This is the county in Georgia where I reside. I followed the story in the local newspaper on the Cobb County School District’s decision to provide Apple i-Books for all teachers, and students in grades 6 -12, beginning with an experiemental phase beginning next school year in four of the district’s high schools. It created an outrageous stir, especially with the editors of the Marietta Daily Journal. Not only did the paper print many negative letters to the editor (as expected), but the editorials were biased against the implementation of the program in the schools. Fortunately, the district’s superintendent held firm under intense criticism, and the first phase of the program, known as the “Power to Learn” will soon be underway. In my opinion, this is a couageous undertaking in light of our experiences with technology in schools. Putting iBooks in the hands of every student is a powerful idea, but will require a shift in the way teaching takes place, day-to-day. For example, the iBooks, with the district’s move to create a wireless environment, will enable teachers to link their students with students in other parts of the world in a variety of projects. One example of this is the work of I*EARN, which enables teachers and students to collaborate on a variety of projects in writing, language, science, geography, history and culture, to name a few. We’ll discuss other aspects computers in schools at this site. This gets us started.
Beyond the Scientific Method by Charles R. Ault
The guest post by Dr. Charles Ault, an Emeritus Professor of science education, challenges the current scientific educational approach. He critiques the traditional “unity” view that suggests science processes are universally applicable across all scientific disciplines. Dr. Ault advocates for recognizing the diversity and uniqueness of methods within each scientific discipline. He demonstrates this using examples of how geology and physics operate uniquely. He also introduces his concept of “scientific diversity,” which emphasizes that the interpretation and implementation of core scientific ideas should be adaptable to the specific discipline they are applied to. Furthermore, he suggests rethinking the traditional scientific method and adapting it to the disciplinary contexts.
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