ACS Division of Chemical Education
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CCCE Current Members

CCCE MEMBERSHIP LIST - 2008

This page lists the current members of the Committee on Computers in Chemical Education. In addition to name, addresses, and phone number, some committee members also describe their computer activities and interests.

CCCE Chair: Scott Van Bramer (svanbram@science.widener.edu)

Dr. Jack Barbera
Assistant Professor
Northern Arizona University
Phone: (928)-523-7072
http://jan.ucc.nau.edu/~jlb565/index.html

Jack Barbera is an assistant professor at Northern Arizona University
(http://jan.ucc.nau.edu/~jlb565/index.html ).  His interest in using computers to teach chemistry came from his graduate studies at the University of Colorado where he worked on various aspects of the Physics Education Technology (PhET) project (http://phet.colorado.edu/index.php ).  Jack’s group now develops and tests interactive learning materials based on several of the PhET simulations.  In addition to the groups work with the simulations, they also study students’ epistemological beliefs about chemistry using the Colorado Learning Attitudes about Science Survey (CLASS-Chem, http://www.colorado.edu/sei/class/ ), which was developed and validated as part of Jack’s doctoral degree.

Robert E. Belford
Department of Chemistry
University of Arkansas at Little Rock
Little Rock, AR 72204-1099
rebelford@ualr.edu
Phone: (501)-569-8824
 
Renee Cole
Department of Chemistry and Physics
University of Central Missouri
Warrensburg MO 64093
660-543-8704
rcole@socket.net
http://chem-phys.cmsu.edu/rcole/
Renee Cole is an associate professor of chemistry at Central Missouri State University. She is a physical chemist with research interests in chemical education. She is a member of the Physical Chemistry On-Line Consortium and actively incorporates various technologies into the classroom. In addition to physical chemistry, she also teaches introductory chemistry for non-majors and a methods of teaching science course for pre-service teachers. Her research interests include developing and evaluating the impact of web-based course supplements in chemistry as well as analyzing on-line collaborative interactions for the PCOL project.
Elizabeth Dorland
Departments of Biology and Chemistry
Campus Box# 1137
Washington University
100 Brookings Drive
St. Louis, MO 63130

Office: 314-935-6094
Mobile: 480-518-2846
Email: dorland@wustl.edu
Liz Dorland is an academic coordinator and education specialist focusing on faculty, curriculum, and grants development in the biology and chemistry
departments at Washington University in St. Louis, MO. From 1985 to
mid-2006, Liz taught chemistry in the Maricopa County Community College
District in Arizona. In addition, Liz spent a year at the National Science
Foundation as a chemistry program officer in the Division of Undergraduate
Education, Directorate of Education and Human Resources (Aug. 2003 - Aug.
2004). From 1972-1975, she taught general and organic chemistry in various
community colleges and universities around the USA. Her interests in
chemistry and computers have included data collection in laboratory using
laptops and Vernier probes, access to online molecular visualization
resources, and the use of WebCT to deliver weekly homework quizzes. Her
current focus is on research-based uses of molecular visualization in
biology and chemistry, and visual and digital information literacy
development for students and faculty.
Resa M. Kelly
Dept. of Chemistry
San Jose State University
One Washington Square
San Jose, CA  95192
Phone: (408)-924-4940

Dr. Kelly first became interested in animations while teaching high school chemistry and working toward her master’s degree in science education. For her thesis she studied how an animation of the crushing can demonstration affected student’s understanding of the particulate nature of matter.  She then went on to earn her master’s in chemistry and doctorate in chemical education and studied how undergraduate General Chemistry students’ explanations of sodium chloride dissolution were affected by viewing two animations depicting the molecular level process of salt dissolution.  Dr. Kelly currently teaches general chemistry and teacher preparation courses at San José State University where she strives to incorporate still images and animations that emphasize the particulate nature of matter, and her research interests involve developing effective molecular level animations and studying how these animations affect students' explanations. Please see the link to her faculty page. http://www.sjsu.edu/faculty_and_staff/faculty_detail.jsp?id=1082

Paul Kelter
Chair, Department of Teaching and Learning
Professor of Education
Adjunct Professor of Chemistry
College of Education
Northern Illinois University
1425 W. Lincoln Hwy, DeKalb, IL 60115
Email: pkelter@niu.edu
http://www.scs.uiuc.edu/chem/kelter/index.html
Paul Kelter is Professor and Director of General Chemistry. Paul's research and development interests include studying the reasons for success or failure in chemistry among diverse groups of students, including older students, and traditionally underserved minorities. For the past 10 years, Paul has been studying the historical and present relationship of academic preparation to success in general chemistry.
George R. Long
Department of Chemistry
Indiana University of Pennsylvania
Indiana PA 15705
grlong@iup.edu
http://wey238ab.ch.iup.edu/grlong/
George maintains the Physical Chemistry On-Line (PCOL) website, http://pcol.ch.iup.edu/, in which several CCCE members participate.
Brian Pankuch
Department of Chemistry
Union County College
Cranford NJ 07016
pankuch@comcast.net
pankuch@hawk.ucc.edu
One of my interests is to use computers for something besides presenting simple text, which I think is better done on paper. An example is interactive animations showing the approximate motions of atoms and molecules rather than the stationary description used in textbooks. After students use an animation, the system includes interactive questions. Students test their understanding and get immediate feedback. In particular it helps overcome the usual misconceptions in a given area. It seems to improve their understanding. The ability to use the animation in lecture and have it available online is particularly helpful for students who are willing to put in the time out of class for deeper understanding.
John H. Penn
West Virginia University
Morgantown WV 26506-6045
304-599-6621
John.Penn@mail.wvu.edu
John H. Penn (West Virginia University, http://www.as.wvu.edu/~jpenn/)truly believes in the old axiom that "Practice Makes Perfect", expecially in the area of chemical education. He has developed lots of problems that are distributable to students through the internet, can be graded by the computer, and provide feedback to students upon their wrong answers (http://www.we-learn-horizon.com). He serves as the webmaster for the Committee on Computers in Chemical Education and he also manages the website for the CONFCHEM on-line chemistry conferences, http://www.ched-ccce.org/confchem/. ...
Michael J. Sanger
Middle Tennessee State Univ.
Room 0239 Bldg DSB
1301 East Main Street
Murfreesboro TN 37132
615-904-8558
mjsanger@mtsu.edu
Michael J. Sanger's primary research interest is in improving students' abilities to visualize chemical processes at the molecular level. To facilitate these skills, he has created computer animations of chemical processes at the molecular level and has used computer-generated electron density models of simple molecules. He also teaches a technology methods course for secondary science teaching majors which focuses on calculator- and microcomputer-based laboratory data collection devices, spreadsheets, WWW search engines, and the evaluation of laser disc, computer, and videotape software.
Gwen Sibert
RVGS,
2104 Grandin Rd SW,
Roanoke, Virginia 24015
(540) 853-2116
gsibert@rvgs.k12.va.us
 
Jerry P. Suits
School of Chemistry and Biochemistry
Campus Box 98
University of Northern Colorado
Greeley, CO 80639
Office: 970-351-1169 Email: jerry.suits@unco.edu
Jerry Suits is an Associate Professor of Chemistry-Chemical Education at the University of Northern Colorado. His interest in computers in chemical education began with his Ph.D. dissertation at The University of Texas at Austin in 1985 where he developed, implemented and evaluated the effectiveness of a set of computer simulated experiments and interactive tutorial modules for general chemistry classes with about 500 students in each class. When instructional design was modified from the pilot study to the main study, he found a significant interaction effect between gender and cognitive developmental level. He has also studied the effect of a visually-oriented tutorial on the gas laws that enhanced users’ achievement on problem-solving exam questions. He has been the co-PI on several NSF grants that have studied the use of (1) Vernier computer-interfaced laboratory experiments to enhanced students’ mental models of titration experiments; (2) molecular animations to help students visualize and conceptualize a variety of chemical/biochemical processes; (3) nanoscale visualizations designed to help students understandatomic force microscopy.
Gary Trammell
Chemistry Program HSB 313
University of Illinois at Springfield
One University Plaza
Springfield IL 62703
217-206-7344
trammell.gary@uis.edu
http://www.uis.edu/chemistry/facultypages/trammell.htm
Currently I teach organic chemistry and an integrated chemistry/biology course on the environment for non-majors. My teaching experience includes online classes. I was Organizing Committee Chair and course coordinator for the online course "Chemical Safety: Protecting Ourselves and Our Environment" offered in fall 2004 by the American Chemical Society's Division of Chemical Health and Safety and Division of Chemical Education. I have been active in conducting workshops for high school teachers at the University of Illinois at Springfield and at the Institute for Chemical Education at UW-Madison. My scholarly activities include incorporating computer assisted data acquisition into the curriculum, exploring applications of our wireless network, developing organic laboratory experiments that incorporate X-ray diffraction, and natural products chemistry.
Scott E. Van Bramer
Department of Chemistry
Widener University
Chester PA 19013
610-499-4516
svanbram@science.widener.edu
Scott Van Bramer actively uses technology in the classroom. The primary focus is to use computers to help students visualize chemistry on the molecular scale and to develop mathematical models. In addition, he also makes extensive use of the web as a communications tool to provide students with additional information to help them study more effectively. These resources are available on the web at: http://science.widener.edu/~svanbram/
 
 Please send additions or corrections for this page to John H. Penn at John.Penn@mail.wvu.edu.