0
Facebook
Volume 91 Issue 35 | p. 57
Issue Date: September 2, 2013

International Exchange

What Puerto Rico, Hong Kong, and Canada can teach other countries about chemistry education
Department: Career & Employment, Education
Keywords: education, employment, students
[+]Enlarge
Credit: Shutterstock/Yang Ku/C&EN
09135-empl1-chalkboardcxd
 
Credit: Shutterstock/Yang Ku/C&EN
Contents

Puerto Rican Tradition, 58
Mentoring and research programs help undergraduates thrive in chemistry.

Reforming Hong Kong, 60
Curriculum changes inspire undergraduates to innovate.

Canadian Masters, 62
Master’s graduates’ strong research experience attracts industry job offers.

Chemistry professors are always looking for the best methods to instill in their students a love for the subject as well as a solid understanding of the science.

In this year’s Back to School feature package, C&EN proffers snapshots of three places—Puerto Rico, Hong Kong, and Canada—that teach chemistry in ways that may inspire teachers in other parts of the globe.

In the first article of the package, Senior Editor Susan J. Ainsworth examines how chemistry departments in Puerto Rico have built strong mentoring programs and devised ways to provide valuable research experiences to their undergraduate students. The nurturing environment helps students succeed in chemistry and augments a rigorous chemistry curriculum at a time when budget constraints and cuts to federal programs are straining resources.

Hong Kong’s large-scale experiment in educational reform is the focus of the second story of the package, written by Senior Editor Linda Wang. During the 2012–13 academic year, all eight publicly funded universities in the country converted from a three-year undergraduate curriculum to a four-year curriculum. This transition put the chemistry departments in a unique position to completely revamp their curricula and introduce innovative approaches to teaching. The hope is these changes will create a cultural shift from a rigid system focused on test scores to an environment of creativity and innovation.

In the final story, Wang looks at master’s degree programs in Canada to find out why their chemistry graduates are being snapped up by large U.S. companies like Genentech. She reports that the programs’ emphasis on research, publishable results, and strong communication skills allows their graduates to hit the ground running. But even these successful programs aren’t immune to the sluggish economy, and they are continuing to innovate to stay ahead of the curve.

 
Chemical & Engineering News
ISSN 0009-2347
Copyright © American Chemical Society