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Ideas for technology-supported projects
 
Ideas from Chicago and Detroit:
Bogan High School purchases software as a resource for its new math lab.

Von Steuben Center physics students explore technologically rich activity stations.
Students analyze data and generate hypothesis concerning evolutionary patterns.

 
Best Practice High School students help search for supernovas and asteroids.

Detroit students track the water quality of the Rouge River.
 

Resources from other areas:

Challenge 2000 Multimedia Project: http://pblmm.k12.ca.us

Software for skills practice
Bogan High School purchased two software programs, Algebra Assistant and Calculus Assistant (both by MathXpert), for the new math lab. Described as "intelligent educational software," these programs offer a practice environment for
solving algebra and calculus problems with options for hints, assistance, or step-by-step solutions. Technology coordinator Owen McAleenan hopes to add Geometer's SketchPad as well.
Technology-based inquiry with sensor equipment
Von Steuben Center's physics teachers Mary Jo Arnashus and Nancy Schlack use technology such as Science Workshop, Interactive Physics, and the PASCO sensor equipment.

Physics labs involve 8-10 activity stations where students explore phenomena and answer questions concerning their observations and the variables underlying the observed phenomena. In the Acceleration and Gravity unit, for example, one of the activity stations employs a sensor connected to a computer so that the data are graphed immediately.

Interactive Physics http://www.lightlink.com/sergey/java/

 

 

 

Data analysis

Von Steuben Center biology teacher Linda Patton started using technology while earning her education degree at Northwestern University, where one of her professors was Brian Reiser, a researcher in learning technology. Patton made her freshman biology classroom available to Reiser as a research site for prototyping a software program on evolution called BGuILE.

BGuILE presents students with data and has them generate hypotheses and gather evidence concerning evolutionary patterns. It includes many opportunities for students to analyze data.

BGuILE Web site: http://www.letus.org/bguile/

 

Participate in authentic research

Art Griffin’s physics class at Best Practice High School participates in the Hands-On Universe Project. This project gives students the opportunity to use image processing software to explore and investigate images from a network of automated telescopes.

Hands-On Universe enlists students to review images from space to acquire concepts and skills of research astronomy and help search for supernovas and asteroids. Hands-On Universe enables students to use the same kinds of software tools that scientists use (albeit with more user-friendly interfaces) to examine and classify downloaded images. TERC, a science education curriculum developer, has created instructional materials to accompany the Hands-On Universe software and images.

Hands On Universe Web site: http://hou.lbl.gov/

Collaborate on environmental projects

Each year, Renaissance High School science teachers, under the leadership of department head Miriam Turner, participate in the EPA-funded and Wayne County-managed Rouge River Project. The project involves high school students from across the Detroit Metro area in tracking the water quality of the Rouge River, a tributary that feeds into the Detroit River.
Some 40 schools participate in the project, taking measurements of nine dimensions of water quality, including water temperature, pH, alkalinity, nitrates, and dissolved oxygen.

Students submit their data over the Internet to a database shared by all the participating schools.

Rouge River Project Web site: http://www.wcdoe.org/rougeriver/