Page will be updated for 2018 in early spring.
Tuition is $750 for the six week program, which includes lunch. We have a number of need-based scholarships available as well; all admissions is need-blind.
Our mission is to develop high school students into innovative researchers. Please take care in filling out your application; we receive many excellent applications but can accept only 25 students. Acceptance means you can attend for three summers: CSA 1, 2, and 3.
The Community Science Academy is offering a six-week summer enrichment program at the California Institute of Technology (Caltech) in Pasadena. This year, CSA will be held from June 19 to July 28. It is a commuter program, with lessons and activities from 10 am to 3:30 pm every Monday, Wednesday, and Friday (with some exceptions).
Students learn science and engineering from university researchers and gain hands-on experience performing experiments and building projects in Caltech labs and facilities in cooperation with Bruce Hay (Professor of Biology), Jeff Mendez (Director of Undergraduate Chemistry Labs), and Mike Vicic (Director of Undergraduate Chemical Engineering Labs). Most classes are held at Caltech's Center for Teaching, Learning, and Outreach, with some activities held in Huntington Gardens and in Caltech's undergraduate teaching labs.
In 2017 we are offering three courses, recommended for students in grades 9-12. Community Science 1 is a prerequisite for Community Science 2, Community Science 2 is a prerequisite for Community Science 3.
Community Science 1 teaches core topics in the sciences:
- Soil and water quality. Learn how different elements cycle through the biosphere. Measure dye in Kool-Aid and iron in drinking water, using a colorimeter you build.
- Pest control. Learn about fruit flies and ants, and build your own microscope to look at them.
- Plant processing. Extract dyes from berries and oils from oranges, and make aspirin from willow bark or oil of wintergreen.
Community Science 2 teaches key engineering skills:
- Environmental monitoring. Build circuits, program microcontrollers, and link solid-state gas sensors to create devices that respond to adverse conditions.
- Remote sensing. Design remote-controlled planes with attached multispectral sensors to study vegetation.
- Bacterial detection. Amplify and separate DNA to detect the presence of different bacteria.