Winter 2001
Volume 3, Number 2



  


Camps transform children into scientists
By Deborah A. Benedetti

A new series of summer day camps is opening the world of science to children.

More than 80 children in grades six to nine participated in the first Action Potential Science Day Camps sponsored by the Eberly College of Science, according to the camp director, Dr. Rebecca Moore Peterson. Since this yea’'s camps were sponsored by the Department of Biology, they focused on the life sciences and were also developed and administered by Dianne Burpee, the Action Potential biology lab director and an instructor/lab coordinator for the department.

“These camps are a great way for children to explore the principles and methods of modern scientific research,” Peterson said. Children had opportunities to discover the answers to many scientific questions, including:
  • How do scientists determine the length and sequence of DNA?
  • How do scientists find clues about human diseases and cures by studying the development of other organisms?
  • What can a worm or fruit fly tell us about evolution or the origins of human life?

The budding scientists also learned how to solve some biological mysteries, such as:
  • How is all of the information of DNA packed into small places, such as cells?
  • Why do we look like our parents, but not just like our sisters or brothers?
  • How does cloning work, and why is it so difficult to make a clone?

Penn State faculty members, graduate students and undergraduate student mentors taught the programs. The children gained hands-on experience running experiments in science labs and learned how to use the scientific method to investigate the cells and tissues of a variety of organisms. They also studied basic cellular functions and processes.

Before joining the Penn State faculty as an instructor and coordinator of biology first-year seminars in June 1999, Peterson was involved in a similar program at Tufts University. There she conducted an after-school science program for underprivileged middle school students.

“That experience helped me to see how important it is to get young people interested in science at an early age. It also taught me that kids need to be challenged by hands-on, experience-based laboratory sessions that help them to see that science can be fun, too,” she said.

Even though the Action Potential Science Camps grew out of Peterson’s experience at Tufts University, the Eberly College of Science has been working on setting up a program like Action Potential for some time. As Peterson explained, just as many chemical reactions require a catalyst to enable the reaction to proceed, the Eberly College of Science also needed a faculty member to take the lead on this type of programming. She sees herself merely as the catalyst that finally made the science camps a reality.

“Dr. Norman Freed has been a driving force behind this project,” Peterson said. “Furthermore, our Eberly College of Science faculty members have been so enthusiastic about sharing their research with a new generation of young people, so the campers have had the rare opportunity of discussing the exciting research under way at Penn State with the researchers themselves. Likewise, graduate and undergraduate student mentors have been able to share their creativity and knowledge outside of their own classrooms and in a different setting. Thus, students at all levels have been able to benefit from this program.”

Outreach and Cooperative Extension’s Program Innovation Fund also is supporting the camps through a grant to the Eberly College of Science.

“Next year, we are planning to offer both day and resident camps and science institutes for K–12 teachers,” she said. “We are also planning a new chemistry camp based on a previous successful initiative known as ‘Chem Camp’ that was offered by the Department of Chemistry in the early 1990s.”

Information about future Action Potential Science Camps is available on the Web at www.bio.psu.edu/ActionPotential.

An outreach program of the Eberly College of Science



Middle school students examine cells and tissues of several organisms during the microscopy lab session of the Action Potential Science Camp.

Dr. Charles R. Fisher (right), professor of biology at Penn State, talks with Action Potential Science campers about the saltwater and freshwater aquariums located in the Hetzel Union Building/Robeson Cultural Center.

Dr. Carol Gay (right), professor of cell biology, shows eighth- and ninth-graders how to conduct an experiment with bone cells during the Action Potential Science Camp.



Recognizing exemplary outreach teaching, research and service

This Penn State faculty member is sharing research with individuals, organizations and communities to make life better:


Dr. Donald A. Streit
Professor of Mechanical Engineering
College of Engineering
Penn State University Park


Dr. Donald A. Streit’s outreach scholarship has made an impact at the local, national and global level. He obtained National Science Foundation funding to establish a mathematics/science program in the Bellefonte Area School District that is now being extended to the Harrisburg area and beyond. This model program enables Penn State graduate students to work with K-12 students, tutoring them in math and science, leading them on tours of the Penn State Hybrid-Electric Vehicle (HEV) Laboratories and developing Web-based educational software. His research in electrically powered vehicles is manifested in his role as adviser of the Penn State Society of Automotive Engineers-HEV team. This team was one of 15 university teams chosen to convert a year 2000 GM Suburban into a hybrid-electric vehicle. The team competed nationally at the Arizona General Motors Proving Grounds in June. His research in HEV technology attracted one of 10 Graduate Automotive Technology Centers to Penn State. The center offers education and research in hybrid and electric vehicles for industry and the state and federal government. On an international level, he has recruited graduate students from China, India, Poland, Ethiopia and Egypt, which is helping to increase the diversity of Penn State’s student body.





Recognizing exemplary outreach teaching, research and service

This Penn State faculty member is sharing research with individuals, organizations and communities to make life better:


Dr. A.J. Turgeon
Professor of Turfgrass Management
College of Agricultural Sciences
Penn State University Park


Dr. A.J. Turgeon has been involved in outreach for most of his career, conducting short courses on turfgrass management, consulting on effective use of turfgrass and presenting his research at professional continuing education conferences. He is a faculty pioneer in Penn State’s World Campus and currently leads its Turfgrass Management Certificate program. He was first involved in the World Campus as a member of the University-wide study team appointed by President Spanier to conceptualize Penn State’s new initiatives in distance education. As senior faculty coordinator for the highly successful Turfgrass Management program, he is responsible for coordinating the academic curriculum and faculty involvement in the project, as well as establishing the program’s viability among professional colleagues internationally. His textbook Turfgrass Management, now in its fifth edition, is the most widely used text in his field.


  

U.Ed.OCE 01-8002/mkm/GSM