| For students
learning about the feasibility of hydrogen fuel cells and the hydrogen
economy and for researchers who focus on these cells, a visit from a leading
industry professional who works with fuel cells every day is an informational
delight.
Last month, students in Dave Sipher's
Advanced Placement Environmental Science class at Potsdam Central High
School were visited by Dr. Mark F. Mathias, manager of fuel cell research
at the General Motors Corporation. Mathias was visiting Clarkson University's
Center for Advanced Materials Processing (CAMP) and was able to visit with
the students as part of the Clarkson-St. Lawrence Project-Based Learning
Partnership program, funded by the National Science Foundation. The partnership
places graduate students in local classrooms to share their knowledge with
younger students of science, math and engineering.
Mathias spoke to those he visited
about his own experiences developing fuel cells, and the Sequel Hydrogen
Fuel Cell by General Motors.
"Dr. Mathias' visit to the school
provided a forum for the students to learn about the industry through someone
who is a part of it," said Nate Barlow, a Clarkson Ph.D. candidate who
works with the high school class through the partnership. "The experience
enhanced and reinforced what they're learning in the classroom."
CAMP faculty members have significant
expertise in electrochemistry and optimization of fuel cell systems that
could be instrumental in overcoming current barriers to improvements in
fuel cell efficiency.
Mathias' visit has sparked a discussion
regarding a possible joint research partnership between Clarkson and the
fuel cell activities at General Motors.

PHOTO CAPTION: Potsdam Central High
School AP Environmental Science students were recently visited by Dr. Mark
F. Mathias (second from left), manager of fuel cell research at the General
Motors Corporation. Mathias spoke to the students about fuel cells like
those held by students in this photo. His interaction at the high school
was part of a visit to Clarkson's Center for Advanced Materials Processing.

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