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I have a BA and MA in English, but in my doc degree I'm focusing on the inter- and trans-disciplinary studies of complex systems. I'm reading a ton about math, science, and computer programming lately and find myself questioning why I chose English over a STEM field so many years ago. One reason: the science classes I did take in high school sure didn't seem to be pointing me toward profound questions like these.

These ARE great questions, and I'll share them with my district Diigo. As students begin to take ownership of their learning, creating big questions is important.

"The industrialist mindset of productivity and predictable perfection has infected all elements of our lives, from school to science. Once you see it, you'll understand how it pushes us to avoid the hard work of doing truly interesting science, and how it encourages us to avoid the maker mindset. In this informal talk, I'll try to get under your skin, at least a little, about what's at stake."

"We need to teach students to STOP following directions."

"'The tests we rely on so heavily really don't measure creative thinking and they don't measure common sense thinking, wisdom, ethics, work ethic - they don't measure your character,' Sternberg said. In his view, students go to college to develop into active and engaged citizens. If colleges kept that ultimate goal in mind in their admissions process, it would send a message to high schools about the skills that universities value and want to see in prospective students."

"Science Leadership Academy (SLA), a public magnet high school in Philadelphia is a fairly young school, just eight years old. But in that short time, it's developed a reputation around the country as a shining example of the merits of inquiry-based learning approach. Colleges sometimes have a difficult time understanding the school's approach to developing autonomous, critical thinkers. For example, SLA doesn't offer Advanced Placement (AP) courses, because making students take a summative test at the end of the year is antithetical to the concept of allowing students to guide their own learning based on interest and collaborative work - and just as importantly, the value of the incremental learning process."

On the Minerva Project... "In fact, in the first year the students will take four courses: Multi-modal Communication, Complex Systems, Empirical Systems, and Computational Sciences. The intention is for traditionally separate subjects to be integrated if they involve complimentary skills. COMPETENCY-BASED UNIVERSITIES As the Minerva experiment develops, some existing universities are taking steps to award college credit based on skills learned, not the amount of time they've been enrolled."

"...offers a college preparatory program that focuses on a liberal arts program. The curriculum is designed to accelerate students into college courses at the University of Toledo, beginning with the freshman school year. Students take two years of English, up to three years of mathematics and science and two years of social studies at the high school level. All other courses, including electives and foreign language are taken at the University of Toledo. Students can earn up to 60 college credits during the four-year high school experience. College-level courses and required textbooks are provided at no cost to students. College courses qualify for dual credits, allowing them to be counted for high school and college credits."

(Right-click and open links in new tab.) Thinking about the Semester Online program that is just rolling out I wonder what we could do in Vermont with elements of this school in Toledo in combination with an online component. Vermont does have a Dual Enrollment program, but it is no where nearly as comprehensive as this. And, students still have to pay for a vast majority of their classes. It would seem that a high school would actually come out ahead by paying for college courses rather than for high school faculty to teach a less rigorous...and noncredit earning course.

Ranked 17th out of 3500 schools in Ohio... Even more significant given that the district it is in ranked 708th out of 937 districts.

This is a clear example of how one teacher worked with his colleagues to develop a large interdisciplinary project for 9th graders around water. It involved English, Social Studies, and Science teachers.

As we head this direction... Thanks ACSR for the heads up on this link.

Debatable, but interesting reforms.  While I may not agree with all of the pieces I do like that they are taking a multipronged approach...and that they are not just talking about transformation, but taking real and decisive actions.

"Ever since Finland, a nation of about 5.5 million that does not start formal education until age 7 and scorns homework and testing until well into the teenage years, scored at the top of a well-respected international test in 2001 in math, science and reading, it has been an object of fascination among American educators and policy makers."

"Critics say that Finland is an irrelevant laboratory for the United States. It has a tiny economy, a low poverty rate, a homogenous population - 5 percent are foreign-born -..." Perhaps irrelevant for the US as a whole, but what about for Vermont?

"Dr. Darling-Hammond said. 'Thirty years ago, Finland's education system was a mess. It was quite mediocre, very inequitable. It had a lot of features our system has: very top-down testing, extensive tracking, highly variable teachers, and they managed to reboot the whole system.' "

"In isolation neither the research nor the teacher seems to have much of a chance for sustained discovery, growth, and positive change." (p. 39) "Faculty members are changing how they teach and making informed choices when it comes to teaching strategies. They feel empowered and are encouraged to take risks, are fostering collaborations in their teaching and are talking about teaching. For some, the change in how they teach has been radical. For others, the change has been small but still noticeable." (p. 42) And to what do the conveners attribute this success? "We saw that we are learners together in this learning community and we are our own best resource: Our collective knowledge is an invaluable asset." (p. 43) Retrieved from: http://www.cs.kent.edu/~volkert/science-learning/files/sirum-madigan.pdf

As educators do we model those "best practices" for learning which we expect from our students? How do we... "Engage ... in active learning experiences; Set high, meaningful expectations; Provide, receive, and use regular, timely, and specific feedback; Become aware of values, beliefs, preconceptions; unlearn if necessary; Recognize and stretch ... styles and developmental levels; Seek and present real-world applications; Understand and value criteria and methods for (our own) assessment; Create opportunities for (peer to peer) interactions; ...; Promote (peer) involvement through engaged time and quality effort" Retrieved from: http://pandora.cii.wwu.edu/cii/resources/outcomes/best_practices.asp