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{ | == Andrew Wallis == | ||
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![[Image:ProfileAppro.jpg|thumb|center|upright=1.25|Andrew Wallis is a undergraduate student in the [http://www.ece.mtu.edu/ Department of Electrical and Computer Engineering]]] | |||
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=='''Bio'''== | |||
I am a 5th year undergraduate student at Michigan Tech double majoring in Computer and Electrical Engineering with a Minor in Aerospace Studies. My academic interests are widely varied, but they center around my fields of study; I am particularly interested in MEMS, Additive Manufacturing (3D Printing), embedded systems, computer organization/architecture, and wireless communications, however, I have a fascination with nearly all new technologies and I welcome the opportunity to learn and expand my knowledge. | |||
I have been a member of the Aerospace Enterprise at Michigan Tech and am currently serving as Project Manager on a Ford sponsored design team as part of the Wireless Communications Enterprise. I am also the President of the Michigan Tech's chapter of Tau Beta Pi, the Engineering Honor Society [http://tbp.org/home.cfm]. | |||
=='''Research'''== | |||
Summer 2014 | |||
While working as a SOCHE contractor for the United States Air Force at Wright-Patterons AFB, I performed wireless security research with a heavy emphasis on Bluetooth devices. Utilizing flaws within the Bluetooth protocol, I devised a method for intelligent stealth jamming of individual Bluetooth connections and wrote a research paper detailing how to exploit this weakness. | |||
Summer 2013 | |||
As part of a NSF REU at Michigan Tech, I performed interdisciplinary research related to semi-truck fuel efficiency by designing and building electronic controls for full scale semi-truck transmission simulator. At the conclusion of the project, I presented research project to Michigan Tech faculty and participated in undergraduate poster presentation [https://www.youtube.com/watch?v=v3aBQUmaqwM]. In addition, during the summer as part of the research program I designed an Arduino based controller and sensors for 5th wheel used to log coast down and drive cycle data with data acquisition package (PLX-DAQ) and taught a Simulink based closed loop controls seminar to undergraduate students. | |||
==Delta Prints== | |||
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[[Category:777-2014 People]] | [[Category:777-2014 People]] | ||
Revision as of 23:32, 7 October 2014
Andrew Wallis
| Andrew Wallis |
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Bio
I am a 5th year undergraduate student at Michigan Tech double majoring in Computer and Electrical Engineering with a Minor in Aerospace Studies. My academic interests are widely varied, but they center around my fields of study; I am particularly interested in MEMS, Additive Manufacturing (3D Printing), embedded systems, computer organization/architecture, and wireless communications, however, I have a fascination with nearly all new technologies and I welcome the opportunity to learn and expand my knowledge.
I have been a member of the Aerospace Enterprise at Michigan Tech and am currently serving as Project Manager on a Ford sponsored design team as part of the Wireless Communications Enterprise. I am also the President of the Michigan Tech's chapter of Tau Beta Pi, the Engineering Honor Society [1].
Research
Summer 2014
While working as a SOCHE contractor for the United States Air Force at Wright-Patterons AFB, I performed wireless security research with a heavy emphasis on Bluetooth devices. Utilizing flaws within the Bluetooth protocol, I devised a method for intelligent stealth jamming of individual Bluetooth connections and wrote a research paper detailing how to exploit this weakness.
Summer 2013
As part of a NSF REU at Michigan Tech, I performed interdisciplinary research related to semi-truck fuel efficiency by designing and building electronic controls for full scale semi-truck transmission simulator. At the conclusion of the project, I presented research project to Michigan Tech faculty and participated in undergraduate poster presentation [2]. In addition, during the summer as part of the research program I designed an Arduino based controller and sensors for 5th wheel used to log coast down and drive cycle data with data acquisition package (PLX-DAQ) and taught a Simulink based closed loop controls seminar to undergraduate students.
Delta Prints
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