This project supports the development of a two-semester course sequence for seniors focusing on design and construction to mitigate the impacts of earthquakes on residential structures in developing regions. Through lectures, guest speakers, mentorship and on-site visits, students will be introduced to structural dynamics, passive seismic control, low-tech and low-cost alternative construction techniques, value engineering and socioeconomics. The course will be made up of about fifteen engineering and architecture students divided into three or four E-Teams, each assigned an industry mentor.
The E-Teams will research and design solutions, and build and test prototypes in a Structural Control and A-seismic Research (SCARE) lab. They will document their progress in a report, including a business plan for field implementation of the proposed solution, and visit a selected community in a developing region to implement their solution.
Among the educational outcomes, students will be taught the impact of engineering solutions in a global, economic, and environmental context, with an emphasis on design to save lives in earthquake regions.
This E-Team is working to improve on current 3D medical imaging techniques by increasing their accuracy, field of view, speed and complexity, while at the same time lowering cost. Using advanced algorithms, the team has achieved preliminary results; this grant will help further develop their technique and build a prototype.
The 3D imaging market includes image construction of human body parts and organs, vision systems for tracking, and many other applications in the camera and entertainment industries as well as the military. The team's workplan includes improvement and optimization of techniques, prototyping, and assessment and final improvements.