New way to learn with AR — from edlab.tc.columbia.edu by Pengfei Li

 

 

Addendum later on 5/17 — also see:

 

50 Best Blogs for Industrial Design Students — from onlineuniversities.com

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Building a High-Resolution Multitouch Wall (Part 4) — from ideum.com by Jim Spadaccini

 

Blending the projectors on the 7 foot multitouch wall

 

IR camera test on the 7 foot multitouch wall

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From DSC:
First of all, I ran across this item:


250 years of Bayes Theorem -- a brilliant minister and mathematician; the man behind Bayes Theorem

 

Which reminded me of this item:


And they say God does not exist -- and I ask, then what about His fingerprints?

Which reminded me of some great feedback from Randall Pruim, Associate Professor of Mathematics and Statistics at Calvin College, who wasn’t impressed with the importance or mysteriousness of this particular sequence or the above video clip…but who also provided me with some papers, each with the words “The Unreasonable Effectiveness of Mathematics” in the title:

Anyway, I can’t say I understand all of this. But I believe God’s fingerprints are on many events, things, and changes that we experience — some of these things we see, but many are invisible.

May your Maundy Thursday, Good Friday, and Easter morning be especially meaningful this year for you and yours! Here’s to our Creator, Redeemer, and Friend!

Peace,
Daniel Christian

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Mcor Technologies: 3D Printing with Paper — from newtechpost.com

From DSC:
Interesting take on 3D printing…perhaps not just for manufacturing/engineering purposes…but perhaps artists will use these technologies.

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[2008/09] Study: Hands-on projects may be best way to teach engineering and technology concepts — from Purdue University as reported by Kim Medaris

From DSC:
This study focused on 126 eighth graders from Indiana; it presents one perspective on teaching STEM-related topics.

ABSTRACT:
Exploring the Effectiveness of an Interdisciplinary Water Resources Engineering Module in an Eighth Grade Science Class

Jody L. Riskowski, Carrie Davis Todd, Bryan Wee,
Melissa Dark, Jon Harbor

Engineering education has historically been given little attention in U.S. K-12 classrooms even though engineering incorporates scientific and mathematical concepts into meaningful, everyday applications. Including engineering and design projects in K-12 science and mathematics classes may improve student interest and comprehension, while also reaching a broader range of students than traditional lecture-based classes.  For this study, the authors implemented an engineering design project focusing on water resources in 8th grade science classes. Students were exposed to either an engineering project (treatment) or a more traditional format (control) and their knowledge of water resource issues was evaluated using a pre-post assessment tool. Overall, students in the treatment classes showed statistically significant improvement in two areas – they displayed higher levels of thinking on open-ended questions and greater content knowledge. This research indicates the effectiveness of engineering in enhancing student learning and supports its inclusion in the middle school science curriculum.

Also, potentially relevant here is:

 

How do we best educate our students in this type of environment?

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Also see:

  • A Whole New Mind — by Daniel Pink
    To survive in this age, individuals and organizations must examine what they’re doing to earn a living and ask themselves three questions:
    1) Can someone overseas do it cheaper?
    2) Can a computer do it faster?
    3) Is what I’m offering in demand in an age of abundance? (p. 51)

How do you transform good research into great innovations?

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Virtual Labs: Augmenting Learning — from CampusTechnology.com by Dian Schaffhauser
Colorado State University’s engineering department has taken its labs online to augment classroom activities and help students get their assignments done while away from campus.

There was a time when college science labs were limited to the space between four walls and furnished with thick, black tables, stools, and the equipment needed to conduct experiments and/or get assignments completed. Technology has since infiltrated these spaces, making them more state-of-the-art in nature, but students typically must be physically present in class in order to get the lab work done.

Colorado State University in Fort Collins has found a way around that glitch by developing a number of “virtual labs” across campus. Not meant to replace classroom instruction, the labs augment traditional learning by giving remote students access to the tools and information they need to complete their labs when they can’t be on campus.

To use the virtual labs, students need only a computer and Internet access. “They can get all of the software that they need to get the work done virtually,” said Ritschard, “even if they don’t have the latest and greatest laptop or computer.”

3-D printing spurs a manufacturing revolution — from the New York Times by Ashlee Vance

Learning Environments and Ecosystems in Engineering Education - upcoming conference in April 2011

© 2024 | Daniel Christian