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Science Education: Vital Connection of Science to the Public Sphere. 19 th Biennial Conference on Chemical Education 2006. The bridge between teaching and learning. 2005.
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Science Education: Vital Connection of Science to the Public Sphere 19th Biennial Conference on Chemical Education2006 The bridge between teaching and learning
2005 Using Contemporary Issues to Teach Skeptical Inquiry: An Approach to Improve Science and Information Literacy among Undergraduates Nora Egan Demers ndemers@fgcu.edu http://itech.fgcu.edu/faculty/ndemers.demers.html Florida Gulf Coast University College of Arts & Sciences
FGCU Academic Affairs College of Arts & Sciences Whitaker Center Planning and Evaluation Research and Sponsored Programs Lee County Mosquito Control district (flights for images) FGCU Art students Sam Miranda Lenore Benefield Cid Conley Andy Tirado Rich Coughlin many other colleagues and students Acknowledgements BCCE Chemistry IUPUI
Overview • Brief evolutionary history of Institution and IDS program • Description of the course • Goals and outcomes • collaborations with IT and Library • View into the future
FGCU- Then • Opened Fall, 1997- 5 colleges • Target audience: upper division students (2+2 articulation with local Community college) • 25% smaller footprint with Distance Learning • Arts and Sciences had a single B.A. in Liberal Studies
FGCU- Now • Arts and Sciences has 13 B.A. degree offerings and 3 B.S. • B.A.’s requires: • IDS 3300 Foundations of Civic Engagement • 2 other IDS including IDS 3303 • A Capstone course
Student profile- changing demographics Average Age1997: 331999: 282000: 292005: 25.52006: 23 FTIC 1997: 175 (entire year) 1999: 302 (fall) 2000: 465 (fall) 2004: 975 (fall) 2006: 1800 (fall)
Collegium of Integrated Learning Arts & Sciences Strategy to Address the Student Learning Outcomes at FGCU- -originally 5 Upper Division courses and a Capstone (24 credit hours) -Compressed to 18 hours in 2000 -Now (2006) required for B.A, not B.S. -Degrees awarded in specific disciplines -Once again under revision
Student Learning Outcomes Mapped to IDS 3303 Issues in Science and Technology: problem solving, information literacy, technological literacy
Emphasize Science as a way of knowing
Use empirical data to falsify stance
Go beyond headlines and “Inside Edition” knowledge
55% –Assignments 10% –Oral “debate” or presentation 20% – Independent presentation - written 5% – Summary discussions 10% – Class participation/attendance 0% – Portfolio Grading Scheme Scaffold
55% –Assignments • List of five Issues in Science and Technology (2%) • Forming a Question/Making a Research Plan Worksheet (5%) • Mining Resources (5%) • Outline and First version (5%) • My Librarian (5%) • Evaluation of Websites (4%) • Annotated bibliography (4%) • Timeline of issues (5%) • Second version (5%) • Data and Information on topic (with citations) to be used during the debates (7%) • Summaries (written summaries of debates (5%)
Collaborations with IT Evaluate “WebTrends” data to help redesign course
Collaborations with IT • Pages hit most immediately before and after class • almost 40% between 10 PM and 4 AM
Collaborations with Library faculty “just in time” learning
Information Literacy skills crucial
Powerful Influences • Politics & Economics • Culture & Society
Powerful Influences • Media, Arts and Literature • Ecology and the Environment
Future Directions • More computer tutorial sessions • policy & legislation • More Peer Review • Emphasize Civic Engagement • Clarify role of Library in world of Google
Conclusions • Allow students to choose topic • Everything that matters has to “count” toward the grade (is there another way?) • Focus on process and critical thinking skills • Emphasize need to consider the source and bias • Nothing is as “Black and White” as we might think • Important and valuable to hear others ideas • Great learning experience for all involved • Possible to incorporate strategy into other courses