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  1. choose a problem
  2. explore the problem
    1. state of the art
    2. who are stakeholders
    3. requirements for a "good" solution
    4. safety and regulatory concerns
    the point:
    have a completely authentic research experience, do the best science we can
  3. choose an approach
  4. Designing DNA/experiments
  5. Order DNA -> construction
  6. Make data

     

    First half of semester:

  • Small groups focused around specific potential projects

  • Developing a problem

  • Interacting with the primary literature (3 hours with a medical dictionary)

  • reporting- journal clubs by the summer

  • stakeholders (don't forget to talk about funding!)

     

Skills

  • TC

  • Cloning (PCR)
  • Genious
  • Data analysis (Modelling) not just trial and error, get computers involved! Model protein structure and dynamics, biomaterials and metabolic engineering. iGEM judges like this. 
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