Quick hits for a Friday
Checker Finn, chagrined at the lack of attention to gifted education in the U.S., has decided to study what other nations do.
Checker Finn, chagrined at the lack of attention to gifted education in the U.S., has decided to study what other nations do.
I’m halfway through an ambitious research project, in which I examine how other countries educate their high-ability kids in the hope that we might pick up tips that would prove useful in improving the woeful state of “gifted education” in the U.S.
Here’s a simple thought experiment:
Throughout much of 2013, a colleague and I worked on a project related to America’s highest-potential boys and girls, students colloquially known as “gifted.” Though I learned a great deal, it was mostly a discouraging enterprise.
Lottery systems are too common in education. And while it’s the fairest way to allocate a limited number of seats at, say, an oversubscribed, high-performing charter school, it’s not the way forward when it comes to Advanced Placement (AP) courses. Unfortunately, that’s the direction some California school districts may be heading.
High-ability low-income students could get lost in the shuffle in Columbus
Among the shortcomings of the NGSS is its acute dearth of math content, even in situations where math is essential to the study and proper understanding of the science that students are being asked to master. Also problematic is the alignment of NGSS math with the Common Core State Standards for mathematics. Appendix L of the NGSS seeks to explain the alignment and apply math more thoroughly to NGSS science. This commentary by Johns Hopkins mathematician appraises that appendix. Download Commentary on Appendix L: Alignment of the Next Generation Science Standards with the Common Core State Standards for Mathematics to read the appraisal.
With states weighing whether to adopt the Next Generation Science Standards (NGSS), a new analysis from the Thomas B. Fordham Institute compares the existing science standards of thirty-eight states with the NGSS and with exemplary standards from three other states. (The thirty-eight are those states with standards that are either “clearly inferior” to the NGSS or “too close to call,” based on our Final Evaluation of the Next Generation Science Standards and The State of Science Standards 2012.)
In the final evaluation of the Next Generation Science Standards (NGSS), the Thomas B. Fordham Institute grants the standards a C grade. The NGSS grade is superior to grades we granted to the science standards of sixteen states and the PISA framework in the State of State Science Standards 2012 but inferior to those of twelve states and the District of Columbia, as well as the NAEP and TIMSS frameworks.
In this edition of the Ed Next Book Club, Mike Petrilli sits down with Tony Wagner to discuss his new book
The Thomas B. Fordham Institute has provided big-picture feedback and detailed, standard-specific commentary for the second draft of the Next Generation Science Standards—standards that done right, set a firm foundation upon which the rest of science education across the states will be constructed. In our comments on the first draft, we concluded that “the NGSS authors have much to do to ensure that the final draft is a true leap forward in science education.” In comments on Draft II, we address to what extent NGSS writers have moved closer to a set of K–12 science standards that even states with strong standards of their own would do well to adopt.
This week, Mike Petrilli was a guest on "What’s the Big Idea?," a podcast hosted by Josh Starr
Shame on the New York Times