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Sugata Mitra (Newcastle University, UK) tells a remarkable story about education based on a series of real-world experiments. Given the right conditions (i.e. sufficient resources + non-interference) children can teach themselves even sophisticated subject matter.
MOOC typically means Massively Open Online Course. There are many models that meet this description to varying degrees and the concept is rapidly changing. Open Online courses are nothing new. OSU offered its first web-based online course in 1994. What is new is the massive idea, in some cases involving thousands and tens of thousands of students in a single term of a course.
Course flipping is a broad term that typically involves positioning lectures outside of class meetings (e.g. online, video) and using in-class meeting time for a different teaching/learning model (e.g. problem-based, collaborative, discussion). This process may be implemented in parts or as a whole strategy.
Everyone does 2D printing of pages from their computer and word processor. Now 3D printing of objects is being done from personal computers and design applications. OSU has 3D printers on campus. These tools are becoming more affordable and are being used in classrooms. At OSU the E.E.C.S Platforms for Learning program uses 3D printers. Students may submit models for printing here.
On March 31, 2014 the Valley Library will begin offering 3D printing as well. For details we suggest that you visit their 3D Printing Guide.
Infographics are visual presentations of words and numbers. These can be nice to look at, but for educational value the key is to establish clear and relevant relationships between the parts. Several online tools are available for creating infographics. If you have meaningful numbers text, then you can do this.