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Collaborative Research in Teaching: Collaboration between Laboratory Courses at Neighboring Institutions
Jennifer R Yates1, Nancy Curtis, Seth J Ramus
1Psychology Department, Colby College, Waterville, ME 04901.
Summary
This study introduces a collaborative model for undergraduate behavioral neuroscience laboratory courses. It enhances research skills, resource sharing, and data collection through inter-institutional cooperation.
Area of Science:
- Behavioral Neuroscience
- Undergraduate Education
- Scientific Collaboration
Background:
- Collaboration is fundamental to scientific progress.
- Integrating research into laboratory courses offers valuable training.
- Inter-institutional collaboration can overcome resource limitations.
Purpose of the Study:
- To present a model for collaborative research between behavioral neuroscience laboratory courses at different institutions.
- To engage undergraduate students in novel scientific research and inter-classroom discussions.
- To enhance resource sharing, data collection, and independent research training.
Main Methods:
- Two institutions (Colby College and Bowdoin College) collaborated on their respective laboratory courses: Laboratory in Brain and Behavior and Laboratory in Behavioral Neuroscience: Learning and Memory.
- Undergraduate students conducted novel research projects using animal subjects, learning experimental design, surgery, behavioral testing, and histological techniques.
- Technology, including threaded discussion groups and videoconferencing, was used to facilitate communication and data analysis between geographically separated students.
Main Results:
- The collaborative model allowed for the collection of a larger number of subjects, increasing the statistical power of the experiments.
- Students gained practical experience in conducting primary research and utilizing advanced scientific techniques.
- Effective communication and methodological exchange were facilitated through technological tools.
Conclusions:
- This collaborative research model successfully integrates authentic scientific inquiry into undergraduate curricula.
- It provides a framework for enhancing student learning, resource utilization, and research output in behavioral neuroscience.
- The model demonstrates the feasibility and benefits of inter-institutional collaboration in science education.
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