TE 401 - Developing Breakthrough Projects
|Develop Breakthrough Projects||TE401||A||65391||LCD||1||1400 - 1520||M|| Keilin Jahnke|
|Develop Breakthrough Projects||TE401||B||65392||LCD||1||-|| Keilin Jahnke|
|Develop Breakthrough Projects||TE401||CS||68142||LCD||2||-||Andrew Singer|
Jed L Taylor
|Develop Breakthrough Projects||TE401||CS3||74024||LCD||3||-||Andrew Singer|
|TE 401 at LLC Innovation||TE401||LL2||71420||LEC||2||1530 - 1650||T||89 Illinois Street Residence Lng|| Keilin Jahnke|
|TE401 at Innovation LLC||TE401||LLC||71419||LEC||2||1530 - 1650||T R|| Keilin Jahnke|
|Develop Breakthrough Projects||TE401||MK||65393||LCD||1||-||Mark Karasek|
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Want to work on a project or startup and get course credit?
If students want to work on a project for TE 401 credit, they will need to complete a Memorandum of Agreement Form and find a faculty member to sponsor their project before the beginning of the semester. Questions about TE 401 courses should be directed to Keilin Jahnke at firstname.lastname@example.org.
More information about TE 401 Section F: Augmented Listening Technology
Recent advances in embedded sensing and computing technology and in audio signal processing are enabling groundbreaking advances in augmented listening technology, including hearing aids, smart headphones, and audio augmented reality. In this project-based experiential course, students will develop prototypes, design experiments, and collect data to explore the capabilities of multichannel augmented listening devices using large sensor arrays and state-of-the-art signal processing methods. The collaborative project will incorporate electronic hardware design, laboratory experiments, and data analysis. Students will also have the opportunity to pursue individual research into applications related to audio enhancement, array processing, and machine audition. For more information, see the TE 401 F Website Questions about TE 401-F should be directed to Manan Mittal at email@example.com.