Difference between revisions of "New Intro Bio Approach"

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'''What are the learning objectives for the course?'''
 
'''What are the learning objectives for the course?'''
  
1) Describe the big ideas of biology and relate them to examples at multiple levels of organization.
+
Students should be able to:
  
2) Apply general principles to new case studies.  
+
1) Describe the central ideas of biology, and explain them by providing examples at multiple levels of conceptualization and analysis.
 +
 
 +
2) Apply general principles to new case studies.
 +
-how does #2 differ from #1?  How do general principles differ from big/central ideas?
  
 
3) Analyze data that students have not seen before.  
 
3) Analyze data that students have not seen before.  
  
4) Design a well controlled experiment to test an hypothesis.  
+
4) Formulate an hypothesis, and design a well controlled experiment to test that hypothesis.  
  
5) Evaluate statements by using specific examples and data to support or refute the statements.  
+
5) Evaluate statements by using specific examples and data that support or refute the statements.  
 +
-"statements" is vague; what do you mean?
  
 
6) Use mathematics to explain biological concepts or specific examples.  
 
6) Use mathematics to explain biological concepts or specific examples.  
  
7) Formulate an opinion about a biologically-related topic which is supported by data.   
+
7) Formulate an opinion about a biologically-related topic, and defend that opinion with supportive data.   
  
  
 
'''What are the objectives for the assessment?'''
 
'''What are the objectives for the assessment?'''
  
1) Compare the retention of content for students in this course as well as traditional courses.  
+
Compare students in new and traditional introductory biology courses along the following dimensions:
 +
 
 +
1) Retention of content.  
  
2a) Assess the ability of students to extract biological information from data. <br>
+
2a) Extraction of biological information from data. <br>
2b) Judge the capacity of students to ask testable questions and design well controlled experiments.  
+
2b) Formulation of testable questions and well controlled experiments.  
  
3) Appraise how students perceive biology as a discipline, and science in general. (What role does vocabulary play?)
+
3) Perceptions of biology as a discipline, and science in general. (What role does vocabulary play?)
  
4) Determine whether students take more biology courses than traditional students do/did.
+
4) Enrollment in subsequent more biology courses.
  
 
==To Do Lists==
 
==To Do Lists==

Revision as of 16:57, 14 March 2010

Meeting Notes

March 2, 2010

Draft Objectives

What are the learning objectives for the course?

Students should be able to:

1) Describe the central ideas of biology, and explain them by providing examples at multiple levels of conceptualization and analysis.

2) Apply general principles to new case studies. -how does #2 differ from #1? How do general principles differ from big/central ideas?

3) Analyze data that students have not seen before.

4) Formulate an hypothesis, and design a well controlled experiment to test that hypothesis.

5) Evaluate statements by using specific examples and data that support or refute the statements. -"statements" is vague; what do you mean?

6) Use mathematics to explain biological concepts or specific examples.

7) Formulate an opinion about a biologically-related topic, and defend that opinion with supportive data.


What are the objectives for the assessment?

Compare students in new and traditional introductory biology courses along the following dimensions:

1) Retention of content.

2a) Extraction of biological information from data.
2b) Formulation of testable questions and well controlled experiments.

3) Perceptions of biology as a discipline, and science in general. (What role does vocabulary play?)

4) Enrollment in subsequent more biology courses.

To Do Lists

Malcolm:

  1. Ask Dave and Jennifer if they are willing to participate at different levels of assessment (clicker daily, weekly, etc.)
  2. Bio111 faculty need to Agree on all 3 assessment objectives. I will ask about general principles first, and details as they take shape. We will write and assess all tools.
  3. Talk to Kevin about getting 4 color versions of my chapters in 3 hole versions. Approved.

Everyone:

  1. Edit the list of objectives above.

Time Line

Classes Start 234 August

End of March: agree upon objectives for course and assessment

By Graduation: agree on experimental design and assessment tools

By June 15: submit HSIRB form for approval.

By June 30: draft assessment tools

In July: test assessment tools and get student feedback; revise tools.