Teaching, Learning & Technology
Sharing best practices from faculty around the world who are using technology to transform teaching and learning.

Northwestern University iLabs receives prestigious CENIC award

The significance of remotely accessible science labs for high school students has caught the attention of the leaders of California’s high-speed education network....

 

My First MOOC

 

 

I've just signed up to participate in my first Massively Open Online Course (MOOC). It's free and runs from Sept 8-30th. The focus of "MobiMOOC" is Mobile Learning, and hundreds of educators from around the world are already "enrolled". Sounds crazy - and very interesting.

 

What to join me? Keep reading to learn more...

 

 

 

Remote (not just virtual) Instrumentation for Students – Real Science from Anywhere

Are your students missing out on real laboratory experiences due to the cost of real laboratory instrumentation? The Integrated Instrumentation Network (ILN) project at Western Washington University has developed a way to share actual (not simulated) lab instrumentation with faculty and students around the world – with live control via the internet. Wow…

Making Live (Synchronous) Distance Learning Come Alive - Georgia Tech and DyKnow

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Ask anyone who has attended an online webinar presentation, a live "broadcast lecture", or viewed a lecture that has been video podcast, and chances are they were multitasking - big time. Let's face it: Without actually engaging the audience, a lecture is highly ineffective - and if it's an online, non-interactive lecture, it's like watching a television show - minus the entertainment value of advertising.


Thankfully, innovation in instruction and technology is changing the equation, as is the case at Georgia Tech Savannah...


With support from an HP Technology for Teaching grant in 2006, and a follow-on HP Leadership Grant in 2008, Elliot Moore and Monson Hayes, co-PI's and faculty in engineering, used HP tablet pcs and DyKnow software to make their synchronous, distributed learning courses come alive.


From their project website:


Currently, Georgia Tech Savannah (GTS) provides engineering education to students located across 4 different universities.  One of the primary initiatives at GTS is to develop a blueprint for building a campus that utilizes computer-based technology to enhance the effectiveness of education in synchronous distributed learning (DL) environments.  In this scenario, the professor and students engage in a live classroom session via videoconferencing equipment that allows the students and professors to be at different geographical locations.  This type of DL environment typically suffers from several challenges that create significant barriers in effective student learning and teacher instruction including:



  • 1. Poor transmission of live lecture content

  • 2. Limitations on basic classroom interaction among the instructor and students

  • 3. Challenges in class administration of basic assessment activities (e.g., in class examples, exams, etc.)


These problems have contributed to a poor opinion overall of DL courses by students and instructors.  The results of this project have shown the following measured improvements in student attitudes and opinions regarding the learning environments created in the DL courses for this project as opposed to traditional DL courses:



  • 1. Students felt the presentation of the lecture content was more clear and easy to follow than in traditional DL courses

  • 2. Students preferred the use of the Tablet PC for taking and receiving notes

  • 3. Students felt more involved in class discussions and learning activities

  • 4. Students felt the in-class interaction through the Tablet PC helped them learn the material better and pay more attention in class


 


The comments from the students support these findings:


"I liked that the professor could ask questions and have us submit answers. It caused me to pay more attention than I normally would. I think I also grasped the concepts better by actually doing them during class." (Spring 2007 Student)


"The Dyknow interface allows students to actually LISTEN to what the instructor is saying without scrambling madly to write stuff down and missing important point in the process. I would highly recommend it!" (Spring 2007 Student)


"LOBBY TO MAKE OTHER CLASSES USE TABLET PCs!! It worked very well. Not only was having all the notes readily available great, but working problems in class with you giving feedback and showing popular incorrect answers was nice too. I'm actually getting a tablet pc for Christmas because of this class, no joke." (Fall 2007 student)


 


Keep up the great work, Georgia Tech Savannah!


 


PS:


This experience at Georgia Tech is only one of many. Richard Anderson, creator of Classroom Presenter software, has created a similar synchronous distance learning interaction in his computer science course (see my previous blog posting, "Enhancing "Live" Distance Learning with Classroom Presenter").


Also, check out the Virginia Tech video posted on the DyKnow site "...I can take an auditorium, a theater, and turn it into an active learning place..." (Tom Walker, Associate Professor of Engineering).



Jim Vanides, B.S.M.E, M.Ed.
Worldwide Education Programs
HP Global Social Investment
Hewlett-Packard

Twitter @jgvanides

For information about the HP Global Social Investments, visit www.hp.com/hpinfo/grants


 


 

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About the Author
  • Jim Vanides is a member of the HP Office of Global Social Innovation, responsible for worldwide education philanthropy strategy and programs. This includes the 2010 HP Catalyst Initiative (www.hp.com/go/hpcatalyst) and the 2009 HP Innovations in Education initiative, a $20M investment reaching schools, colleges, and universities in 26 countries. In addition to authoring the blog, “Teaching, Learning, and Technology in Higher Education” (www.hp.com/go/hied-blog) he is a contributing author on the K12 education blog, Guide to Digital Learning Environments (www.guide2digitallearning.com/blog). In his "spare" time, Jim teaches an online course for Montana State University on the Science of Sound (www.scienceteacher.org), a masters-level, conceptual physics course for teachers in grades 5 through 8. Jim’s past work at HP has included engineering design, engineering management, and program management in R&D, Manufacturing, and Business Development. He holds a BS in Engineering and a MA in Education, both from Stanford University.
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