There are many strategies for increasing student engagement. One method that is called think-pair-share , where students are invited to think about a problem (think), then discuss it with their neighbours (pair), and finally present their solution to the instructor and the rest of the class (share). We have adapted this strategy for use with large chemistry lectures (intro and organic), where the method is throughout the class lecture. Therefore, there is less listening to the course instructor and more time engaged in peer-learning. This presentation will describe this method for increasing engagement in large classes
Lectures lacking in student engagement have been shown to be largely ineffective with respect to lea...
We tested the effect of voluntary peer-facilitated study groups on student learning in large introdu...
© 2019 American Chemical Society. All rights reserved. Large chemistry classes include several chall...
The following is a compilation of engage activities will prove useful to science teachers. Students ...
textThis research in chemistry education was a scholarly investigation focused on the important fac...
Traditional university teaching of undergraduate biochemistry is generally delivered in lectures and...
Have you ever considered the benefits of being able to orchestrate a five minute one-on-one chemical...
Active participation in the learning process enhance students’ critical thinking and problem-solving...
Although documented in other disciplines (e.g. biology), the use of skit demonstrations in chemistry...
University teaching of biochemistry has traditionally been based on delivery of the curriculum in le...
One of the most challenging objectives within large undergraduate science courses is highlighting th...
In general chemistry classes nationwide, peer-led team learning (PLTL) has proven to be an effective...
AbstractA study was done to ascertain the effectiveness of ‘flipping the classroom’ for very large, ...
In this presentation, Prof. Shea will explain his goals and motivation for incorporating short video...
At the University of the Sciences in Philadelphia, we adopted a strategy that facilitates group prob...
Lectures lacking in student engagement have been shown to be largely ineffective with respect to lea...
We tested the effect of voluntary peer-facilitated study groups on student learning in large introdu...
© 2019 American Chemical Society. All rights reserved. Large chemistry classes include several chall...
The following is a compilation of engage activities will prove useful to science teachers. Students ...
textThis research in chemistry education was a scholarly investigation focused on the important fac...
Traditional university teaching of undergraduate biochemistry is generally delivered in lectures and...
Have you ever considered the benefits of being able to orchestrate a five minute one-on-one chemical...
Active participation in the learning process enhance students’ critical thinking and problem-solving...
Although documented in other disciplines (e.g. biology), the use of skit demonstrations in chemistry...
University teaching of biochemistry has traditionally been based on delivery of the curriculum in le...
One of the most challenging objectives within large undergraduate science courses is highlighting th...
In general chemistry classes nationwide, peer-led team learning (PLTL) has proven to be an effective...
AbstractA study was done to ascertain the effectiveness of ‘flipping the classroom’ for very large, ...
In this presentation, Prof. Shea will explain his goals and motivation for incorporating short video...
At the University of the Sciences in Philadelphia, we adopted a strategy that facilitates group prob...
Lectures lacking in student engagement have been shown to be largely ineffective with respect to lea...
We tested the effect of voluntary peer-facilitated study groups on student learning in large introdu...
© 2019 American Chemical Society. All rights reserved. Large chemistry classes include several chall...