Proposal - Oncourse - Indiana University
Proposal - Oncourse - Indiana University
Proposal - Oncourse - Indiana University
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creating an online organic chemistry KB that will house an ever-growing database of student<br />
questions and IUPUI faculty content.<br />
The development of this tool will be overseen by one chemistry faculty and one information<br />
technology faculty, with the full support of their respective departments. To assess the value of<br />
the KB as a novel educational tool in organic chemistry, we will focus strongly on a chemical<br />
education research approach to the above problem. Available tools including standardized<br />
exams, semester exams, student focus group analysis, and student surveys will provide concrete<br />
data to assess the value of the proposed KB. Student researchers in chemical education will<br />
synthesize conclusions from multiple data sources to direct the future course of this research.<br />
CILT undergraduate students will research current software solutions for collaborative teaching,<br />
including the so-called “wiki” model, to analyze the effectiveness of existing products and<br />
initiatives. Practically speaking, there are a wide variety of theories about the effectiveness,<br />
scalability, and proper algorithmic structure of “knowledge bases” as a whole. 1 The team will<br />
work closely with faculty from the C&CB to fully document the needs of the faculty and<br />
understand the expected outcomes from the product. This firsthand understanding of the<br />
intended use of the tool will allow students to determine which methodologies should be invoked<br />
when selecting a design model for the knowledge base. Finally, with the support of science<br />
students acting as “subject matter experts,” the development team will design and implement a<br />
software solution that meets the explicit needs of the C&CB.<br />
By far the majority of information accessed by the modern student is digital in nature. An<br />
August 2007 study by comScore found that “more than 750 million people age 15 and older, or<br />
95 percent of the worldwide Internet audience, conducted 61 billion searches worldwide in<br />
August 2007 alone, an average of more than 80 searches per searcher.” 2 However, in the firstsemester<br />
organic chemistry lecture, students remain reliant upon information accessed in a<br />
traditional textbook and/or course notes to answer all problems/questions assigned. Though<br />
course notes are given as digital slides, the student typically relies on paper copies for their<br />
study. With a growing population of students equipped with multiple devices to access the<br />
World Wide Web, online organic chemistry information sources are becoming more prevalent. 3<br />
According to the most recent solicitation for the National Science Foundation’s Research and<br />
Evaluation on Education in Science and Engineering (REESE) program, “The reconceptualization<br />
of how, when, and where learning can take place has strong implications for<br />
how to effectively educate 21 st century learners who are already digital natives.”<br />
As students’ learning styles become increasingly associated with online applications, we believe<br />
a knowledge base format offers significant advantages to other more common alternatives:<br />
online textbooks, blogs, and wikis. The concept of the knowledge base as a teaching<br />
methodology is not new, 4 but its use is still rare in pedagogical practice for undergraduates,<br />
particularly in the sciences. To our knowledge, no knowledge base in organic chemistry has<br />
been created or is currently available. There have been several attempts to integrate some new<br />
media for information dissemination into the classroom, such as electronic texts, blogs, and<br />
MURI Mentor’s Project <strong>Proposal</strong> Form, Updated: 1-25-2011 4