-
About
Our Story
back- Our Mission
- Our Leadership
- Accessibility
- Careers
- Diversity, Equity, Inclusion
- Learning Science
- Sustainability
Our Solutions
back
-
Community
Community
back- Newsroom
- Discussions
- Webinars on Demand
- Digital Community
- The Institute at Macmillan Learning
- English Community
- Psychology Community
- History Community
- Communication Community
- College Success Community
- Economics Community
- Institutional Solutions Community
- Nutrition Community
- Lab Solutions Community
- STEM Community
- Newsroom
- Macmillan Community
- :
- STEM Community
- :
- STEM Blog
- :
- Beyond the Flipped Chemistry Project at Marquette
Beyond the Flipped Chemistry Project at Marquette
- Subscribe to RSS Feed
- Mark as New
- Mark as Read
- Bookmark
- Subscribe
- Printer Friendly Page
- Report Inappropriate Content
[Originally published fall 2015]
Last (academic) year, I wrote about our controlled comparison of lecture and flipped courses in our non-majors General Chemistry program, which I called the Flipped Classroom Project at Marquette. Our goal was to test the flipped classroom in a large enrollment first year chemistry course. Our approach pushed lecture content outside of the class using short (13 min on avg.) videos, and one 75 min face-to-face discussion was held each week, led by the instructor and TA. The results show that performance on 5 common exams was statistically similar (p < 0.05) in the two courses across every grade demographic save one – the bottom group of students, as measured either by pretest or by percentile ranking in the prior course. Following this trend, a significant reduction in the DFW (Ds, Fs, withdrawals) % was observed in the flipped course, as compared to the lecture-based course and historical data in the course.
Where do we go from here?
Given our interest in applying the flipped approach to large enrollment, non-majors chemistry courses, we are interested in scaling up the size of the sections. In our pilot, we kept the flipped discussion enrollment at 30/section, to match the discussion size of the control. This spring, we are piloting a scale-up, using a new approach. As shown in the figure below, our laboratory floor features three adjoining labs with space for 24 students each. We plan to offer a 50 minute flipped discussion immediately prior to the lab, to be held in the same room. A teaching assistant in each room will lead discussion, with the professor floating between the 3 rooms. By holding two of these each week, we envision that 144 students can be accommodated with two discussion meetings. Moreover, we anticipate that the timing of discussion and lab affords a greater opportunity for coordination of activities.
20 Views Comments: 0 Permalink
You must be a registered user to add a comment. If you've already registered, sign in. Otherwise, register and sign in.
-
Biochemistry
3 -
Biology
14 -
Case Studies
15 -
Chemistry
111 -
Environmental Science
4 -
General Chemistry
20 -
Genetics
1 -
Intro & Prep Chemistry
10 -
Math & Stats
15 -
Organic Chemistry
9 -
Physics
6 -
Tech
18 -
Virtual Learning
9