Theoretical Statistics |
Fall 2009 Haiyan Huang |
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á EE 290Q:
Advanced Topics in Communication Networks (Sensor Networks) |
Spring 2010 Kristofer Pister |
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á NWMED 201:
Questioning New Media |
Spring 2010 Ken Goldberg |
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á EE 228A:
High Speed Communication Networks |
Fall 2010 Jean Walrand
and Abhay Parekh |
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á NWMED 290:
Thinking Technologies |
Fall 2010 David Bates |
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á EE 301:
Engineering Pedagogy |
Fall 2010 Avideh Zakhor |
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á STAT 212A:
Topics in Theoretical Statistics |
Spring 2010 Peter Bickel |
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Technical
Skills |
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Programming |
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á Python, numpy, scipy, matplotlib á C, C++, Java á Nokia QT á Atmel AVR Architecture á Matlab á HTML, PHP á Experience programming for Windows, Linux |
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Embedded Systems Experience |
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á TI MSP 430 á Atmel AT86RF230 á Atmel Mega128 |
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Software |
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á Microsoft Office Suite á Matlab á Experienced Unix System Administrator á Adobe Photoshop, Illustrator |
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Hardware |
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á Skilled in printed circuit board layout
and assembly á Experienced at soldering á Skilled with function generators,
oscilloscopes, and power supplies |
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