February 3, 2011
The MOON Project is connecting students throughout the world who track the angles and shapes of the moon and compare the data with other participating schools. Larger Version
A child camping at Big Bend spots a waxing crescent moon overhead and points, "it looks like a D." Meanwhile, oceans away, another child approaching the Sydney Opera House may decide that same moon looks more like a C. Who is right? The alphabets are the same; however it is their perspectives that are different.
One of the project's goals is to get students outdoors to observe the world firsthand, said Walter Smith, chairman of the Department of Curriculum and Instruction. For the last 10 years the project has been a tool to teach scientific inquiry to young students across the globe.
"Students from around the world learn how the moon works from both their own local point of view and also a global perspective," Smith said. "Students share their observations and look for similarities and differences in how the moon appears.
"When we're seeing a waxing crescent moon in the northern hemisphere, we see it on the right hand side, but the students in Australia in the southern hemisphere see that same crescent moon on the left hand side. So they have an opportunity to learn not only to interpret what they're observing, but that the point of view of the observer affects how the world appears to the observer," Smith said.
The most basic lesson from the project is about lunar phases. More importantly, Smith said, teachers can get their students involved in long-term inquiry.
"Most teachers do hands-on science and often that's self-contained in a 40-minute class period or however long they have; teachers set up an experiment in such a way that the students are going to make this and that observation," Smith said. "But when they take students outside, and get them involved in nature, nature does whatever nature does. Sometimes it's cloudy, sometimes it's not. Sometimes the moon is visible at night, sometimes it's visible during daylight, which is at times a new revelation for the students. It's a whole lot messier than the self-contained classroom science experiment."
Cathy Box, who is now a professor at Lubbock Christian University, used the MOON Project when she taught in the Tahoka schools about five years ago.
"My kids were so excited and learned a lot about so many things that are important in science; looking at real data, the importance of reporting accurately, different perspectives, comparing data and looking for patterns, figuring out which data might be wrong, and of course, how the moon looks around the world," Box said.
Another powerful reason for teachers to get students involved in the MOON project, Smith said, is to get kids involved with other kids who are outside their community, to show them that there is more to the world than just the community in which they are living.
Students' writing skills may also benefit from participating in the project.
"Teachers tell me that when the students read the writing of the other students – and we organize it in such a way that each student gets the observations of nine other students and those nine students are spread out as far apart as they can be – they begin to realize that maybe they could have written better themselves so that their nine colleagues would better understand what was going on," Smith said.
The project's name was coined by Lynda Schiff in 2001 when she taught at Dzilth-Na-O-Dith-Hle Community Grant School on the Navajo Reservation in northwest New Mexico. Her fifth grade students were the first students in the MOON Project.
A class of Australian students measures the angle of the moon.
The MOON Project itself began in 2001 at Ball State University with Ohio State University becoming a partner soon thereafter. In 2004 Texas Tech and Indiana University - Purdue University at Columbus joined the partnership. In 2005 the MOON Project initiative became international with the addition of Australian Catholic University and Shiga University in Japan, along with Oklahoma State University.
The project moved to Texas Tech in 2006; and the University of North Dakota, the C.W. Post campus of Long Island University, St. Gregory's University, Northwestern Oklahoma State University and Midwestern State University joined in 2007. Georgia Southern University and the University of Western Australia joined in 2008 and Transworld Institute of Technology (Taiwan) joined in 2009.
Under the leadership of Texas Tech, these universities have informally joined together in the I.V. STEM (International Virtual Science Technology Engineering Math) Classroom initiative to develop methods for students to work together internationally, via the Internet, in exemplary science, math and technology instruction.
Teachers interested in having their students participate in the MOON Project should contact Walter Smith.
The College of Education at Texas Tech University offers a full range of programs, including 9 doctoral degrees, 10 master's degrees, two bachelor's degrees and numerous specializations which can lead to careers in public or private education as teachers, professors, administrators, counselors and diagnosticians.
Programs in the college are housed in three departments.
The Department of Curriculum & Instruction offers advanced degrees that prepare leaders, researchers, and professors with the knowledge, skills, and practical application experience needed to analyze, construct, and evaluate curricula in ways that create optimal learning conditions for all learners. Language and literacy, bilingual education and STEM education are just a few of the specializations offered by C&I.
The Department of Educational Psychology & Leadership consists of a diverse group of academic programs that equip students with a comprehensive knowledge of learning, motivation, development, and educational foundations. The disciplines of counseling and school psychology are housed within the EP&L department as are programs to prepare future college administrators, primary and secondary school and district leaders, as well as practical and academic educational psychologists.
The Department of Teacher Education focuses solely on teacher preparation, ensuring that teacher candidates are ready for the classroom on day one. The Teacher Education Department is home to TechTeach, an innovative teacher preparation program that puts teacher candidates into public school classrooms for a full year and requires that students pass teacher certification tests prior to entering the classroom. Various paths to teaching careers, including fast-track distance programs statewide and alternative certification options, are also housed in this department.Facebook