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Assessing Gender Differences in Clicker Questions for an Introductory Physics Course |
Richardson C |
Physics and Astronomy |
Michigan State |
2011 |
|
Investigating Water Chemistry: Application to a Watery World |
Rober AR |
Zoology |
Michigan State |
2011 |
|
Developing critical thinking skills: a social constructionist perspective |
Kelly JR |
|
Michigan State |
2011 |
|
Clickers and active learning strategies: A synergistic approach to evaluate student learning in an advanced level biology class |
Bailey D |
Department of Biology |
Howard |
2011 |
|
The Evaluation of a model-based approach to teaching Physics |
Garcia R |
Department of Physics |
Howard |
2011 |
|
Howard University, Department of Mechanical Engineering |
Afoakwah E, Baronette M |
Department of Biology, Mechanical Engineering |
Howard |
2011 |
|
The comparison between computer and paper-based acquisition of knowledge and its impact on comprehension and retention. |
Olubu K, Sadler C |
Department of Pharmachology, Department of Educational Psychology |
Howard |
2011 |
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Teaching Biochemistry using Measurable Learning Objectives |
Hackett E, McCoy R |
Department of Microbiology, Department of Chemistry |
Howard |
2011 |
|
Test-First Programming and Problem Visualization |
Winger J |
Computer Sciences |
Vanderbilt |
2011 |
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Examining the influence of context-based laboratory instruction on student interest and learning in an introductory chemistry course |
Smith C |
Chemistry |
UW-Madison |
2011 |
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Does level of exam preparation change in response to style of testing in the biological sciences? |
Tran M |
Biology |
Michigan State |
2011 |
|
Effects of active learning on students' enjoyment and content retention during Ecology fieldtrips |
Gooch M |
Ecology and Geology |
UW-Madison |
2011 |
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Group Winogradsky Columns: Collaborative learning as a tool to further understanding of microbial cycling |
Percak-Dennett L |
Biology |
UW-Madison |
2011 |
|
A Laboratory-based design experience to increase comprehension and retention of concepts in fluid mechanics in an undergraduate engineering course |
Afoakwah E, Baronette M-U, Deonauth K, Hammonds J |
Engineering and Science |
Howard |
2011 |
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Cooperative learning and its effects on the academic achievement and interest level of major and non-major students in an introductory engineering course |
Adolph E, Prieto M |
Engineering |
Vanderbilt |
2011 |
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Determining how effective a student-led online “Effective Teaching with Technology” class is to student learning |
Rook D |
Geosciences |
UW-Madison |
2011 |
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Leveling the playing field for mathematically underprepared students in introductory physics classes |
Walsh K |
Physics and Mathematics |
Michigan State |
2011 |
|
Delta Internship: Assessing Student Learning in the Planetarium |
Sell P |
Astronomy and Physics |
UW-Madison |
2011 |
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Influence of Informal Science Education through After-school Science Clubs |
Johnston-McIntosh M |
Science and Pedagogy |
UW-Madison |
2011 |
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Interactive visual tools for teaching concurrency in hardware description languages |
Gregerson A, Morrow M |
Computer Sciences |
UW-Madison |
2011 |
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What will the application-driven method contribute to the general statistical education of the introductory level for the undergraduate students, compared to the theory-driven method? |
Feng W |
Mathematics |
Michigan State |
2011 |
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Using Prezi to navigate multi-scale (micro/macro/mega) topics in Earth Materials |
Carley T |
Geology and Environmental Sciences |
Vanderbilt |
2011 |
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A challenge-based unit combined with hands-on demonstration to teach fluid momentum to undergraduate students |
Myers M |
Physics and Engineering |
Vanderbilt |
2011 |
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Overcoming Common Conceptual and Reasoning Difficulties in Cosmology: A Lecture Tutorial Approach |
Wallace C |
Physics and Astronomy |
CU-Boulder |
2011 |
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Exposing High School Students to How Math Impacts Their World |
Balzano L |
Electrical Engineering |
UW-Madison |
2011 |