Empowering the World of Higher Education IN THIS ISSUE vol. 27 no. 5 campustechnology.com January 2014 2 | LOGIN Beyond the MOOC Hype DEPARTMENTS 27 | 5 WAYS ONLINE ADVISING CAN IMPROVE ON FACE-TO-FACE Online tech gives students instant access to advisers and tools to help them succeed. 32 | HELPING STUDENTS TUNE IN ON ANY DEVICE CUNY faculty members are using student response software to keep students engaged. 7 | WHAT’S HOT, WHAT’S NOT 2014 Five IT thought leaders take the temperature of the biggest tech trends in higher education. 18 | BREAKING THE MOOC MODEL Sebastian Thrun has declared that massive open online courses don’t work for higher education. Where do MOOCs go from here? 24 | A COLLABORATIVE APPROACH TO I.T. SUPPORT Social learning tools tap the expertise of individual users, cutting back on help desk requests. 15 | HOW TO EARN A GRADUATE DEGREE ON A SMARTPHONE Students at USC can stream lectures and interact with their peers, all on a mobile device. 3 | CAMPUS & INDUSTRY Flipped Classroom Survey 35 | C-LEVEL VIEW Technology: Change Is How You Use It 6 | PRODUCT ROUNDUP Wireless Presentations and More 37 | ABOUT US/INDEX UDACITY THREW A WRENCH IN THE MOOC MODEL BY ABANDONING HIGHER ED. WHAT’S NEXT? p. 18 BREAKING 2014 INNOVATORS CALL FOR ENTRIES PAGE 13
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TECHNOLOGY
Empowering the World of Higher Education
IN THIS ISSUEvol. 27 no. 5 campustechnology.com January 2014
2 | LOGIN Beyond the MOOC Hype
DEPARTMENTS
27 | 5 WAYS ONLINE ADVISING CAN IMPROVE ON FACE-TO-FACE
Online tech gives students instant access to advisers and tools to help them succeed.
32 | HELPING STUDENTS TUNE IN ON ANY DEVICE
CUNY faculty members are using student response software to keep students engaged.
7 | WHAT’S HOT, WHAT’S NOT 2014Five IT thought leaders take the temperature of the biggest tech trends in higher education.
18 | BREAKING THE MOOC MODEL Sebastian Thrun has declared that massive open online courses don’t work for higher education. Where do MOOCs go from here?
24 | A COLLABORATIVE APPROACH TO I.T. SUPPORT
Social learning tools tap the expertise of individual users, cutting back on help desk requests.
15 | HOW TO EARN A GRADUATE DEGREE ON A SMARTPHONE
Students at USC can stream lectures and interact with their peers, all on a mobile device.
3 | CAMPUS & INDUSTRY Flipped Classroom Survey
35 | C-LEVEL VIEW Technology: Change Is How You Use It
6 | PRODUCT ROUNDUP Wireless Presentations and More
37 | ABOUT US/INDEXLINK to page xx
UDACITY THREW A WRENCH IN THE MOOC
MODEL BY ABANDONING HIGHER ED. WHAT’S
NEXT? p. 18
MOOCMODELMOOCMODELMOOC
BREAKINGTHE
MOOCTHE
MOOC
Higher Education
IN THISvol. 27 no. 5
7Five IT thought leaders take the temperature of the biggest tech trends in higher education.
IN THISvol. 27 no. 5
7Five IT thought leaders take the temperature of the biggest tech trends in higher education.
2014INNOVATORSCALL FOR ENTRIES
PAGE 13
Higher Education
IN THISvol. 27 no. 5
7Five IT thought leaders take the temperature of the biggest tech trends in higher education.
2014INNOVATORSCALL FOR ENTRIES
PAGE 13
IIF, AS THE The New York Times declared, 2012 was “The
Year of the MOOC,” then 2013 might well be called “The
Year of MOOC Hype.”
It’s always a little sad to see an ed tech innovation with so
much potential fall prey to the backlash spawned by overex-
posure. Though the past year has seen plenty of interesting
experimentation with MOOCs — particularly blended mod-
els — I can recall more than one presenter at the Campus
Technology and Educause annual conferences last year
actually apologizing for adding, yet again, the dreaded “M”
word to the conversation.
Even legitimate concerns from faculty and academic tech-
nologists about the efficacy of MOOC-style learning have
been overshadowed by MOOC burnout:
a general feeling of, “Please, no, not
another MOOC story.” I think this might
be what Gartner’s Trough of Disillusion-
ment feels like.
Yet when Udacity founder Sebastian
Thrun revealed in a Fast Company inter-
view that his company is abandoning
higher education and moving to corpo-
rate training,
he managed to
recapture our
attention in one
fell swoop. How can one of the biggest purveyors of mas-
sive open online college courses be throwing in the towel?
And where do MOOCs go from here?
The truth is, the underlying issues behind MOOCs in higher
education are ongoing. As Athabasca University’s George Sie-
mens told CT in our cover story (see page 18), “A year from
now we’ll be talking about something different from MOOCs,
but in my view, we’ll still be asking essentially the same ques-
tions: How do we teach in digital networked environments?
How do we teach when the power balance between a faculty
member and a learner is different than it was in the past? How
do we teach when learning can be tracked and measured and
assessed outside the university or formal education?”
With or without Udacity, MOOCs are still contributing to
the exploration of new learning models in higher ed. Like it
or not, they will continue to be an important trend for 2014.
MOOCs certainly were a topic of conversation for the five
panelists in “What’s Hot, What’s Not 2014” (page 7), our
LO G I N
Beyond the MOOC HypeWhat new tech trends will knock massive open online courses out of the spotlight this year?
ADVISORYBOARDLink AlanderVice Chancellor and CIO, Lone Star College System (TX)
Jill Albin-HillCIO, Dominican University (IL)
Keith BaileyDirector, Office of Online Learning University of Georgia
Edward ChapelVP for IT, Montclair State University (NJ)
Maya GeorgievaAssociate Director, Center for Innovation in Teaching and Learning, NYU Stern School of Business
Thomas HooverAssociate Vice Chancellor and CIO,University of Tennessee at Chattanooga
Alexandra M. PickettAssociate Director, SUNY Learning Network,State University of New York
Sue TalleyDean of Technology, Capella University (MN)
third annual roundup of trending ed tech topics for the new
year. But for the first time, they were edged out in “hotness”
by a new player: adaptive learning. As consultant Phil Hill put
it, “The ability to use online technologies to create multiple
pathways for students and to personalize learning will be a
strength that can even go beyond face-to-face methods.”
Can adaptive learning live up to its promise? We’ll be watch-
ing as early adopters pave the way. Tell us what you think!
SHARE
Rhea Kelly, Executive Editor
What new tech trends will knock massive open online
CALL FOR ENTRIESOur 10th annual
CT Innovators
Awards kick off this month. Entry
deadline: Feb. 17! See page 13.
DOING THE FLIP. Half of university fac-
ulty members have deployed the flipped
classroom model or plan to within the next
12 months, according to a survey from the
Center for Digital Education and Sonic
Foundry. A better learning experience for
students, greater access to supporting
technologies and positive results from ini-
tial trials were listed as the main reasons
faculty adopted the model. And among
respondents who have already flipped a
class, 57 percent said it was extremely
successful or successful. Read the full
story online.
LMS ROLLOUT. Dartmouth College (NH)
is rolling out Instructure’s Canvas learning
management system campuswide, following
an 18-month review and pilot program. The
school was looking for a cloud-based sys-
tem that ran on mobile devices and included
audio and video capabilities; notification and
communication tools; and an easy-to-use
interface. Read the full story online.
RASPBERRY PI LINUX CLUSTER.
The San Diego Supercomputer Center
has built a Linux cluster around Raspberry
Pi devices. SDSC, part of the University
of California, San Diego,
debuted the 16-node Me-
teor cluster this fall in a
UCSD course on visual-
ization. Though its primary
use is as a teaching tool,
it’s also used as a market-
ing tool to help spread the
word about parallel comput-
ing and generate interest in
parallel programming. Read
the full story online.
OPEN SOURCE SIS. With the help of
rSmart, the University of Washington
has deployed Kuali Student, a student
information system built on the Kuali open
source platform. The SIS, which integrates
with UW’s existing systems, includes
modules for student academic planning as
well as course and program development.
Read the full story online.
BIG DATA CHALLENGES. A survey
from the Association for Information
and Image Management identified three
major challenges to big data adoption:
1) difficulty of connecting structured
transactional datasets to unstructured
data or text-based content; 2) lack of
skilled users to work with big data tool-
sets; and 3) security and privacy con-
cerns. Survey respondents came from
a variety of business sectors, including
government, finance and education. Read
the full story online.
MAKING NEWS VIA MOBILE APP.
Student reporters at Lynn University
Industry+CampusTECHNOLOGY HAPPENINGS IN HIGHER EDUCATION
CTONLINE
CAMPUS TECHNOLOGY | January 20143
Click here for breaking news
Pho
to c
ourt
esy
of U
C S
an D
iego
Pub
licat
ions
UCSD’s Supercomputer Center built a Linux cluster based on Raspberry Pi devices.
CAMPUS TECHNOLOGY | January 20144
Industry+Campus
(FL) are using a new tool to provide
news coverage of campus events for
their campus television station. The
school has adopted LIVE+, a mobile
app from Ontario, Canada-based
Dejero, a developer of electronic
newsgathering solutions. The app,
loaded onto 10 iPad minis owned
by the journalism department, allows
reporters to record and transmit
video — using a WiFi connection
— to the station, which delivers live
and on-demand video through the
school’s Web site. Read the full
story online.
HYBRID CLOUD FOR EDUCA-
TION. Researchers at the Mas-
sachusetts Institute of Technol-
ogy, The University of Texas at
San Antonio and the University
of Notre Dame are collaborat-
ing with Internet2 and Rackspace
Hosting to build a new OpenStack-
optimized hybrid cloud environment
designed to help the research and
education community use the cloud
for big data research. Expected to
be available to other institutions in
spring 2014, the service will enable
universities to connect their private
clouds to the Rackspace public
cloud using Internet2’s secure high-
performance network. Read the full
story online.
ADVANCING DIGITAL CON-
TENT. Courseload, a provider of
e-textbooks and digital resources
for higher education, has joined the
Readium Foundation, a nonprofit
consortium that seeks to advance
EPUB and Open Web Platform
publishing. Founded in early 2013,
Readium projects include an EPUB
rendering engine for browser-
based readers; an EPUB rendering
engine for native apps; and a Ja-
vaScript library and viewer for ren-
dering EPUB files from Web sites
and cloud readers. Read the
full story online.4
Introducing the SRG Series pan/tilt/zoom cameras.Sony, the people who brought you the best-selling EVI Series, have just upped the ante. Feast your eyes on 1080p/60 HD. Discover wider wide angles, extended zoom, higher sensitivity, IP control, plus View-DR® processing to master the harshest light conditions. What hasn’t changed is the uncanny smoothness of our pan/tilt/zoom or the clarity of our legendary Exmor® sensors. Sony SRG Series cameras. You’ve got to see them for yourself.
PRODUCT R OU N D U P The latest releases, services and new product versionsEditor Picks
CAMPUS TECHNOLOGY | January 20146
Barco’s CSM Base Unit, part of the company’s ClickShare wireless collaborative presentation system, allows up to eight users to share HD content on a single projector, with one presenter using the screen at one time. Read the full story online. Click here for new releases
rolloutVirtual Security Phone
Rochester Institute of Technology
(NY) has adopted a safety app
that works like a virtual blue light
security phone, allowing members
of the campus community to
connect immediately with public
safety officers in the event of an
emergency. The mobile app is a
service developed by CampusSafe, a company launched
by an RIT MBA student. Read the full story online.
Network UpgradeIn order to support its BYOD and flipped classroom
initiative, Wittenberg University (OH) has revamped
its network with Enterasys products from Extreme
Networks. The network’s core capacity has increased
from 1 gigabit to 10 gigabits, and the WiFi network now
uses the higher
capacity 802.11n
standard. Read
the full story
online.
I . T . T R E N D S
THE START OF a new year has long been a catalyst for re-
flection and prognostication, and at CT it kicks off an annual
tradition: taking the temperature of the top tech trends in higher
ed. We asked five IT thought leaders (see “Meet the Panelists,”
page 8) to assess the “hotness” of everything from mobile de-
vices and flipped classrooms to adaptive learning, badges and
the LMS — and to explain the reasoning behind each rating.
Are they on target, or did they get it all wrong? E-mail us!4
5 IT thought leaders take the temperature of the biggest tech trends in higher education.
CAMPUS TECHNOLOGY | January 20147
WHAT’S NOT 2014 by David Raths
shutterstock.com
PHIL HILLMALCOLM BROWN
ELLEN WAGNER
ADRIAN SANNIERREY JUNCO
CAMPUS TECHNOLOGY | January 20148
I . T . T R E N D S
Mobile Platforms and BYOD
Adrian Sannier: According to a study published
this summer by Google, nearly half of U.S. college students
bring a tablet to school, and three-quarters of students
bring a smartphone. As these percentages grow, the long-
awaited market for a new kind of digital educational experi-
ence will finally open: an experience produced not at cot-
tage scale, but at global scale. It will be realized with high
production value through ongoing investment that incorpo-
rates big data, analytics and personalization driven through
machine learning — to provide students and their teachers
with a much more complete picture of a student’s proficien-
cies and challenges, capable of producing a truly personal-
ized learning path.
Malcolm Brown: Information
technology departments’ normal ap-
proach of “let’s standardize so we can
support you better” will no longer hold in
a time when most faculty and students
have multiple devices and nobody has ex-
actly the same device and app set. So IT
is challenged with respect to its tradition-
al models and its traditional “way of think-
ing” about what business it is in. Like the
MEET THE PANELISTS PHIL HILL (@PhilOnEdTech) is an educational technology consultant and analyst who has
spent the last 10 years advising in the online education and educational technology markets. He
is also an author, blogger at e-Literate and speaker, and has become recognized in the ed tech
community for his insights into the broader education market trends and issues.
REY JUNCO is an associate professor of library science at Purdue Uni-
versity (IN) and a fellow at the Berkman Center for Internet & Society. His research has
focused on informing best practices in using social technologies to enhance learning
outcomes. He blogs at Social Media in Higher Education.
MALCOLM BROWN has been director of the Educause Learning Initiative
(ELI) since 2009. Previously, he was the director of academic computing at
Dartmouth College (NH).
ADRIAN SANNIER is a professor of practice in the School of Com-
puting, Informatics and Decision Engineering at Arizona State Uni-
versity. Previously Sannier was senior vice president for product at
Pearson. From 2005 to 2010, he served as CIO and a profes-
sor in the Division of Computing Studies at ASU.
ELLEN WAGNER is executive director of WCET (WICHE
Cooperative for Educational Technologies), a division of the Western Interstate Com-
mission for Higher Education. She is also a partner and founder of Sage Road Solu-
tions, providing advisory oversight for industry intelligence and enablement services
and solutions practices. Previously, she was senior director of worldwide e-learning at
Adobe and senior director of worldwide education solutions for Macromedia.
HILL
JUNCO
BROWN
WAGNER
SANNIER
HOT
WARM
COOL
COLD
RATINGS KEY
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library has been doing, IT must make
careful decisions about what to out-
source and what to run locally. IT or-
ganizations will be sorting this out for
several years, with no two institutional
approaches being the same.
Adaptive Learning
Sannier: Proponents assure
us that the same machine-learning
techniques that pore through human-
ity’s Google searches and Amazon
purchases to predict so successfully
what we want to know and buy can
also be used to help each of us learn in
our own way, at our own pace, so that
in the end we can all learn substantially
more in substantially less time. From
Knewton’s $54 million in investment
capital, to the $75 million paid by the
Apollo Group for Carnegie Learning,
substantial bets are being placed on
the idea that machine-learning algo-
rithms, crunching the click patterns of
millions of students, can help each of
us learn better and faster. If adaptive
learning is going to work, it will work
first in subjects like math and science,
subjects where student success rates
using traditional approaches are a se-
rious challenge, but where right and
wrong are easier for a machine to es-
tablish. Expect efficacy to be the word
of the day, as institutions begin to go
public with outcomes this year.
Phil Hill: Like MOOCs, adap-
tive learning can be heavy on hype
and light on actual results. For the
first generation of online learning, the
tendency was to replicate the factory
model of education (one size fits all)
but just do it online. For the second
generation, the ability to use online
technologies to create multiple path-
ways for students and to personalize
learning will be a strength that can
even go beyond face-to-face meth-
ods (for any classes larger than 10 to
15 students). One challenge here is
that vendors tend to push automated,
I . T . T R E N D S
CAMPUS TECHNOLOGY | January 201410
I . T . T R E N D S
data-driven solutions as the only way to go, when the op-
portunities for faculty-selected or student-selected path-
ways have at least as much promise.
Brown: Adaptive learning is where learning analyt-
ics was two years ago: lots of potential, lots of promise, with
the vast majority of its future before it. Adaptive learning might
well play out in much the same way that learning analytics
has: a very important and useful tool, but no miracle cure.
Big Data
Brown: Obviously big data is itself not the big deal;
it’s what you do with the data and the actions you take
based on its analysis that is truly the “big deal.” There’s
a great deal of potential for schools to work imaginatively
with their data. Schools might want to think twice before
simply buying ready-made modules and instead think
more specifically about their institutional goals when for-
mulating plans about what to do with their big data.
Rey Junco: There have been some amazing strides
in big data applications in education over the last year. Until
recently, predictive analytics in education has focused on
using limited data points from learning and course manage-
ment systems, and this has limited
the predictive abilities of these mod-
els. More recently, a focus on exam-
ining data already available about
students and data sources that go
well beyond online discussion board
activity has led to breakthroughs
in how prediction might work. For instance, CourseSmart
uses data from student use of digital textbooks to calculate
an engagement index that is a stronger predictor of student
course outcomes than previous academic achievement.
Such data collection is only the beginning.
Ellen Wagner: Relatively few institutions are truly le-
veraging big data techniques such as pattern recognition or
predictive analytics to report on or to evaluate institutional val-
ue and impact, even when it comes to issues such as student
retention, progress and completion. Nevertheless, expecta-
tion of stakeholders from other sectors of the U.S. economy
that do depend on big data for proactively anticipating where
to focus investment, time and energy are forcing the educa-
tion community to move toward data-driven decision-making.
This comes as demands for more accountability, regardless
of the size of the data source(s), continue to grow.
Hill: I believe that the concept of combining data from
multiple sources on a large scale to create unique insights
will be very important for education in the long term. But
right now the focus is too much on enterprise software
solutions to vague problems with ill-defined data. The real
potential in the short term is for consumer-driven tools to
allow experimentation with new data, which will eventually
lead to enterprise-class solutions.
Flipped Classroom
Wagner: As someone who has worked in the field
of educational technology for a while now, the excitement
over the flipped classroom is highly satisfying. Using me-
dia to capture repeatable information-transfer tasks so
that the value of interactive, interpersonal moments can be
maximized has always been the strongest value proposi-
tion for leveraging media in instructional settings. I appre-
ciate that flipped classrooms are helping make this direct
benefit of media deployment for greater learner engage-
ment more obvious.4
“It’s easy to tell that flipped classroom is a hot topic, because it’s already spawned a subgenre of overheated apocalyptic pushback from some segments of faculty.” — Phil Hill
Untitled-3 1 12/10/13 10:50 AM
Sannier: The flipped class-
room movement legitimizes the use of
a wide range of technologies — from
e-texts and instructional videos to
MOOCs and the Khan Academy —
to replace traditional, in-person de-
livery of content. As more and more
instructors make this shift, it will con-
tinue to strengthen demand for quali-
ty. Flipped classrooms strengthen the
value of certain kinds of instructors
— those who connect well with stu-
dents as individuals, and specialize in
providing guidance and inspiration in
addition to expertise. As more classes
flip, pressure for change will mount,
particularly in large lecture classes
aimed at general education. This is a
trend I see accelerating for some time
to come.
Brown: The flipped classroom
is now an established course model; it’s
the “flavor” of blended learning that is
generating the most buzz. The risk here
is to rely too heavily on the model itself;
thinking that simply by executing a flip
that the course will improve is a variant
of “just give them technology and things
will improve.” The opportunity is to do
research into which kinds of flipping lead
to improved learning outcomes. San
Jose State University [CA] has led the
way, as it has begun to discover where it
works and where it does not.
Hill: It’s easy to tell that flipped
classroom is a hot topic, because it’s al-
ready spawned a subgenre of overheat-
ed apocalyptic pushback from some
segments of faculty. You can also tell
because the term “flipped classroom”
has lost much of its meaning. Not all
hybrid classes are flipped classes, and
not all flipped classes are designed on
the same principles. However, there is
solid research that some of the biggest
potential for improvements in learning
will come from deliberately designed
hybrid classes, and the flipped version,
if done well, leads to more active learn-
ing opportunities.4
I . T . T R E N D S
CAMPUS TECHNOLOGY | January 201411
CAMPUS TECHNOLOGY | January 201412
I . T . T R E N D S
Badges and Gamification
Sannier: A lot of new educational technology is serv-
ing to unbundle information — adding new layers of granular-
ity to what students have achieved and what they have yet to
accomplish. Instead of earning a C in College Algebra, Khan
Academy students review badges that show them all the skills
they’ve mastered, the concepts that still need practice and
specific goals still on the horizon. Badges are helping com-
municate learning at greater levels of detail for students and
teachers, and they foreshadow alternative certifications that
can provide better visibility into the actual competencies of
potential employees. These certifications have a certain dys-
topian potential, but I believe they will come on slowly enough
to allow us to address very real privacy concerns.
Gamification is such a powerful motivator that it must cer-
tainly continue to grow in influence, but I think it’s hard to do
much at cottage-industry scale. As the market for high-produc-
tion-value adaptive learning experiences grows, badging and
gamification will be integral to their design, helping motivate
students to amass achievements and clearly communicating
their competencies to instructors and potential employers.
Junco: I’m not sure whether badges as a container for
micro-credentialing will survive, but I see a growing need for
micro-credentialing in the near-term future. Employers are
more and more interested in having data on potential employee
skills. But frankly, the way badges are currently being imple-
mented is too rudimentary and will lead to their demise. (Grant-
ing a credential for completing a basic activity such as showing
up for an event demotes the value of said credential.) Perhaps
a better framework would be to consider badges a symbol of
attainment of complex skills, assessed through evaluations de-
veloped as part of the curricular development process.
When I think about gamifying an educational intervention,
I consider how game dynamics might be used in order to
teach process instead of content. I’ve seen way too many
educational games that look like board games that serve to
repackage content with a shiny new exterior. Not only is this
dull, it is bound to create educational ennui in our students,
leading them to be less likely to engage in more effective
methods of gamification.
Wagner: Badges are interesting because they pro-
vide evidence of learning, mastery, competency and com-
pletion. Increasingly at the center of a growing number of
conversations related to school-to-work transitions, pro-
fessional certifications, degree completion and the like,
badges will be getting hotter. Gamification also is very hot
these days as educators are trying to better engage with
learners to improve success metrics such as student reten-
tion and program completion. It promises to help educators
shift from talking at people in learning settings to inducing
people to engage more deeply in completing tasks through
motivational hooks such as rewards and recognition.
iPads and Other Tablets
Brown: iPads and tablets are cooling off, as it would
have been impossible to sustain the record-breaking rate
of diffusion. Overall, we’re moving toward market saturation
and the technology is settling down into its “sustaining in-
novation” period. Two aspects of tablets (and mobile tech-
nology generally) are significant, and neither one of these
two aspects involves the tablet’s hardware. First, it is the
VIDEO SPOTLIGHT
For captioned versions, visit CT on YouTube.
VIDEO: Why Phil Hill thinks adaptive learning has great potential but is no silver bullet.
VIDEO: Adrian Sannier on why the time is right for adaptive learning to go mainstream.
CampusTechnology.com/Innovators
10years!Celebrating
AWARDS 2014
Call for Nominations!Campus Technology Innovators Awards recognize higher
education institutions, technology project leaders, and
vendor partners who have worked together to deploy
innovative technology solutions to higher education
challenges.
Official Sponsor of the 2014 Campus Technology Innovators Awards
6 Award Categories:• Teaching and Learning
• IT Infrastructure and Systems
• Student Systems and Services
• Leadership, Governance, and Policy
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Nominate an IT Superstar Today!Nominations accepted Jan. 6 – Feb. 17
connectedness of these devices that
will count in the future, as our person-
alized network of devices, aided and
abetted by the Internet of Things, will
continue to “grow into” our household,
our cars and many other dimensions of
our lives. Second, the true story will be
in software, the apps. As [Silicon Val-
ley veteran] Marc Andreessen put it:
“Software is eating the world.”
Junco: Giving students iPads and
other tablets does not automatically
lead to better learning outcomes. It’s
part of a myth that many in higher edu-
cation have readily adopted: that throw-
ing technology at an educational prob-
lem will automatically produce better
learning outcomes. Accepting this myth
then absolves institutions from provid-
ing faculty professional development
to best use these tools in the curricu-
lar process. Instead of starting with the
learning goals or outcomes, institutions
start with the technology (because it’s
“cool,” “new” and/or “shiny”) and hope/
expect that the learning outcomes will
automatically follow. Before investing
considerable resources in tablet initia-
tives (or even worse, requiring students
to invest their own resources), we must
ask ourselves: What is the goal of using
tablets and can those goals be more ef-
ficiently and effectively reached without
an expensive technological tool?
Wagner: Tablets are shaking up
thinking on how to design learning ex-
periences that take better advantage
of mobility, personalization, connectiv-
ity and convenience. But it seems that
the creative discussions around learning
design and distributed pedagogy are
running in parallel with the implementa-
tion and security questions that IT orga-
nizations need to balance. The devices
themselves are part of a big enterprise
IT conversation that has been burning
brighter for a while now. But I don’t see
them as the creative catalyst that the
other so-called “hot technologies” are
bringing to this conversation.4
I . T . T R E N D S
CAMPUS TECHNOLOGY | January 201413
I . T . T R E N D S
Learning Management Systems
Junco: I’m glad to see the LMS trend “cooling down.”
LMSes are a perfect example of what can happen when as
an educational system we adopt a technology before eval-
uating all of the possibilities for reaching desired learning
outcomes (not that I believe any learning outcomes were
ever considered when colleges and universities were first
adopting LMSes). LMSes are static, unengaging platforms
that are typically not intuitive to use. For these reasons,
faculty and students dislike them. In fact, research shows
that students would much rather use social technologies
such as Facebook for the “learning” features of LMSes.
It’s about time we move toward more engaging platforms
that help bolster student engagement and social and aca-
demic integration.
Wagner: There is a perception in some circles that
LMSes as we have known them — primarily the content and
course syllabi, student participation and record manage-
ment tools — are artifacts of the past. I would suggest that
as learning experiences of all kinds migrate to the Internet,
and as online learning, blended learning and on-the-ground
learning programs all look to leverage digital assets and ex-
perience more effectively, we are seeing a new generation
of LMS emerge. The need for learning and content man-
agement platforms that interoperate with academic plan-
ning and advisements systems, CRM systems, social me-
dia and student information systems is more pronounced
than ever. LMSes as we have known them earn two chilies.
The new emerging platforms that cover enterprise learning-
experience management are closer to three chili peppers.
Hill: I’m going to go against the grain and say that the
LMS is a hot topic, albeit a boring and frequently frustrat-
ing one. While many people recognize that first-generation
course management systems do not directly impact learning
in most cases (they give administrative benefits by managing
classroom chores), we are just now getting to the point where
a majority of faculty actually use an LMS in their classes. The
systems are finally accepted, and it is hard to argue with the
benefit to students of seeing grades and having access to
course materials in an organized fashion. The opportunity is
for LMS providers (old and new) to keep these benefits while
moving past the walled garden approaches that got us here.
Ease of use and intuitive design cannot be overestimated as
important aspects for future systems.
Sannier: Am I just stubborn? How can I maintain year
after year that the LMS is dead, when the LMS market is so
clearly flourishing and expected to grow more than 25 per-
cent annually each of the next five years? Investors are ex-
cited about LMSes too. Just over a year ago, Desire2Learn
raised $80 million in venture money and Canvas raised $30
million this past June. Even stodgy market leader Black-
board has a fresh new CEO bent on resurgence. If this is
dead, then what does hot look like?
The LMS is an established learning technology, a way for in-
dividual teachers, one class at a time, to digitally hand out pa-
pers, collect assignments, deliver quizzes or post announce-
ments. To the extent that this technology introduced modest
efficiencies in the classroom, those (very modest) gains have
been fully realized. I don’t dispute that more LMSes will be
sold next year than were sold last year. I just don’t expect
them to have any more impact on improving teaching and
learning next year than they had this year. Dead.
David Raths is a freelance writer based in Philadelphia.
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NEXT: How to Earn a Graduate Degree on a Smartphone
CAMPUS TECHNOLOGY | January 201414
WHAT ABOUT THE ‘M’ WORD?When five higher ed IT experts have a conversation
about trends, you can usually expect at least one of
them to mention MOOCs. To find out what our panel
had to say about massive open online courses, e-text-
books and open educational resources, read “3 Learn-
ing Content Trends to Watch in 2014” at CampusTech-
nology.com. Also, don’t miss this issue’s “Breaking the
MOOC Model” on page 18.
M O B I L E C O M P U T I N G
CAMPUS TECHNOLOGY | January 201415
toni fuhrman
With the help of a smartphone or tablet, graduate engineering students at USC can access live streaming lectures, and interact with their lecturer and fellow students.
same faculty — mostly full-time, tenure-track — wheth-
er they’re on campus or online,” said Binh Tran, execu-
tive director of USC’s DEN@Viterbi, which is powered
by Blackboard.
DEN@Viterbi currently offers more than 40 online engi-
neering graduate programs and professional courses. “We
have more than 4,000 graduate engineering students,”
explained Tran. “Of those, close to 1,000 are online stu-
dents,” with the majority part-time, averaging 1.5 classes
per semester.
The school’s sizable investment in technology has obvi-
ously paid off. Last year, DEN@Viterbi was ranked as the
top online engineering program in the country by U.S. News
& World Report, which also ranked USC as one of the top
10 graduate engineering programs.
While the primary goal of the DEN@Viterbi makeover is
to make its online education offering as effective as face-
to-face, the school has also put tremendous emphasis on
optimizing its system for mobile devices.
“I watch all my DEN@Viterbi lectures on my iPhone,” said
Sapphire Lopez, who is studying for a master’s degree in
How to Earn a Graduate Degree on a Smartphone
A PART-TIME graduate engineering student sits
at his gate at Los Angeles International Airport, awaiting
his flight. He gets out his smartphone, checks the time,
clicks on a link, logs on and within seconds he’s watching
and participating in a live lecture at the University of
Southern California.
Distance education? Yes, and then some. The Distance
Education Network at USC’s Viterbi School of Engineering
— now called DEN@Viterbi — has been around for more
than four decades, but this year’s version is state-of-the-
art and definitely mobile friendly.
In the wake of a massive tech overhaul, students can not
only stream their lectures in real time, but also participate
in classroom discussion by phone, live chat or VoIP. The
newly upgraded classroom suites have custom audio-
video integration, with cameras directed at both the
instructor and the students, and ceiling microphones that
pick up in-class responses and enable discussion between
online and on-campus students.
“With this blended format, our graduate engineering
students have the same classroom experience and the
shutterstock.com
CAMPUS TECHNOLOGY | January 201416
M O B I L E C O M P U T I N G
chemical engineering and materials
science. “It’s very easy and convenient.
I like that I can watch lectures anywhere
and don’t have to pull out my laptop.”
The average class size is 44, with
most classes accommodating a maxi-
mum of 10 to 20 online students.
These students might be on assign-
ment in another country, or they might
be at home with the kids. “They’re
very mobile,” emphasized Tran, “and
we make sure that the technology
supports that mobility with interactive
tools.” The course management sys-
tem, for example, is accessible via
mobile and tablet browsers, along
with digitized notes and various
course tools.
“Mobile access is important, but the
ability to access information at a
distance is transformational,” said
Gaurav Sukhatme, professor and
chairman of the USC Computer Sci-
ence Department. “The fact that
geography doesn’t impose con-
straints on education is transforma-
tional. The fact that you don’t have to
uproot your life in order to finish your
education is transformational. The
mobile device provides added flexibil-
ity, and is important in that regard.”
To give its students maximum flexi-
bility and make the online learning
experience as valuable as possible,
the school provides faculty with exten-
sive tech support — a dedicated
“Mobile access is important, but the ability to access information at a distance is
transformational. The fact that geography doesn’t impose constraints on education is
transformational.” — Gaurav Sukhatme, USC
CAMPUS TECHNOLOGY | January 201417
M O B I L E C O M P U T I N G
goback
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NEXT: Breaking the MOOC Model
operator monitors up to 13 classes from a central control
room — and a range of technology options. Professors
have at their disposal computers, writing pads, electronic
boards and tablets. Wearing a clip-on microphone so they
can walk or sit, instructors can use voiceover as a camera
zooms in on formulas or notes; use a blackboard or white-
board; write on paper; or speak and look directly at the
camera. “This is a healthy diversity of teaching styles, all of
which are embraced,” said Sukhatme.
Most of the 130 classes held each semester are highly
interactive, with WebEx and phone conferencing enabling
online students to be seen and heard in the classroom. The
instructor or room moderator can also pass control to online
participants for remote presentation sharing. For student
group meetings, there is a link for an interactive group URL,
which sends students into a virtual meeting room, with the
ability to use videoconferencing, desktop sharing and chat.
To avoid disturbing their classmates, those students par-
ticipating via mobile device must follow some basic guide-
lines. For instance, they must keep their phones on mute
unless they are asking or answering a question. Sukhatme,
who has been teaching classes with mobile access for
about three years, believes that “remote students are good
about this.” As a result, he said, he is generally not aware
of where students are located, whether at work, an airport,
offshore or in a combat zone.
Asynchronous Options
Because many USC engineering students are out-of-state
or abroad — the school has students from 20 different
countries — scheduling can be a problem. “We have a lot
of global partners,” said Tran. “We work with international
corporations, such as Kuwait Oil Company, with engineers
taking master’s and completing Ph.D. programs.”
To accommodate different time zones, bandwidth limita-
tions and student schedules, DEN@Viterbi does not
require students to attend lectures live, if it’s not feasible.
Instead, it provides a variety of options for downloading
and streaming materials. Some students might use audio
only; others might download the recorded lecture, which
is available 15 minutes after class for mobile devices and
tablets. “Those in petroleum engineering, working offshore
or in the military might have Internet access once or twice
a week,” explained Tran. “Our program allows them to stay
up-to-date.”
The way students use mobile devices to attend lectures
and complete their coursework varies widely, although it
does require a certain amount of discipline on the stu-
dents’ part. “On-campus students use mobile devices to
review material,” said Sukhatme. “Truly remote students
often do everything on their remote devices. In either case,
it works quite well for engineering. The challenge with
mobile devices is time management. The student has to
discard other cognitive load and pay attention to the lec-
ture. Also, reviewing and relearning can be a challenge.”
“With a live interactive component in all classes, there
are always challenges as to how we manage the applica-
tions,” concluded Tran. “But, on the plus side, the faculty
has access to professional students with real-life experi-
ence, and the technology keeps the students engaged.
The mobile infrastructure enables student success.”
Toni Fuhrman is a writer and creative consultant based in
Los Angeles.
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To accommodate different time zones, bandwidth limitations and student schedules, DEN@Viterbi does not require students to attend
lectures live, if it’s not feasible. Instead, it provides a variety of options for downloading and streaming materials.
O N L I N E L E A R N I N G
IT WAS ABOUT a year ago that the
idea of using the Web to provide open-
access, online learning at scale was
thrust into the international spotlight. In
November 2012, The New York Times
christened “The Year of the MOOC,”
and a concept that had been percolating
relatively quietly in academia quickly
became The Next Big Thing.4
Udacity’s Sebastian Thrun threw a wrench in the MOOC model by declaring that massive open online courses don’t work for higher education. What’s next for the online learning trend?
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Now a founder of one of the leading
for-profit MOOC providers says mas-
sive open online courses aren’t work-
ing in higher education. In a recently
published Fast Company interview,
Sebastian Thrun, co-founder of Udac-
ity and one of the most-often quoted
champions of the MOOC model, said
that his company has “a lousy prod-
uct” and revealed that he’s planning to
shift his enterprise’s focus from higher
education to corporate training.
Thrun, a Google Fellow and pioneer
of the self-driving car, has a high pro-
file in the MOOC world, so his com-
ments provoked widespread reaction
— everything from gleeful I-told-you-
sos and barbed comments about his
company’s “Silicon Valley blindness”
to existing learning research, to point-
ed criticisms of Udacity’s business
plan and Thrun’s hyperbolic branding
and buildup of unrealistic expectations
about an online education delivery
model that is still evolving.
There’s plenty of evidence — and no
shortage of acronyms — to suggest
that MOOCs are, in fact, evolving. The
first generation of cMOOCs, based on
the connectivist peer-learning model,
led to the xMOOCs that hit the market
in 2011 with a more traditional lecture-
based format and the backing of com-
panies like Udacity, Coursera and edX.
Cathy Sandeen, vice president for
education attainment and innovation
at the American Council on Education
(ACE), has identified a third genera-
tion — MOOCs 3.0 — which disag-
gregates the elements of the xMOOC
O N L I N E L E A R N I N G
CAMPUS TECHNOLOGY | January 201419
“The truth is, it’s never been at all clear what people mean when they say ‘MOOC.’”
— Michael Wesch, Kansas State University
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essentially the same questions: How
do we teach in digital networked en-
vironments? How do we teach when
the power balance between a faculty
member and a learner is different than
it was in the past? How do we teach
when learning can be tracked and
measured and assessed outside the
university or formal education?”
Those questions point to the underly-
ing trends that spawned the MOOC in
the first place, Siemens said — namely
rising tuition and the growing influence
of technology and social media on
learning.
“MOOCs are a reflection of a series
of trends that continue to influence
the education sector,” he said, “which
means that tomorrow MOOCs could
go away and those challenging as-
pects of our higher education systems
would still be there.”
Full Steam Ahead?
MOOCs certainly don’t seem to be
going away any time soon. Thrun’s
broody admissions notwithstanding,
other MOOC-in-higher-ed ventures
are moving forward apace. Future-
Learn, for example, is busily rolling out
courses for a big pilot program in the
United Kingdom. Coursera just landed
another $20 million in new funding.
The business-oriented social network
LinkedIn announced partnerships with
Coursera, edX, Udacity and others that
O N L I N E L E A R N I N G
CAMPUS TECHNOLOGY | January 201421
“It’s the blended model that gets the improved outcomes, that gives the MOOC a different role — as a resource that can improve the quality of
the residential university experience, rather than an entity that competes with it.”
— George Siemens, Athabasca University
CAMPUS TECHNOLOGY | January 201422
O N L I N E L E A R N I N G
will make it possible for members to cite their completed
MOOCs in their résumés. Stanford University’s (CA) Ven-
ture Lab project has blossomed into NovoEd, which is part-
nering with the Carnegie Foundation for the Advancement
of Teaching on MOOC-like approaches to support college-
level quantitative literacy and math skill development. And
Udacity’s own partnership with Georgia Tech to offer the
first fully accredited MOOC leading to a low-cost Master of
Science in Computer Science degree is about to bear fruit.
The program was developed in partnership with AT&T and
is set to launch this month.
Siemens has mixed feelings about all the entrepreneurial
activity erupting around MOOCs. He said he was happy ini-
tially to see pioneers like Thrun and Coursera’s Andrew Ng
and Daphne Koller “experimenting and trying to stir up the
inertia in the education sector,” but the hype generated by
Thrun’s branding activities in particular “derailed the qual-
ity conversations” among researchers and educators about
the challenges MOOCs were addressing.
Thrun went on the record early with rhapsodic predictions
about the impact of MOOCs on higher education. “You can
take the blue pill and go back to your lecture of 20 stu-
dents,” he told journalist Blake Graham shortly after his first
MOOC experiment at Stanford. “But I’ve taken the red pill
and seen wonderland.” A few months later, he told Wired
magazine that in 50 years, the proliferation of MOOCs
would reduce the number of institutions delivering higher
education worldwide to 10.
This kind of rhetoric cast the MOOC as competition for
traditional colleges and universities, which would eventually
rile faculty and, Siemens argued, obscure the potential of
the model to expand services to students and the commu-
nity. But he also noted that that language has been chang-
ing as MOOCs are increasingly seen less as models that
might replace faculty and more as potential extensions of
the university.
No “One Course Format to Rule Them All”
Thrun’s announced pivot away from higher ed comes after
San Jose State University (CA) published the initial re-
sults of a much-talked-about experiment with a for-credit
MOOC program developed with Udacity. Disappointing
student performance prompted the school to put the pro-
gram on pause this past fall, with plans to start it up again
this month. Lost in the headlines generated by those re-
sults, Siemens pointed out, is an earlier SJSU program de-
veloped with edX, the joint effort of Harvard (MA) and the
Massachusetts Institute of Technology to create an open
source online learning platform. That program provides edX
courses as optional resources for SJSU professors who
want to use them for flipped classes.
“It added a MOOC layer to existing university activity, and
that produced significantly better results,” Siemens said.
“That’s the biggest change we’re seeing now. It’s the blend-
ed model that gets the improved outcomes, that gives the
MOOC a different role — as a resource that can improve
the quality of the residential university experience, rather
than an entity that competes with it.”
Alexander Halavais, associate professor in the School of
Social and Behavioral Sciences at Arizona State Universi-
ty, is a social media researcher, well known higher ed blog-
ger and president of the Association of Internet Research-
ers. He agreed that pitting the MOOC makers against the
colleges and universities, whether part of the plan or a by-
product of the hype, has been counterproductive.
“MOOCs have, at least in the incarnation that has been
especially pushed by Udacity, been hyped to a ridiculous
degree,” Halavais said. “In particular, placing them in ten-
sion with a traditional liberal arts classroom, which is a pretty
rare beast, is guaranteed to make them a losing proposition.
It’s not about MOOCs replacing courses at liberal arts col-
leges. It’s about learning happening across a large number
of institutions and networks in lots of new ways, and making
sense of that new complexity.”
Halavais sees the MOOC as “a collection of disruptive
elements sparking something else in the higher ed ecosys-
tem,” and doesn’t believe the term “evolution” fits in that
context. “MOOC” is shorthand for “experimenting with on-
O N L I N E L E A R N I N G
line education at scale,” he said. But the term could work,
he allowed, if the evolution of the MOOC is seen as more
of a Cambrian Explosion, in which a large number of new
approaches are appearing quickly and disrupting the eco-
system as a whole.
“There isn’t one course format to rule them all,” he said.
“There never will be and there never should be. MOOCs
were and are just one potential collection of approaches to
organizing a course.”
An Ongoing Evolution
In fact, said ACE’s Sandeen, “MOOC” may be a sexy buzz-
word for the press, but for those in the thick of educational
research it’s just another stage in the ongoing evolution of
online learning. Even among the big three providers, it’s an
imprecise category, she noted. Coursera is all about global
access, so “massive” was always part of its strategy, as was
partnering first with elite universities to gain enrollments.
Udacity was always about a higher level of instructional de-
sign and the use of analytics. The resulting MOOC was a
much more vertically integrated and controlled product. In
the middle is edX, a nonprofit that integrates a high degree
of instructional design into its programs but provides little
instructional design support for institutions.
“The MOOC is going in all sorts of directions,” Sandeen
said, “which is understandable. But we at ACE still be-
lieve there’s some promise in the idea of using MOOCs to
help students gain degrees. Some institutions will accept
MOOCs for credit if they have third-party validation associ-
ated with them, and usually some authentication. And some
employers may consider MOOCs on job applications. So
there are many different ways in which this story will con-
tinue to unfold.”
The most exciting thing about that unfolding story, said Mi-
chael Wesch, associate professor of cultural anthropology at
Kansas State University, is the way those who are experi-
menting with and changing MOOCs are dissolving catego-
ries and “making us rethink what it is we’re actually up to.”
“‘MOOC’ is not so much a definable thing as a rallying
cry to serve people who cannot come to traditional higher
ed institutions,” Wesch said. “The term has taken on a lot
of baggage, but I suspect we won’t be using it for much
longer. The truth is, it’s never been at all clear what people
mean when they say ‘MOOC.’”
Gerry McCartney, CIO at Purdue University (IN), is no
fan of the MOOC in higher education and said corporate
training is a much more appropriate application of the mod-
el. However, he applauded the MOOC makers for demon-
strating that “content has almost no value.”
“The money is not in the content,” he said. “It’s not in the
material, and it never was. I can watch The History Channel
and learn a whole pile of stuff, but I don’t get college cred-
its for that. What a MOOC does is automate a part of the
process that was already fairly low value. That’s what the in-
vestors missed. You’re not hitting the high-value part of the
equation. It’s not just a question of, well, now we can get the
best Chaucerian professor in the world and have her teach
one class to everyone in the whole world. They can just go
read her book if they want that experience. It’s the personal
interactions with the people who are in the room with you
— the instructors, the other students — that have the value.
And that’s not scalable.”
Amin Saberi, the Stanford associate professor of manage-
ment science and engineering who developed the NovoEd
platform, argued that Thrun’s pivot has within it something
essential for the evolution of the MOOC in higher education.
“We need that kind of willingness to acknowledge les-
sons learned and to make changes accordingly,” Saberi
said. “We maybe don’t think of him as humble, exactly, but
this shows a kind of humility that we need to move forward.
The technology of the Web and online education are going
to continue to have a disruptive effect on higher education,
but MOOCs are just one model. We will all be learning our
lessons and then applying them in slightly different ways as
online learning evolves.”
John K. Waters is a freelance writer based in Mountain
View, CA.
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NEXT: A Collaborative Approach to IT Support
CAMPUS TECHNOLOGY | January 201423
H E L P D E S K
CAMPUS TECHNOLOGY | January 201424
dian schaffhauser
At Davenport University, central IT is using social learning tools to tap the tech expertise of students, faculty and staff, cutting back on help desk requests and helping to create a culture of mutual support.
bilities in one place. Plus, the software needed to be easy
to use so that anybody could create content and post it for
others to access.
Crowdsourced Learning
In March 2011 the university turned to Bloomfire, which
has gained a foothold as a knowledge management sys-
tem in companies such as Whole Foods Market, Re/Max,
Comcast and Etsy, along with several institutions of high-
er education: the University of North Florida, MIT, Geor-
gia Tech and St. Luke’s College in Iowa, among others.
Bloomfire’s service, which goes by the same name as the
company, combines the ability to create and post content;
share, search and browse content; post questions to the
community and have members provide answers; person-
alize feeds to let a person “follow” another user or mem-
bers of a group; make user recommendations; and moni-
tor data about site and resource usage.
“If you’re a subject-matter expert in Microsoft Excel, you
don’t have to be on the IT training team to deploy a video
that says, ‘Here’s how I do pivot tables with my financial
documents,’” Miller explained. “If you’re the finance per-
son, by all means, get out there and push out that video.”
Now, the site main-
tains about
1,300 pieces of
user-generated
content —
including
A Collaborative Approach to IT Support
WHEN FACULTY AND staff at Davenport
University have a tech question, they often turn to each
other for help. And while that kind of social learning is
beneficial, the 11-campus and online institution based in
Grand Rapids, MI, wanted a way for individual interactions
to reach the greater community.
“A lot of screen captures were being pasted into Word
docs and e-mailed,” recalled CIO Brian Miller. “There were
some screen recording tools that people were deploying.
Somebody might call and ask, ‘Hey, how do I invite 10
people to an appointment in the calendaring software?’ I
could record my screen and send it to them. It’s an interac-
tion between you and me, but it has no power to reach
more people.”
While learning management systems, lecture capture
tools and even sites like YouTube offer some of the fea-
tures Davenport was looking for — such as the ability to
post supporting documents, ask questions, hold threaded
discussions, capture analytics, generate content and
deploy easily to the Web — the school wanted a Web-
based solution that would consolidate all of those capa-
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CAMPUS TECHNOLOGY | January 201425
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comments, PowerPoint sessions,
documents, spreadsheets and other
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Starting Up
Miller and his team spent some “sig-
nificant IT time” in getting “INsite” —
the university’s branded name for the
Bloomfire service — integrated with
the school’s identity management
tools. As a result, users can access
the service based on their roles within
the university as full-time employees.
“After that, it was hands off” for IT,
Miller added. Administration of content
is handled by functional experts across
the university. “We don’t get in the way.
They don’t have to call us for assis-
tance. Everybody loves our help desk;
but when we don’t have to deploy help
desk resources to fix things that peo-
ple should be able to do themselves,
that’s a win for us. In this case, it’s nice
and easy to use and it just works.”
To help users become familiar with
the use of INsite, IT populated the
service with videos it had already cre-
ated, such as tips and tricks for using
Google Apps; sessions about cam-
pus mobile applications; and training
clips on how to use components of a
highly complex ERP package.
But for the formal introduction in fall
2011, taking place during an all-
hands meeting that kicks off the aca-
demic year, the team cherry-picked
“pilot content authors”: people who
had experience in front of the camera
and had engaging stories to tell. IT set
them up with video production experts
to record videos specifically for a new
change initiative being rolled out by
campus administration.
“We had well known people from
across the university at various levels
get in front of the camera and talk
about specific cultural values. Then
we played those at an all-staff meet-
ing,” Miller noted. “That let people see
what [the program] looks like. It breaks
down the fear that this is going to be
CAMPUS TECHNOLOGY | January 201426
H E L P D E S K
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to TOC
NEXT: 5 Advantages of Online Advising
some highly complex piece of software they have to learn.
You’ve seeded the online community with quality content
you want everybody to listen to and check out.”
Now people create their own training sessions with the
webcam recording features built into the program. Users
simply log in to the site; the camera on their computer
“activates”; and the recording can begin.
Getting IT “Out of the Way”
Users access INsite through a customized portal page
with featured content and recent and popular posts, ques-
tions and video series. The latter are collections of videos
created to address a given topic. Staff can filter results by
type of resource, subject category and tags. They can also
choose to “follow” specific contributors, which is how
functional areas within the university are staying on top of
current department activities.
The service has been well adopted within Davenport,
reported Miller. Recently, for example, the university has
been posting content into INsite to help staff prepare for the
goal-setting process. “We’ve got 584 full-time staff, and
there are some goal-setting videos that have that much traf-
fic on them. People are going in there to figure out, ‘How
am I supposed to write those Smart Goals again?’”
But what most amazes Miller, he said, is the cultural
impact of the social learning platform that provides con-
nections across geographic boundaries.
“If you look at our organization, we are spread out across
the state with significant numbers of students and staff in
multiple locations. Without having to deploy all kinds of
specialized software, we can leverage the Web for learn-
ing instead of just e-mail,” Miller said.
One example: A couple of years ago, Davenport began a
“virtual in-seat learning” (VISL) program that allows students
to participate in higher-level courses at other campuses by
connecting synchronously via webcam and videoconferenc-
ing software. But the institution was finding that VISL “works
really well in some places and not so well in other places,”
Miller explained. “We would hear from Saginaw that they
were having all sorts of trouble with instructors not standing
in front of cameras. Students in the remote locations would
see the whiteboard, but they wouldn’t see the instructor.”
However, Davenport’s Holland campus was having “fan-
tastic success,” Miller continued. To help share their skills,
the Holland faculty used INsite to record and post a series
of videos on best practices for VISL. This grassroots effort
became a “really popular video series,” he recalled.
Miller was quick to credit users for the benefits of the
social learning system: “People would start thanking me
for it, but IT had nothing to do with this wonderful success.
I told them, ‘Go thank Linda in Holland.’ They just used
these tools exactly the way they were meant to be used,
to roll out learning socially on the other side of the state
without any big roadshow or training event. They were able
to put this stuff up there.”
As a result, student surveys are showing growing satisfac-
tion with VISL from multiple locations. And, said Miller, “I can
personally guarantee you that our faculty are feeling much
more confident about their ability to deliver class materials
this way, which was the goal of those training videos.”
Miller now is an advocate for social learning. “When it’s top
of mind, you can take action. When somebody else needs
an answer, they can go out and look for it, which is pretty
nice,” he declared. “The best tool is the one where you don’t
need IT to use it. You just need us to get it working. Once
it’s working you just need us to get out of the way.”
Dian Schaffhauser is a senior contributing editor of Cam-
pus Technology.
SHARE
“Everybody loves our help desk; but when we don’t have to deploy help desk resources to fix things that people should be able to do
themselves, that’s a win for us.” — Brian Miller, Davenport University
S T U D E N T S U C C E S S
CAMPUS TECHNOLOGY | January 201427
55Online technologies are moving advising out of academic offices and onto the Web, where students gain anytime, anywhere access to advisers and tools to help them succeed. By Dian Schaffhauser
Ways Online Advising Can Improve on
Face-to-Face
A LOT RIDES on the shoulders of college
advisers. They’re the ones who make sure students
have the right mix of courses to graduate. They help
out with information and guidance about transfer
credit and policy, financial aid, personal concerns,
study abroad opportunities, academic petitions
or special requests, complaints about instructors,
dropping and adding courses and making referrals
to other campus services. They’re often expected to
help students set life goals and explore career options.
They evaluate students’ academic progress and help
steer them toward reaching their academic goals.4
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CAMPUS TECHNOLOGY | January 201428
S T U D E N T S U C C E S S
It’s a heavy load, but when you take into consideration the
fact that many advisers are responsible for hundreds of stu-
dents at once, the task seems almost superhuman. As a result,
institutions have turned to online systems to streamline the
process, helping automate administrative tasks and giving stu-
dents self-service access to decision-making tools. But even
as the use of technology has grown tremendously in the work
of academic advising, the human element is still an important
part of the mix. Here, CT looks at five ways online advising sys-
tems can complement — and even improve — face-to-face.
1) Making Requirements Transparent
As is typical of most sizable institutions, the University of
Hawaii System offers a variety of pathways to a degree,
including a “ton” of exceptions and special allowances for
particular students, said Gary Rodwell, architect of the insti-
tution’s STAR degree-audit system. First released in 2006,
STAR lets students track their progress toward their degrees.
Rodwell described it as a cross-institutional “cloud” interface
over the system’s Banner student information system.
When students were given permission to bypass a partic-
ular class, sometimes those exceptions would show up in
STAR, and sometimes they were written out on a piece of pa-
per tucked into a file. That in turn led to disputes over course
requirements and waivers as students moved from one major
to another or from one university or college to another.
In the name of transparency, a watchword for the STAR ini-
tiative, the vice chancellor strong-armed the system’s Council
of Academic Advisors into agreeing that all advisory excep-
tions needed to be put into STAR. Now, “everybody can see
what’s going on and students can move to different programs
and majors,” Rodwell said. “It’s still not 100 percent,” he ac-
knowledged, but it did “move things along a lot.”
That transparency has also shed some light on conflict-
TOP TIPS FOR DEPLOYING AN ONLINE ADVISING SYSTEM Don’t worry about mobile yet. Usage analytics at the University of Washington show that students don’t expect to do
their academic planning on a small screen. “Academic planning is not something that people do every day,” said IT Student
Program Director Darcy Van Patten. While a “mobile-first perception” exists, she explained, “Certain interactions that are
highly complex require processing of a lot of information at the same time.” Those activities are tough to do on a mobile device.
Keep advising solutions student-centered. The University of Hawaii conducted surveys among the student popula-
tion before it set out to design and build its STAR online advising system. And at UW, the development team’s user experi-
ence designer spent two months interviewing students to understand their needs. She used those to create four separate
“personas”: one-page descriptions of end user “types” that help steer development priorities.
To improve student engagement, get advisers engaged. Even though it was the student technology fee committee
that commissioned development of UW’s MyPlan online advising system, the university has learned that it’s not enough to
promote use of the advising system to students alone. “A lot of adoption is going to be because of the influence of advisers
on this process,” said Van Patten. “So it’s incorporated into how they talk to their students about planning, how they use
their face-to-face time; it’s not something that’s separate.”
Pursue staged development. In order to track the functionality of its online advising tool, Advising Sidekick, Brown
University (RI) started with the needs of its 2009 freshman class. Said Director of IT Christopher Keith, “As the class of
2013 entered as first-years, we had enough functionality for them to upload their letters to advisers. In 2010-11, we had
to develop the ability for 1,500 sophomores to declare an academic major.” Now 10 distinct modules meet the needs of
students at different points in their academic careers.
Untitled-4 1 11/14/13 4:40 PM
ing academic requirements within the
university system. Individual schools in
Hawaii may have different requirements
for the same degree: For example, one
may require more social sciences units
than another. However, a global agree-
ment among the institutions says that
if you meet the requirements for one
campus, you meet them everywhere.
Sorting that out “without STAR is very
hard work, but STAR does it automati-
cally,” Rodwell said.
As a result, the campuses are being
forced to reconsider their requirements.
“It’s actually quite good,” he added. The
online advising system is identifying
conflicts among the academic
programs and forcing faculty
from across the system “to talk
about core.”
2) Helping Advisers
Take Action
A major goal of MyPlan, de-
veloped at the University of
Washington, was to offer a
tool that pulls together all the
information needed by stu-
dents and advisers into a sin-
gle place “that’s actionable,”
said Darcy Van Patten, stu-
dent program director in the
university’s IT organization.
Funded through the student
S T U D E N T S U C C E S S
CAMPUS TECHNOLOGY | January 201429
VIDEO: Bob Bramucci, vice chancellor of technology and learning services for the South Orange County Community College District (CA), talks about why student advising should be a blend of face-to-face and online tools.For a captioned version, visit CT on YouTube.
CAMPUS TECHNOLOGY | January 201430
S T U D E N T S U C C E S S
technology fee, MyPlan allows students to search for cours-
es, receive recommendations from advisers, map out plans
by quarter, and monitor their academic progress through a
degree-audit function. Previously, students relied on an as-
sortment of applications — word processors, spreadsheets,
the course catalog, the time schedule and a legacy degree-
audit system — to cobble together academic plans. Now,
with MyPlan, once the student has a plan in place, it can be
shared (or not) with an adviser, and an in-application mes-
saging feature can be used for back-and-forth conversation.
Because advisers in the central advising staff at UW may be
assigned rosters with several hundred students, they have little
time to start from scratch with each student, especially those
who come in “believing that we have four or five majors.” (The
university has about 160 majors.) Now advisers can have an
introductory meeting and tell students, “Why don’t you go out
to MyPlan, do some exploration, start to develop a plan and
then let’s sit down and start to talk about that plan.” The result
has been a reduction in the use of face-to-face advising “for
things that could be met in other ways” — while making the
collaboration between student and adviser “more efficient but
also more value-add,” said Van Patten.
3) Guiding Recommendations
If Amazon can figure out what we might want to read next, why
shouldn’t schools be able to tell students what courses they
ought to take next? That’s the idea behind the guided recom-
mendation functionality in Degree Compass, a course recom-
mendation tool developed at Austin Peay State University
(TN) and acquired by Desire2Learn early last year. Using pre-
dictive analytics based on grade and enrollment data, the pro-
gram provides two kinds of insight: a sequence of courses
that best suit a student’s program of study, and a star rating
to inform the student about how well he or she is expected to
do in any given course. The student makes the final decisions.
“We sort of hoped that when students made more in-
formed choices, they would do better. And they have,” said
Tristan Denley, the mastermind behind that online service
who has since moved from the university to the Tennessee
Board of Regents as vice chancellor for academic affairs.
A similar pursuit — informing choices — comes into play
with UH’s STAR; but in that case, an academic pathway
diagram lays out a student’s progress toward a degree. As
Rodwell pointed out, a lot of students assume that once
they hit 120 units, they’ll be eligible for a degree. It’s a shock
to realize that what courses they take is just as important.
“This is [part] of the evolution of trying to find a trigger point
that students really find valuable right from the beginning,”
he said. “The issue we want to overcome is that a true lib-
eral arts education is really diverse in what you can take to
ADVISING STUDENTS WHERE THEY HANG OUT ONLINEHand-crafted advising systems are great — if you can get ’em. But some schools are supplementing their student outreach
with online media they know students inhabit or wear comfortably. The advisers in the College of Arts & Sciences at Texas
Tech run a Facebook fan page. University of Oregon advisers maintain a blog called “Grade First Aid: Your Guide to a
Healthy GPA.” The Academic Success Center at the University of Nevada, Las Vegas maintains a Twitter account. Ohio
State provides advising in person or via video. Advisers at Northern Illinois University use Skype as well as face-to-face.
Radford University (VA) offers a public chat room where students can tune in and pose anonymous questions.
Some experiments, however, have seen their day and passed into obscurity, like the advising podcast produced by Uni-
versity of Washington advisers, which still lives online in a hundred episodes but hasn’t been updated since 2009; or
the Second Life advising center maintained by the Penn State World Campus, which generated a lot of attention when it
launched in 2009 but now presumably exists only in the archives of the virtual world platform.
S T U D E N T S U C C E S S
meet the requirements, but that leaves so much choice open
for students. You can choose from 1,500 courses. You’re
numb because you can’t possibly make that decision. STAR
guides you down and down through those choices.”
4) Finding Hidden Information
Frequently, the inability to steer through university process-
es holds students back from obtaining their degrees, and
these people may never reach out for professional help.
“There is some high percentage of students who go in and
out of college having never seen an adviser,” said UW’s Van
Patten. “It’s a reality whether you have good systems or bad.
But if you have good systems, [students are] getting better
information than they would have otherwise, and at least
they’re not purely self-advising or peer-advising.”
In fact, online advising systems can help uncover informa-
tion that might be missed by both student and human advis-
er. In a process called
“reverse transfer,” for
example, UH’s STAR
system informs stu-
dents when they’ve
earned a degree even
if they were unaware
of it. As Joy Nishida,
assistant director of
the STAR Technology Office, explained, students of Hawaii’s
public institutions can pursue a degree at any campus from
any campus. Somebody attending Manoa, for example, could
receive a degree from Hilo, as long as a stipulated number of
credits are earned from the degree-granting university.
This could happen, for instance, when somebody transfers
from a community college to a four-year school without com-
pleting an associate’s degree. As classes are taken at the
second school, STAR automatically sends those new credits
back to the first institution to see what the result is. “When
they’re eligible, it says, ‘Bling!’” Rodwell noted. That’s impor-
tant because “if you have these milestones along the way, it
helps the student go forward with the next degree.”
5) Improving Human Interactions
The most effective online advising systems act as a kind
of exoskeleton that extends human advisers’ capabilities. In
one example, UW’s Van Patten cited a student who was
pursuing a double major: one in community, environment
and planning, and another in civil engineering. His goal was
to finish his studies in as timely a manner as possible. With
the help of undergraduate adviser Mariko Navin, the stu-
dent was able to use MyPlan to create a roadmap of all the
courses he would need. In that process, adviser and student
also uncovered a way to add two minors — in mathematics
and urban planning — and graduate in the same time.
A student could do all of that on his or her own, said Van
Patten, “but they would have to cross-reference the majors
and the minors and make sure they haven’t made mistakes. I
love that MyPlan could help that student, but it couldn’t have
been done had he not also sat down with Mariko, his adviser.”
In other words, the current crop of online advising tools
supplement — not supplant — face-to-face time between
adviser and student. With every form of outreach, the ad-
viser is tending to job one: helping the student make the
decision to remain in college, excel or extend by providing a
one-on-one relationship that forges a personal link between
student and institution.
The tools themselves are making students “more ‘planful,’”
as one UW adviser expressed it to Van Patten. Online advis-
ing programs are making students think more about their aca-
demic planning early on, so they’re more intentional about the
coursework that they take. “That’s a great result,” she said.
“Their No. 1 priority is registration and getting the classes
they need; but at the same time they need to be thinking
ahead — they’re not just getting into classes, but the right
classes. It’s kind of like the difference between ‘Help me do
the things I’m doing better,’ and ‘Help me do better things
and be more effective in my decision-making.’”
Dian Schaffhauser is a senior contributing editor of Cam-
pus Technology.
SHARE
goback
to TOC
NEXT: Helping Students Tune in on Any Device
VIDEO EXTRASTo learn more about the advising systems in
this article, check out these online videos:
University of Hawaii STAR for Students
Academic Pathway
University of Washington MyPlan
Desire2Learn Degree Compass
CAMPUS TECHNOLOGY | January 201431
S T U D E N T E N G A G E M E N T
CAMPUS TECHNOLOGY | January 201432
dian schaffhauser
Faculty members at the City University of New York are using student response software to keep students awake and attentive in class.
research project using the program in their classes as a tool
to improve student performance.
Finding an Attention-Grabber
Wandt was convinced there had to be some form of technol-
ogy that would allow him to reach students through their
smartphones and tablets and encourage them to stay atten-
tive in class. He discussed the problem with a doctoral stu-
dent who also happened to be a software engineer, and on
a lengthy bus ride shortly after that conversation, the student
created a rudimentary version of what Wandt sought. A quiz
built with PowerPoint slides would show up on the screen
in class, and a student would use software on his com-
puting device to answer each question, submitting his
e-mail address for identification.
“It was very basic and it didn’t do much; but I
knew we were going in the right direction,”
said Wandt.
Then, Wandt attended an education technolo-
gy conference and happened to hit the trade
show booths, where he discovered Via
Response. This program, from a company of the same
name, is a Web-based tool that lets the instructor create
quiz content that can be delivered to student devices for
assessments, homework, polling and social learning ses-
sions. It integrates with Blackboard, Desire2Learn and
Instructure Canvas; it interoperates with other learning
management systems via the IMS Global Learning Tools
Interoperability specification.4
Helping Students Tune in on Any Device
WHEN STUDENTS enter one of Adam Wandt’s
night courses at the City University of New York John Jay
College of Criminal Justice campus, the first thing they do
is sit down and turn on their computing devices. They know
that at precisely 6:15 p.m. they’ll be able to access that eve-
ning’s quiz for exactly 10 minutes. After that, it’s no longer
available and they’ll lose any credit they could have received.
Wandt continues to pop up polls and other interactive
activities throughout the class time. The goal: to keep these
working adults and tired graduate students awake and
engaged in the class after a long and tiring day of, well, life.
Wandt, an assistant professor and deputy chair for aca-
demic technology in the Department of Public Manage-
ment at John Jay, hasn’t always structured his courses this
way. But over and over he was finding that even his best
students were coming to class exhausted and ill prepared
for a two-hour session on information security. Plus, they
were continually distracted with their mobile devices.
The solution he eventually adopted turned out to be a soft-
ware application that could be used in multiple ways. To test
it out, Wendt and a group of CUNY faculty undertook a
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CAMPUS TECHNOLOGY | January 201433
S T U D E N T E N G A G E M E N T
PH
OT
O B
Y G
AR
Y P
AR
KE
R
Campus Technology Innovators Awards recognizehigher education institutions, technology projectleaders, and vendor partners that have worked together to deploy innovative technology solutions to higher education challenges.
6 Award Categories:• Teaching and Learning
• IT Infrastructure and Systems
• Student Systems and Services
• Leadership, Governance, and Policy
• Administrative Systems
• Education FuturistsOfficial Sponsor of the2014 Campus Technology Innovators Awards
2013 Innovators: San Jose State University
Derrick Meer, president and co-
founder of Via Response, told Wandt
that he’d supply a free semester-long
license of the software to any class of
a faculty member who wanted to try it
out. (While the program is always free
to faculty, students pay at most $20
per semester for access; the price
goes down for longer commitments.)
Wandt took that offer back to one of
the academic technology subcommit-
tees he participates in, the Academic
Technology Research and Develop-
ment Group. Skunkworks, as it’s also
known, pulls 40 active volunteer
researchers from almost every cam-
pus in CUNY to meet virtually and talk
about academic technology. A hand-
ful of them — representing LaGuar-
dia Community College, The City
College of New York, Lehman Col-
lege, Queensborough Community
College and Queens College —
agreed to join Wandt at John Jay Col-
lege in a research project during the
spring 2013 semester to try the soft-
ware with their students and report
back on how it worked.
“We had professors in biology, chem-
istry, philosophy, public policy and
cybersecurity all trying this stuff out in
the same time,” recalled Wandt. “We
gave them the software; we set them
free; and what we were really impressed
to find out was that almost every
researcher did something different.”
Attendance and Polling
One instructor used the program sim-
ply to take attendance. At the begin-
ning of class the faculty member would
display an attendance slide with a
password for the night, which students
had to be in class to see. A student
would pick up his device, log into Via
Response, enter the password and be
recorded as being in attendance.
Wandt tried a similar approach for the
first couple of classes and found that it
forced students to get to class on time
so they’d see that password before it
disappeared. But after a class or two,
CAMPUS TECHNOLOGY | January 201434
S T U D E N T E N G A G E M E N T
he eliminated that and replaced it with his quiz.
Wandt said he frequently hears complaints from under-
graduate professors who “hate to take attendance because
it takes too much time.” But in some cases they’re required
to do so by law. “In this circumstance you could put [the
attendance feature] on the screen, time it for 10 or 20
seconds and then turn it off. Whether you allow students
to register late or not is up to you.”
Two other researchers — including Wandt — used the
system as a classroom clicker. “The student doesn’t have to
go to the bookstore and spend $40 or $50 on [a dedicated
device] they’re never going to use again,” he noted. “They
use their smartphones, laptops or tablets.” He would create
“quick polls” in advance to make sure the students under-
stood the topic or to make sure they stayed on topic.
Homework and Tests
Other researchers in the project used the homework module
of the program. The instructors would enter questions into a
“curriculum content bank” and then assign a set of homework
questions to the students. “Then they were able to monitor
the homework module over the course of the week,” Wandt
explained. “If they saw students not taking the homework [or]
having difficulty with the questions, they could reach out. If
students did very well, they could congratulate them.” Then,
right before a class would begin, the teachers could check
the general metrics to see where the majority of students had
problems so they knew what subject matter to emphasize.
“We don’t want to waste class time going over ideas and
topics that students are already proficient with. By using
the homework module, professors were able to get a real-
ly good idea of where their students’ strengths and weak-
nesses were before they came into the classroom, so they
could focus on the right places,” he added.
Wandt expanded on his quiz practice by delivering full-
length midterms and final exams through the software. But
in those cases he also recommended that students bring
in a laptop or use a college-supplied one. “It could be a
little problematic taking a 50-question quiz on a smart-
phone,” he noted. The program allows for multiple choice,
true-false, short answer and long answer questions.
Magical Metrics
When the semester ended, Wandt surveyed the students
in his class and those from another course on the soft-
ware’s usability and value.
The majority of respondents — 69 percent — found the
program “intuitive” or “very intuitive.” Most students were
able to get the software going on their devices with little help.
Three-quarters were able to use it without any outside help.
The others “needed somebody standing over their shoulder
for a minute or two of help.” But for the most part, he added,
faculty and students “could get set up on day one.”
To avoid delay in his courses now, Wandt asks his students
to set up the software before class. He ensures it happens
by giving them a homework assignment in the program. “I find
that works really well,” he said. “It gives the student time to
play around with it before they come into the classroom.”
The entire student survey group “agreed” or “strongly
agreed” that the use of Via Response “forced” them to
come better prepared for the class; 90 percent said it
helped them succeed. “I think these are really the magical
metrics,” Wandt reported. “The reason I started this proj-
ect was because as a professor I was getting very frus-
trated with my students not reading properly before class.
I understand their stresses, that they’re busy. But I also
need to make sure when we all get into the classroom, we
can have a very targeted conversation about something
they already have a background on.”
Applying technology to encourage students to prepare
for class could help them in small but influential ways to
fulfill their learning objectives, Wandt observed. “If we can
get over our preconceived notions about smartphones in
class [being] bad, we can really give them tools that will
help them succeed in the long run.”
Dian Schaffhauser is a senior contributing editor of Cam-
pus Technology.
SHARE
Sally Johnstone, a true pioneer in the use
of technology in higher education, has
worked extensively in high-level technol-
ogy policy, strategy and application for the
advancement of higher education at pres-
tigious education institutions and in pro-
fessional organizations, collaborations and
projects. Today she is the vice president
for academic advancement at Western
Governors University, a competency-
based, online institution. At the WICHE
Cooperative for Educational Technologies
annual conference this fall, Johnstone
joined a panel that reflected on change
over the past 25 years, particularly in on-
line learning. Below, CT asked Johnstone
to share some of her own perspectives.
CAMPUS TECHNOLOGY: What is dif-
ferent now from 25 years ago and
how is that driving change in higher
education?
JOHNSTONE: There’s a series of societal
issues now that are driving some real re-
thinking and changes within postsecond-
ary education. One is the terrific push by
our policy leaders for more credentialed
citizens, both to enable us to compete in-
ternationally and also for us to be able to
have a fully employed adult citizenry.
Another big push that we’re seeing at
both state and federal levels is for more ac-
countability within higher education. With
the reality that we now have the capacity
for better analytics — because of all the
technologies that are in place to collect very
good data — the question becomes: Why
aren’t we all using the very best practices
that we know will ensure or at least in-
crease the chances of student success?
And today, this discussion is very public.
The examination of student success and
accountability is no longer taking place be-
hind closed doors; rather this is a very open
experience for everyone.
Add to all this a whole new set of stu-
dents. On the one hand, we see the in-
clusion of more working adults within our
student framework, and postsecondary
institutions and organizations still must
change in order to meet those students
on their own terms — working adult
students are not going to come to cam-
pus and sit in classrooms all day. This
demands technological flexibility. We’re
learning more and more about what
works well and what doesn’t — and what
kinds of pedagogical practices we need
to include in the support for working adult
students (or post-tradition students).
Finally, when we look at students who
are coming into the postsecondary sys-
tem straight out of secondary school, we
see generally younger folks who are typi-
cally engaged with all kinds of technolo-
gies and are used to personalizing every-
thing around them: what they choose to
look at, who they choose to communicate
with, how they set up their communica-
tion patterns…. They are always going to
go for whatever technology works best,
and they have high expectations for the
quality of what they are using. These are
people entering our postsecondary sys-
tem, bringing these high expectations.
Frequently there is a big clash between
their expectations and the capacity that
we have on what we think of as our more
traditional campuses. The bottom line is:
Technology: Change Is How You Use ItIn the face of changing technologies and student needs, institutions must reevaluate the nature of learning in higher education. By Mary Grush
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EXECUTIVE EDITOR Rhea KellyEDITOR Mary GrushSENIOR CONTRIBUTING EDITORS Linda Briggs, Dian Schaffhauser, Matt VillanoCONTRIBUTORS Toni Fuhrman, David Raths, John K. Waters CREATIVE DIRECTOR Jeff LangkauGRAPHIC DESIGNER Erin HorlacherDIRECTOR, PRINT AND ONLINE PRODUCTION David SeymourPRODUCTION COORDINATOR Anna Lyn Bayaua
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COLLEGE/UNIVERSITY INDEX
Arizona State University .........................8, 22Athabasca University (Canada) .....2, 20-21Austin Peay State University (TN) ............ 30Brown University (RI) .................................. 28Capella University (MN) ................................2City College of New York, The .................. 33City University of New York John Jay Col-lege of Criminal Justice ........................32-33Dartmouth College (NH) .......................... 3, 8Davenport University (MI) ....................24-26Dominican University (IL) ..............................2Georgia Tech ......................................... 22, 24Harvard University (MA) ............................. 22Indiana University ......................................... 20Kansas State University ...................... 19, 23LaGuardia Community College (NY) ....... 33Lehman College (NY) ................................. 33Lone Star College System (TX) ...................2Lynn University (FL) ....................................3-4MIT ...................................................... 4, 22, 24Montclair State University (NJ) ....................2New School, The (NY) ................................ 20Northern Illinois University ......................... 30NYU Stern School of Business ...................2Ohio State University .................................. 30Penn State .................................................... 30Pitzer College (CA) ..................................... 20Portland State University (OR) ....................5Purdue University (IN).............................8, 23Queensborough Community College (NY) .33Queens College (NY) ................................. 33Radford University (VA) .............................. 30Rochester Institute of Technology (NY) ...... 6San Jose State University (CA) ......... 11, 22South Orange County Community College District (CA) .................................................. 29Stanford University (CA) ......................22-23State University of New York ........................2St. Luke’s College (IA) ................................ 24
Texas Tech ..................................................... 30University of California, Irvine .......................5University of California, San Diego .............3University of Georgia .....................................2University of Hawaii System ................28-31University of Nevada, Las Vegas .............. 30University of North Florida ......................... 24University of Notre Dame ..............................4University of Oregon ................................... 30University of Southern California ........15-17University of Tennessee at Chattanooga ...2University of Texas at Austin ...................... 20University of Texas at San Antonio ..............4University of Washington ................3, 28-31Western Governors University (online) ... 35Wittenberg University (OH) ..........................6
Barco ............................................................. 9barco.com/corporateavCampus Technology Innovators ...13, 33campustechnology.com/innovatorsCampus Technology Subscription ......16campustechnology.com/subscriptionCanon ..........................................................11usa.canon.comCanon ..........................................................29missingkids.comFischer International ................................ 5fischerinternational.com/eduLive! 360 DEV Las Vegas 2014 ...........25live360events.com/lasvegasSony ............................................................... 4sony.com/ptzSony .............................................................19sony.com/laserSony ......................................................20, 21sony.com/eduprojectors
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