Technology-Enabled Teaching June 1, 2005
IN THIS ISSUE
VIEWPOINT
NEWS & PRODUCT UPDATES
CASE STUDY
TECH NOTES
READER RESPONSE
Sponsors
Viewpoint
After a Market Lull, AV Vendors Finally Have Dazzling Tools and Technologies
for ‘Smart’ Educators.
By Will Craig
Editor's Note: This article appears in the June issue of Campus Technology.
It’s been a few years since I’ve seen something in the
“smart classroom” domain at InfoComm, NSCA, or NAB that
has been truly exciting. Sure, the big projectors get
brighter, control systems go cheaper, small projectors
get even smaller, and the plasma and LCD monitors grow
in size a little bit each year, but I’ve missed the Eureka!
moment of walking by a booth and seeing something that will
set the industry on its ear. That time is at hand again.
I’m getting excited about several areas of technology,
not because of PR agency spin or inflated manufacturer
promises, but because of how these technologies will
begin to affect the features, capabilities, and cost
structures of tomorrow’s technology-enabled classrooms.
With projectors, the use of LED as a light source for
projection has tremendous potential for future application
in smart classrooms. Mitsubishi’s first-generation product
using LED, the Pocket Projector (www.mitsubishi-presentations.com),
is not bright enough for classroom use, but consider the other
relevant specifications: 20,000 lamp life hours , and
energy-efficient enough to run on batteries. Less energy
consumption means less heat; and less heat means less fan
noise, which can be a major contributor to the floor noise
in a smart classroom. According to Frank Ansures, product
manager for Mitsubishi Digital Electronics America, the
initial focus of the LED projectors will be at the personal
presentation end of the market, but if the product is
successful, subsequent product development will focus on
increasing brightness toward the levels now afforded by
conventional lamp-lit LCD/DLP projectors.
News & Product Updates
Canadian 'Philosopher of Cyberspace' Sees New Internet
Civilization with 'collective knowledge' and 'noosphere.'
Professor Pierre Lévy of the University of Ottawa,
Canada, is called “the philosopher of cyberspace.” He "sees the changes
in life resulting from the Internet as the birth of a new civilization.
He explains it with the concepts of 'collective knowledge' and 'noosphere.'"
(BBC World) Read
more
Looking Ahead, Technology Shapes Campus Without Replacing It
"Imagine a 3D molecular model projected in front of you in a chemistry
class. Imagine combing through the Rockefeller Library's collection
while sunning on the College Green. Imagine attending section at 2 a.m.
in your pajamas. It could all be part of the educational experience
at Brown University in 2030." (The Brown Daily Herald)
Read more
The Rise of Community Course Software
"Communty source" is a new name for 'open source' - and in neither case
is it free software. A Business Officer article examines the
rise to mainstream of 'community course' projects for course management
software, enterprise business software, and more. Why is this important
for administrators to understand? (NACUBO)
Read more
Case Study
By Jerome Ammer, Ph.D.
University of San Diego
Cheryl Getz, Ed.D.
University of San Diego
Lea Hubbard, Ph.D.
University of San Diego
With our first NCATE visitation two years away, the University
of San Diego was in search of a viable mechanism for formal
and summative assessment. Three key designs to implementation solutions
seemed to create a roadblock. The three-dimensional lynchpin solution
includes a grounded pedagogical frame, an integrated school wide assessment
model, and a format for gathering and evaluating candidate performance.
Bringing faculty from five different programs together to contemplate
a major shift in instructional design and a fear of loss of academic
freedom seemed insurmountable.
Hiring a statistician to lead the design of a comprehensive
assessment system was our first moment of genius. The
Assessment System provided the foundation for linking
differing accreditation/licensure programs with flexibility
for addressing a widely different set of state and national
professional standards.
Pulling all these factors into a system that would be pliable
by faculty, students, staff, administrators and the assessment
accountability team seemed insurmountable. The Department of
Learning and Teaching adapted a rubric based system portfolio
system over a decade ago.
However, the paper portfolio rubric
evaluation process did not provide the types of measurable
formative and summative accountability performance outcome
required by recent revisions to the National Consortium of
Teachers of Education Accreditation (NCATE) procedures.
Converting to a standards grounded electronic portfolio
evaluation system required long hours of discussion,
explanation and convincing.
Tech Notes
Looking at New Ergonomic Keyboards
D'es anyone really have the time for an additional learning
curve? We suppose that if you suffer from repetitive stress
injury, you might. A decade ago, the old standard typewriter
keyboard, which was state of the art in the 90s -- the 1890s --
and is still an integral part of almost every
personal computer from desktops to laptops, was seen as the
culprit in repetitive motion wrist injuries. Keyboard inventors
haven’t given up on finding a cure.
Reader Response
From the Reader Response Forum
Exchange ideas on the latest collaboration technologies. Moderated
by Kevin Wood, Purdue University.