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In some ways, the flipped model is an improvement. Research shows that tailored tutoring is more effective than lectures for understanding, mastery, and retention. But the flipped classroom doesn't come close to preparing students for the challenges of today's world and workforce. As progressive educational activist Alfie Kohn notes, great teaching isn't just about content but motivation and empowerment: Real learning gives you the mental habits, practice, and confidence to know that, in a crisis, you can count on yourself to learn something new. That's crucial in a world where, according to the U.S. Department of Labor Statistics, adults change careers (not just jobs) four to six times or where, as an Australian study predicts, 65% of today's teens will end up in careers that haven't even been invented yet. We don't need to flip the classroom. We need to make it do cartwheels.

I find this paragraph particularly telling: "The cartwheeled classroom not only connects text books and classrooms to the real world, but it also inspires, uplifts, and offers the joy of accomplishment. Transformative, connected knowledge isn't a thing--it's an action, an accomplishment, a connection that spins your world upside down, then sets you squarely on your feet, eager to whirl again. It's a paradigm shift." Imagine what this could mean for our ASU QEP, for example, if we told our twelve 2012-2013 teachers that each of their QEP courses was going to be taught within the larger context of being meaningful to the population of a Haitian, African, Muslim, or Afghan village or community. The difference for the students in their real-world learning would be immeasurable.

As its name suggests, flipping describes the inversion of expectations in the traditional college lecture. It takes many forms, including interactive engagement, just-in-time teaching (in which students respond to Web-based questions before class, and the professor uses this feedback to inform his or her teaching), and peer instruction. But the techniques all share the same underlying imperative: Students cannot passively receive material in class, which is one reason some students dislike flipping. Instead they gather the information largely outside of class, by reading, watching recorded lectures, or listening to podcasts.

This author presents a practical view of implementing the Flipped Classroom model.  

Educators like Greg Green of Clintondale High School are flipping their school's teaching model upside down with TechSmith tools. Discover what the flipped classroom model is and how it can benefit any school.

Flipping a classroom is not a teaching technique, it is more in line with a philosophy or way of teaching. It involves using technology as a tool, not the main focus, for helping students increase their understanding of science or math concepts.

Flipping the classroom has transformed our teaching practice.  We no longer stand in front of our students and talk at them for thirty to sixty minutes at a time.  This radical change has allowed us to take on a different role with our students.

a social network all about the flipped classroom.

This innovative style of learning grew into "peer instruction" or "interactive learning," a pedagogical method that has spread far beyond physics and taken root on campuses nationally. Last year, Mazur gave nearly 100 lectures on the subject at venues all around the world. (His 1997 book Peer Instruction is a user's manual; a 2007 DVD, Interactive Teaching, produced by Harvard's Derek Bok Center for Teaching and Learning, illustrates the method in detail.)

The days of the teacher as "sage on the stage" are numbered.  Instead, the teacher becomes the "guide on the side" where students are using the class/school experience as a fully interactive experience WITH the teacher  - - instead of the teacher being the one-way traditional talking head.

You don't have to know much about the psychology of learning to realise that a series of once-only, delivered lectures is pedagogic nonsense. We learn next to nothing from once-only experiences like unrecorded lectures. Indeed, everything we know about learning shows that repeated access to content is necessary for learning.

Students learned more than twice as much in the new "interactive" classes than they did in the lectures by the tenured prof with more than 30 years of experience, according to a report on the experiment to be published in the journal Science on Friday.