170 likes | 509 Views
Technology in Science and Mathematics Instruction. Session Five EDT 612. Issues and Problems in Science Education. Everyone needs to use scientific information to make daily choices
E N D
Technology in Science and Mathematics Instruction Session Five EDT 612
Issues and Problemsin Science Education • Everyone needs to use scientific information to make daily choices • More jobs require advanced skills that require people to be able to learn, reason, think creatively, make decisions, and solve problems. • The opportunity to attain higher levels of scientific literacy is the principle of equity.
Science Education Standards • Favor an inquiry approach • Philosophy is depth over breadth • Do not spell out clearly the role of instructional technology for teachers • Will need a broader repertoire of teacher resources if schools are to elevate student’s science competency
How technology in integrated • The Internet • Simulations • Hypermedia Authoring • Software/Video Resources • Probeware: instructional software tool consisting of hardware devices (probes) and software that allows scientific data to be gathered and processed by computer
Useful web sites for science • National Science Teachers Association http://www.nsta.org/ • FEMA for Kids Homepage http://www.fema.gov/kids/ • Classroom of the Future http://www.cotf.edu/
Issues and Problemsin Math Education • Students must become informed citizens capable of understanding issues in a technological society • The Curriculum Standards call for major revisions in the way schools teach math • The Standards for School Mathematics document outlines five broad goals to prepare students for a global economy.
Five goals of the standards • Value mathematics: connect it to the real world in ways that students can appreciate • Reason mathematically • Communicate mathematically • Solve problems • Develop confidence
How do we do this? • Hands-on experiences with physical objects in the environment • Minds-on which focuses on core concepts and critical thinking processes • Authentic learning with exploration, discovery, discussions, and being able to meaningfully construct mathematical concepts and relationships in their own minds.
How technology is integrated • Software that promotes “what if ” thinking • The Internet • Simulations such as video scenarios • Spreadsheets: again the “what if ” possibilities • Graphing Calculators with advanced capabilities that interact with probeware systems to capture data for experiments and concept demos
Useful web sites for math • National Council of Teachers in Mathematics http://www.nctm.org/index.htm • Ask Dr. Math http://forum.swarthmore.edu/dr.math/dr-math.html • Math Magic http://forum.swarthmore.edu/mathmagic/