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Enhancing Lectures with 
Interactive Activities 
Elizabeth Malcolm, PhD 
Associate Professor of Ocean & Atmospheric Sciences 
Department Coordinator, Earth & Environmental Sciences
Why Use In-class Activities? 
• Participation by all students 
• Active learning 
• Engaging and fun for students 
• Assess student learning 
• Easy to incorporate into traditional lecture 
• http://serc.carleton.edu/sp/library/interactive/index.html
“How Am I Doing?” 
• Multiple choice questions embedded in presentation 
• “Clickers”, or 
• Low tech versions: colored index cards or hold up # 
fingers corresponding to answer choice 
• Quickly assess student learning 
– From assigned reading 
– After activity or lecture on 
difficult concept
Think-Pair-Share 
• Easily adaptable to a wide variety of questions and 
activities 
• Pre-planned or spontaneous 
• All students participate 
• Instructor can walk around room assessing and 
offering assistance
Think-Pair-Share 
Examples: 
– Write a definition of the greenhouse effect in your own words 
– Draw a graph showing how temperature changes with height on a 
windy night and calm night 
– Label the world map showing where you expect to find fine-grained 
lithogenous sediment, coarse-grained lithogenous sediment, and 
biogenous sediment 
– Conduct a life cycle analysis for gasoline by listing all the potential 
environmental impacts from cradle to grave. (Half class does gasoline, 
half corn-ethanol & compare)
Model Prediction 
Model Predictions 
Why is there a range 
in the predictions? 
What factors will 
lead to different 
rates of warming? 
www.ipcc.ch 
Think-Pair-Share Example: 
How much will temperatures 
change in the future?
Free-Write 
• Students write continuously for 5 min without 
concern for grammar/spelling 
• In depth thinking on open ended questions 
• Used for self-reflection or application of course 
content 
• Examples: 
– “How comfortable are you with scientific writing? What 
are your strengths and weaknesses?” 
– “Do you agree with the report that climate change should 
be treated as a national security threat by our 
government?”
Demos 
• Students make a prediction before 
• Explain/diagram afterwards 
• Examples: 
– Cartesian divers (ketchup packet in soda bottle) 
– solar bags 
– Bernoulli “wind” bags 
– air pressure mat 
– air cannon 
– groundwater models 
www.stevespanglerscience.com/
More Elaborate Activities 
• Class discussion of an assigned article in small groups 
• Class poster session 
• Gallery walk/walkabout 
• Jigsaw 
• For examples see 
http://serc.carleton.edu/sp/library/pedagogies.html
Students Sharing Ideas 
• Students project graph or diagram w/ 
document camera 
• Students create posters w/ large post-it notes 
in class, stick to walls for poster session

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Malcolm

  • 1. Enhancing Lectures with Interactive Activities Elizabeth Malcolm, PhD Associate Professor of Ocean & Atmospheric Sciences Department Coordinator, Earth & Environmental Sciences
  • 2. Why Use In-class Activities? • Participation by all students • Active learning • Engaging and fun for students • Assess student learning • Easy to incorporate into traditional lecture • http://serc.carleton.edu/sp/library/interactive/index.html
  • 3. “How Am I Doing?” • Multiple choice questions embedded in presentation • “Clickers”, or • Low tech versions: colored index cards or hold up # fingers corresponding to answer choice • Quickly assess student learning – From assigned reading – After activity or lecture on difficult concept
  • 4. Think-Pair-Share • Easily adaptable to a wide variety of questions and activities • Pre-planned or spontaneous • All students participate • Instructor can walk around room assessing and offering assistance
  • 5. Think-Pair-Share Examples: – Write a definition of the greenhouse effect in your own words – Draw a graph showing how temperature changes with height on a windy night and calm night – Label the world map showing where you expect to find fine-grained lithogenous sediment, coarse-grained lithogenous sediment, and biogenous sediment – Conduct a life cycle analysis for gasoline by listing all the potential environmental impacts from cradle to grave. (Half class does gasoline, half corn-ethanol & compare)
  • 6. Model Prediction Model Predictions Why is there a range in the predictions? What factors will lead to different rates of warming? www.ipcc.ch Think-Pair-Share Example: How much will temperatures change in the future?
  • 7. Free-Write • Students write continuously for 5 min without concern for grammar/spelling • In depth thinking on open ended questions • Used for self-reflection or application of course content • Examples: – “How comfortable are you with scientific writing? What are your strengths and weaknesses?” – “Do you agree with the report that climate change should be treated as a national security threat by our government?”
  • 8. Demos • Students make a prediction before • Explain/diagram afterwards • Examples: – Cartesian divers (ketchup packet in soda bottle) – solar bags – Bernoulli “wind” bags – air pressure mat – air cannon – groundwater models www.stevespanglerscience.com/
  • 9. More Elaborate Activities • Class discussion of an assigned article in small groups • Class poster session • Gallery walk/walkabout • Jigsaw • For examples see http://serc.carleton.edu/sp/library/pedagogies.html
  • 10. Students Sharing Ideas • Students project graph or diagram w/ document camera • Students create posters w/ large post-it notes in class, stick to walls for poster session

Editor's Notes

  1. Content, calculations, interpreting or drawing graphs, integrating ideas, drawing diagrams, definitions, maps
  2. Another: On the world map draw the prevailing wind currents. Then add in the major oceanic gyres.
  3. Done at front of room & if possible passed around or offer multiple sets for all students to try Take 10-30 min.
  4. In addition to choosing a few groups to share thoughts verbally with class & record list on board