2.        Experiment Execution and Data Collection

This category is the heart of the science training of the students participating in Space Payloads. The modules change from year to year depending on the status of the project and the area of research. The activities remain but form part of new modules. Most of the activities take place in the student research lab.

1. DNA radiation dosimetry
   

        

• Learn DNA Gel-electrophoresis.
  
• Learn how to prepare samples for experiment and control sequences
  
• Apply statistical methods.
  

1. Crystal Growth and Zero-g effects
   

        
This module encourages students to investigate the numerous parameters involved in crystal growth, particularly in Zero-g. Students will have to

• Perform Crystal Growth experiments in the Lab.
  
• Photograph the progress of the crystal growth
  
• Apply statistical methods.
  
• Atmospheric Spectroscopy and Remote Sensing
          
  
  • Construct a spectrograph and use it in remote sensing.
    
  • Interface with the Florida Space Institute design team.
    
  • Learn Basic spectral calibration techniques.
    
  • Construct and use a simple radiometer.
    
  • Learn digital image processing.
    
  
  

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  This material is based upon work supported by the National Science Foundation under Grant No. 9653672. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.