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"Weimer, M. (2002), Leamer-Centered Teaching: Five Key Changes to Practice, Jossey-Bass."

Does class size matter? http://www.magnapubs.com/newsletter/distance-education-report/270/Does-Class-Size-Matter-13523-1.html This article originally appeared in Distance Education Report. I've been the director of online education at my institution since 2007. One question I've been asked many times over the years is "What is the optimal number of students to have in an online class?" My usual response is to pretend I didn't hear the question and walk away as quickly as possible. Well, that's not totally true. But as you can imagine, this is not an easy question to answer, as there are many variables that come into play--the topic of the class, the overall course design, the academic rank of students in the class, the experience of the instructor teaching the class, etc. I've had many interesting discussions with students, staff and administrators over the years about enrollments in online courses. When I first started teaching online, my courses would fill almost immediately, sometimes within minutes. Inevitably, students would contact me and request an override for the course - not just one or two students, but dozens upon dozens of students. They were usually surprised when I said no. These frustrated students would often reply with a comment such as, "But it's an online class, so you can take unlimited numbers of students and it won't be any additional work for you." Surprisingly, I've heard this kind of comment from some faculty, staff and administrators as well. I usually view these interactions as opportunities to offer a bit of education about online learning. So I might say, for example, that if I had seven graded assignments in my online course, and 25 students, I would end up grading 175 assignments--with the emphasis on "I." However, if I doubled the number of students in my class and graded seven assignments for 50 students, that would be 350 assignments to grade. There were also 22 quizzes, two exams and multiple

No Significant Difference Phenomenon This website has been designed to serve as a companion piece to Thomas L. Russell's book, "The No Significant Difference Phenomenon" (2001, IDECC, fifth edition). Mr. Russell's book is a fully indexed, comprehensive research bibliography of 355 research reports, summaries and papers that document no significant differences (NSD) in student outcomes between alternate modes of education delivery, with a foreword by Dr. Richard E. Clark. Previous editions of the book were provided electronically; the fifth edition is the first to be made available in print from IDECC (The International Distance Education Certification Center).

* Better cafeteria food with real ingredients * No school busses - nearly every child mentioned the bullying of bus rides as one of the reasons they hated school * More choice in their assignments or projects * Replace grades with feedback and portfolios (like we did in our class) * Staggered start and end times so that the school would "feel smaller" * More alternative sports in addition to the traditional ones * Off-campus community service once a week * Job-shadowing for one month of the year * A monthly educational field trip * iPads, netbooks or laptops in classes - they even brought up some interesting ways to raise money for these devices * More freedom in terms of leaving to use the restroom, eating a snack or getting a drink of water * More electives - while most of them agreed that we need math, they suggested that maybe they could choose pre-geometry or pre-algebra or in reading, they could have reading classes geared toward certain topics * A school garden

Swiss PDB Viewer is a free program to display, analyze and manipulate PDB protein structures. Next to features such as protein superimposition, H-bond detection, amino acid mutation etc., the protein is tightly linked to Swiss- Model, an automated homology modeling server running at the Geneva Biomedical Research Center. This allows for threading a protein primary sequence to a 3D template and analyzing homology. The displaying options of the program include spacefill, ball & stick, stick and ribbon representations, all of which can be applied simultaneously within one structure model.

Excited to read, Instructional Design in Higher Education: Defining an Evolving Field, a new white paper released by the OLC Research Center for Digital Learning & Leadership https://t.co/eD4uqAcoFy #instructionaldesign #highered #onlineeducation #ins

RT @phylisebanner: "Learners like challenges and are most creative when the learning is challenging and meets their individual needs." http…

" The Care Center"

How do you know if something you read is true? Why should you care? We pose these questions this week in honor of News Engagement Day on Oct. 6, and try to answer them with resources from The Times as well as from Edutopia, the Center for News Literacy, TEDEd and the NewseumEd.