The Catholic Diocese of Salt Lake City implemented the Next Generation Science Standards in all Utah Catholic Schools this year. These new standards explore content at a deeper level, provide more hands-on science experiments, and include practices scientists use in the field.
Click here to read the full story in Intermountain Catholic (September 2, 2016)
Education Week’s Liana Heitin reports that many states plan to start testing students on Next Generation Science Standards in the spring of 2018.
She writes that last week, the American Institutes for Research, a research and evaluation nonprofit that is contracting with some states to design and implement NGSS tests, brought together psychometricians, science education experts, and state leaders for two days on how to turn the standards into state summative exams. The states represented included California, Connecticut, Hawaii, New Hampshire, Oregon, Utah, Washington, and West Virginia. (New Hampshire and Utah didn’t officially adopt the NGSS, but New Hampshire is considering adoption and Utah adopted standards based on the NGSS framework for grades 6-8.)
The meetings were closed to the press, but she spoke with Jon Cohen, president of AIR assessment, and Gary Phillips, AIR’s senior vice president and an institute fellow about some of what the attendees decided at the gathering.
In a nutshell, while the tests will most likely differ from state to state, there will be much in common.
Click here to read the full article in Education Week (August 31, 2016)
A state panel Wednesday began reviewing science standards used in public schools, which have not been changed since 1997 and are the third oldest in the nation.
The update, which was ordered by Louisiana’s top school board, is overseen by a 39-member Standards Committee, mostly educators.
Under that panel are two work groups – 35 and 28 members – that will hammer out new benchmarks for students from kindergarten through eighth grade and high school respectively.
The first draft of the changes is due Nov. 7.
A final vote on the plan is set for Feb. 13 in New Orleans.
Click here to read the full story in The Advocate (August 31, 2016)
The University of Wyoming has been working with a number of school districts across the state in an effort to change the way science is being taught in K-12 schools. Just this week ACT test scores show that Wyoming students still have a ways to go in being prepared to take college level science. With the roll out of the Next Generation Science Standards, UW has been working with districts to find new ways of teaching to those standards.
Pete Ellsworth is the former coordinator of UW’s Science and Math teaching center and Ana Houseal is UW’s science outreach educator. She says early results show that within the districts that are doing things differently…scores are improving.
Click here to listen to the full story on Wyoming Public Radio (August 26, 2016)
Delaware will lead the nation in changing the way students are assessed in science.
Delaware adopted the Next Generation Science Standards (NGSS) as the state’s science content standards in October 2013.
As the state eyes a new science assessment, educators are using this as an opportunity to revamp how the state measures students’ science mastery.
According to WGMD News Radio, the tests will go beyond multiple choice and short answer assessments to include hybrid models where students manipulate materials and data offline then provide responses on a computerized platform.
“Educators in the field have led the call for this change and innovation,” Secretary of Education Steve Godowsky said. “The leadership of the Science Coalition – which unifies educators, district and charter leaders, and representatives from the higher education and business communities – has been key to the development of the state’s plan.”
Delaware envisions a comprehensive science assessment system in grades 3 to 10, consisting of three distinct types of assessment. Under this system, throughout the academic year students in grades 3 to 10 will take teacher-developed quizzes that will provide educators and students information on learning in real time. These will be teacher-developed with the intention of becoming part of an open access item bank that teachers can use at their discretion.
Students will also take tests shortly after the completion of each instructional unit. Each end-of-unit test is meant to provide information on student learning of the NGSS content in each unit for the purposes of instruction (e.g., determining if additional instruction on previously instructed topics is needed) and evaluation (e.g., informing curriculum adoption, adaptation, and modification) at classroom, school, district and state levels.
Finally, students in grades 5, 8, and 10 (biology) will also complete a performance task meant to capture students’ learning of the content instructed during the entire year in greater depth than on the end-of-unit tests. This assessment is meant to capture the ways that students integrate, transfer and apply science knowledge and skills learned during the year.
Click here to read the full story from WGMD News Radio (August 25, 2016)
Click here to read a press release from Delaware Department of Education.
La Jolla Elementary, Bird Rock Elementary, Torrey Pines Elementary, Muirlands Middle and La Jolla High schools are bringing something novel to their campuses this year, including new faculty and staff, building improvements and/or the roll out of Next Generation Science Standards (NGSS).
As part of a national shift in science education, the Next Generation Science Standards are being rolled out over the next few years to change America’s public schools’ science curriculum. Using “strands” of different science emphases, NGSS are aimed at giving all students a science education that prepares them for college and career. Starting in 2016, K-5 schools will integrate the Earth Sciences strand, followed by the Physical Sciences strand in 2017 and Life Sciences strand in 2018. La Jolla’s schools are following suit.
Click here to read the full story in LaJolla Light (August 17, 2016)
The organization behind the Next Generation Science Standards has begun releasing sample “bundles” of standards to help people move away from thinking that the standards are supposed to be taught as a checklist. The bundles are intended to help teachers and curriculum developers understand how they might implement the science standards or student “performance expectations” in ways that can help learners see the connections between concepts and thereby optimize class time.
Click here to read the full story in T.H.E. Journal (August 9, 2016)
Next Gen Science Standards, adopted by 16 states and counting, make students think like scientists
In at least 16 states, science education is undergoing a serious transformation. The key is three-dimensional teaching and learning, and even districts in states that have not adopted the Next Generation Science Standards may want to consider the shift.
An important instructional shift with NGSS is changing from simply telling students information they need to know to letting them figure it out. Students, then, go from “learning about to figuring out.”
Students who grow up in classrooms organized by the Next Generation Science Standards see a natural phenomenon that sparks their curiosity and then are guided along a path of inquiry, engaging in the activities real scientists do to make sense of it. As a K-12 science framework, the NGSS encourages teachers to help students build on prior knowledge and draw connections across science disciplines and grade levels to deepen their understanding from one year to the next.
Click here to read the full story in EducationDive (August 3, 2016)