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Kids as Airborne Mission Scientists
 
   
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Welcome to KaAMS?
KaAMS and great science education for middle level students are synonymous. The premise of KaAMS is to provide teachers with the tools to help facilitate student construction of knowledge in science and student application of that knowledge in authentic science-related situations, e.g., kids learning science by practicing science. This site contains carefully constructed lesson plans designed to shadow scientific inquiry as conducted by NASA scientists during airborne remote sensing missions.
problem scenario
propose solution reflective thinking propose ideas
search info.
collect data
analyze data

The lesson plans, organized around NASA missions, help teachers facilitate student participation in authentic scientific explorations while supporting national education standards and benchmarks in science, math, technology, and geography. KaAMS lessons are designed to inspire middle school kids to learn science, math, technology, and geography by their participating as scientists in activities punctuated by “bursts” of interactive events culminating in the analysis of data from NASA airborne remote sensing missions.

 


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The KaAMS lesson plans harness a multitude of existing NASA, and other science-related, resources for both teachers and students. This science and technology-rich, web-accessible environment for teachers is designed using the Web-Enhanced Learning Environment Strategies (WELES) framework. The WELES framework enables teachers to integrate web resources purposefully and appropriately into the science curriculum. See Using KaAMS for more on the lesson plan structure and integrating Internet resources into your teaching.

The KaAMS lesson plans are organized in six major steps aligned with the processes of scientific inquiry, including: (1) identifying the problem scenario, (2) iterations of proposing ideas to explore problems and (3) searching for key information to support their planned explorations, (4) collecting data, (5) analyzing data, and (6) going public with their solutions. Throughout the entire process students are prompted to reflect on what they have learned and what they still need to know, similar to the process scientists go through during their scientific explorations. The use of these inquiry-oriented steps helps students become familiar with scientists' reasoning processes while they fill in gaps in their own knowledge during investigation of the mission problem. Students then use their newly acquired knowledge to refine or discard their ideas and generate new ideas based on their learning.
See figure 1.

 


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Site updated July 17, 2003

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