Science Standards for Alaska |
WEBINAR SERIES Archive (2020) Awareness of Science Standards for AlaskaIntroduction with Dept. of Ed and ED staff February 3 for Grades K-2 Recording February 5 for Grades 6-8 Recording February 10 for Grades 3-5 Recording February 12 for Grades 9-12 Recording Introduction Relationship of Science Standards for Alaska with NGSS Science and technology have been essential to the people for Alaska in its past, its present, and will be increasingly important in the future. Providing a firm foundation in science education for all students in Alaska is a bright opportunity and essential challenge. The State’s science standards provide the foundation for defining what students should know and be able to do in terms of scientific knowledge and skills. The Science Standards for Alaska are largely the same as the NGSS. The Writing Committee strongly supported the general architecture and approach of the NGSS, and made no changes to the scientific content. The revisions made by the Writing Committee included:
The Science Standards for Alaska contain two main parts: Performance Expectations and Foundational Statements. These are also found in the NGSS. In addition, the NGSS standards have a third part, called “Connections” that provide information for how the science content standards are related to each other and to other widely-used content standards in reading, writing, and mathematics. The Writing Committee recommended not incorporating the Connections information as a part of the state-adopted science content standards because such connections are likely to change more rapidly than the science standards. The Writing Committee endorsed DEED providing such information, along with other support materials as supplemental to the actual state science standards. More Information and guidance for the Science Standards for Alaska is available on Department of Education and Early Development Website Teacher Toolkit for Science Standards for Alaska 3 DIMENSIONAL TEACHING & LEARNING IN ALASKA Science and Engineering Practices what scientists/engineers and science/engineering students do Asking questions and defining problems Developing and using models Planning and carrying out investigations Analyzing and interpreting data Using mathematics and computational thinking Constructing explanations and designing solutions Engaging in argument from evidence Obtaining, evaluating, and communicating information Cross-Cutting Concepts Themes found in all fields of science that can frame our thinking Patterns Cause and effect Scale, proportion, and quantity Systems and system models Energy and matter Structure and function Stability and change ***** The new approach in science education, now adopted by the State School Board, promotes the interweaving of the two dimensions above with the Disciplinary Core Ideas assigned to each grade. Some excellent resources for familiarizing yourself with this strategy can be found on the Science Standards page of the Department of Education and Early Development web page. |