Innovative Teachers

Wordle of my teaching philosophy (extended version)
Good instruction begins with breaking down the walls between the classroom and daily life. All science curriculum can be a means to teach the more fundamental critical thinking and problem solving skills that will aid students long after they leave the university. I hope to give students a new way of seeing their world and new tools to address community needs, then unleash them into the community for social good.

“Textbook teaching” tricks students into thinking that formulas solve problems, and that knowledge leads to solutions along a narrow path. Innovation is not an assembly line process where problems, like patients, can be diagnosed and treatments prescribed.  Science is a process driven by ideas, debates, and questions where answers are only limited by one’s imagination. No one knows what the right answer will be until long after the “science” is done, which is where the textbooks tend to pick up the story. The scientific method controls the flood of radical ideas by providing people with a common language to contest their different views by comparing measurements. For without sound measurements, there can be no sound discussion; innovation is reduced to a series of accidental discoveries.

Teaching science well means creating debates in the classroom around local real-world problems from the community that cry out for solutions. It means debating ideas with evidence, by testing solutions, and in so doing, helping the community at large. Several videos that follow illustrate how we can rethink science teaching. The unit of learning is no longer based around concepts to remember, but processes and systems that yield results.

In short, I want to teach science that leads to innovation, not mere publication.

I’m available for hire! Courses I, Marc Maxson, can teach:

Biology:
(General, Molecular)
Chemistry:
(General, Organic, Analytical, Biochemistry)
Research Methods:
(Physical or Social sciences)
Neuroscience
Psychology
Statistics

Science and Innovation for the 21st century.

Course outline for Science Methods for Social Prosperity

    The Scientific method
    Research design
    How to access everything that has ever been known
    Evaluation methods
    Behavioral economics and Game Theory
    Complexity Theory and emergence
    Social networks and feedback systems
    Diffusion of Innovations
    Refining ideas through Iterative learning
    Student projects in the community

Next: Examples of inspiring teachers

Dan Meyer: Math class needs a makeover

Vi Hart: You can learn more Math in class by doodling than through listening to the teacher

Eric Berlow: How Complexity leads to simplicity

Neil Gershenfeld: How to build almost anything

Sugata Mitra shows how kids teach themselves

WBEZ: Is Design the Third Teacher in Schools?

Charles Leadbeater: Education innovation in the slums

Ken Robinson: Changing education paradigms for the 21st century

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