2007 ORAU Annual Report - Oak Ridge Associated Universities
2007 ORAU Annual Report - Oak Ridge Associated Universities
2007 ORAU Annual Report - Oak Ridge Associated Universities
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Houston Teacher<br />
Ready for New Science<br />
Curriculum Thanks<br />
to Summer Research<br />
Experience<br />
Houston area ninth-grade teacher Destiny Evans<br />
brought world-class scientific research experience back<br />
to school with her during the fall of <strong>2007</strong>. Evans, a<br />
seven-year teaching veteran who is serving her first year<br />
as a science specialist for Houston’s ninth-grade centers,<br />
spent her second consecutive summer conducting<br />
research at ORNL through the DOE Academies Creating<br />
Teacher Scientists (ACTS) program.<br />
Evans faces exciting challenges this year as she<br />
acclimates to her new role in the ninth-grade centers<br />
and works alongside teachers to implement conceptual<br />
physics for the first time in the school district. Along with<br />
her new responsibilities, Evans will be managing the<br />
inquiry-based curriculum of the district’s new physics<br />
courses, which will have students learning by in-class<br />
experiments as they try to answer tough questions<br />
concerning the laws of physics.<br />
This trial-and-error, learn-as-you-go structure is<br />
something Evans has experience with thanks to<br />
ACTS. She spent her time at ORNL taking this same<br />
approach in her research. Working in the lab’s Chemical<br />
Sciences Division, Evans’ inquiry-based research had<br />
her synthesizing nanoparticles and learning how<br />
to manipulate the size, structure, and shape of the<br />
microscopic particles.<br />
“I have always enjoyed scientific research,” says Evans.<br />
“But upon entering the classroom it seemed that the<br />
focus became the pedagogy and not the science. As<br />
a science teacher, ACTS is an opportunity to fulfill the<br />
research need in my life.”<br />
And filling the research need in her life has allowed<br />
Evans to fill the needs of her students. Noting that her<br />
experience with ACTS has allowed her to feel more<br />
comfortable working on inquiry-based assignments in<br />
her classes, Evans has been able to better encourage<br />
and guide her students with science projects, some of<br />
which have gone on to compete in regional science<br />
fairs. Beyond building her research resume, ACTS, which<br />
is administered by ORISE for DOE, has allowed Evans to<br />
apply for and obtain mini-grants for classroom supplies<br />
and professional development while collaborating with<br />
like-minded teachers.<br />
“Teaching is the most difficult responsibility and yet the<br />
most rewarding,” says Evans. “It’s so similar to research<br />
in that both involve delayed gratification. In life, we’re<br />
constantly seeking answers and that is what research is<br />
all about. We seek answers to questions and conduct<br />
research to answer the new questions that arise.”<br />
Image Information<br />
Ninth-grade science teacher Destiny Evans is using her<br />
summer research experiences at ORNL to guide the<br />
implementation of an inquiry-based physics curriculum in her<br />
Houston, Texas, school district.<br />
Earthquake Engineering<br />
Collaboration<br />
<strong>ORAU</strong> shook things up this year by branching into<br />
the arena of earthquake engineering education and<br />
research after teaming up with NEES Consortium, Inc.<br />
(NEESinc). NEESinc is a nonprofit corporation that<br />
manages, operates, and maintains the George E. Brown,<br />
Jr., Network for Earthquake Engineering Simulation<br />
(NEES) consortium, a national, shared-use research<br />
network for the earthquake engineering community.<br />
The <strong>ORAU</strong>-NEES partnership agreement establishes a<br />
framework for the launch of mutually beneficial activities<br />
in research, education, outreach, and innovation that<br />
directly support each organization’s strategic mission,<br />
including the overarching goal of increasing the<br />
number, quality, and diversity of K-16 students in STEM<br />
disciplines to preserve the competitiveness of the<br />
U.S. workforce.<br />
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