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very so often a new technology comes along that challenges
our thoughts about what technology is supposed to be. Handheld
computers, we predict, are the next machines that will change
the face of our everyday lives. Already common in the business
world, these tiny devices are just now being introduced into
schools. Technology leaders need to think deeply and systematically
about how this new technology can be used to enhance teaching
and learning.
In the past, educational technology has been littered with
failures -- software that did not produce, computer labs infected
with what author and consultant Jamieson McKenzie calls "screen
saver disease," and curricula that ignored the potential of
technology. But there have also been many successes -- schools
that give teachers the technical and curricular support they
need, students who use technology to practice information
literacy and develop authentic products, administrators who
give needed support for technology, and communities that value
and support the school programs.
Why are some schools successful while others are not? The
difference is a leader who sees the big picture. Technology
leaders who have a systematic perspective that encompasses
all facets of the organization can see the technology's potential
as well as pitfalls and stumbling blocks that could hinder
or even cripple technology programs.
Imagine the following scenario: Searching the Internet, you
come upon a Web site with 13 buttons, labeled leadership,
teaching and learning, staff development, technology support,
planning, infrastructure, safety, ethics, evaluation, security,
curriculum, change, and equity. Each button links to information
about a particular facet of implementing handheld computers
into all aspects of your school system. You can begin with
any button, but the Web site advises starting with leadership.
Here's a taste of what you would find at each link, including
guiding questions to ask about that particular topic as you
plan to implement handheld computers into district operations:
1.
Leadership. The leader has a vision of how emerging
technologies can help all people become lifelong learners
who use those technologies effectively. Handheld computers
bring much potential as well as new issues to address. Good
leaders understand the complexities inherent in emerging technologies.
They understand how each button affects the others, and they
are effective models in the use of new technologies.
Questions to ask about leadership:
What is the leader's role in integrating
handheld computers into the school district?
What issues
must the leader consider when focusing on handheld computers?
What are the
implications of mobile computing in a learning organization?
Will the benefits
of handheld computers be apparent to all leaders?
Who should
use handheld computing devices?
2.
Teaching and learning. Like desktop computers,
handhelds can be transformed by adding different software
or hardware. They can be used as calculators, digital cameras,
notepads, or scientific sensing devices. Two factors set handheld
computers apart from desktop machines, however: price and
portability. These devices currently cost from $150 to $450,
and prices can be expected to drop. Their small size makes
them easy to carry from class to class and from school to
home, giving handhelds a major advantage over the desktop
computer. This portability, combined with powerful data processing
and versatility, makes handheld computers a significant educational
tool.
Handhelds
also provide a feeling of true ownership. Students can use
lab or classroom desktop computers, but they must share them
with others. A handheld computer, on the other hand, can be
a true "personal computer." Students can use the devices to
gather, store, and retrieve important information -- thus
developing information literacy, which is at the heart of
lifelong learning. Teachers can use handheld computers for
personal management tasks and for teaming with others. They
can share information and collaborate with administrators,
other teachers, and students.
Questions to ask about teaching and learning:
Will the handheld
computer replace the desktop computer?
What are the
implications for teaching and learning?
Will teachers'
use of handheld computers be different from students' use?
How? Why?
What are the
best uses of handheld computers?
Is there research
on handheld computing and student performance? What does it
say?
3.
Staff development. Getting teachers and students
to use emerging technology effectively is critical for new
technologies to be used to full potential. Much of what people
know about using desktop computers can be transferred to using
handheld computers, but differences still exist that can pose
roadblocks.
One of the best ways to provide support is to make sure a
community of users is actively involved in learning about
and with handheld computers. Using the devices for personal
management tasks can be a starting point -- people can learn
to keep their personal calendars, for example. However, a
community of users gives the best support for raising everyone's
skill level and helping everyone to use handheld computers
as empowerment tools.
Questions to ask about staff development:
What kind of
staff development is necessary for handheld computers?
Who should
be responsible for staff development?
When and where
should staff development programs be held?
How should
staff development programs be organized?
What elements
of technology-based staff development are applicable to handheld
computers?
4.
Technology support. Handheld computers, like desktops,
need to be kept in working order, and problems need to be
fixed in a timely manner. Users come to depend on their handhelds
and need to know they won't be without them for long. One
solution is to have a few extra "loaners" that could be used
in the event of major problems.
It's also important to make sure people have the information
and help they need to use handhelds effectively. Help desks,
online resources, and skilled tech-support staff are critical
-- especially when the devices are introduced. That's when
people will be the least knowledgeable and hardware and software
bugs will need to be worked out.
Finally, tech-support staffers are often trained primarily
for desktop computers and might not be prepared to support
handhelds. They should receive the necessary training as far
in advance as possible before handheld computers are deployed
in the rest of the school.
Questions to ask about technology support:
Who should
be responsible for tech support?
Is tech support
for handheld computers different from support for other types
of technology?
How are tech-support
personnel trained for handheld computers?
Could existing
models be adapted to handheld computers?
5.
Planning. A solid technology plan is critical for
the implementation of any technology in schools, and leaders
need to be aware of emerging technologies that should be incorporated
into their planning. Handheld computers are among the most
important of these. Much is now being learned about what these
devices can do and how they can help students learn. This
knowledge should be taken into account in a systematic approach
for implementing handheld computers.
Questions to ask about planning:
How should
your school district plan for handheld computers?
Who should
be responsible for planning?
How often should
planning be done?
Should handheld
computers be incorporated into the existing technology plan?
Should planning
be done at the district level as well as the building level?
Why?
6.
Infrastructure. Although handheld computers are
not expensive, peripherals such as keyboards, cameras, cases,
styli, and hardware modules must also be purchased. Decisions
about who needs what equipment must be made. Software must
be added and regularly upgraded. (Although some software is
free, high-quality commercial products are often a better
value in the long run.) And networking is another infrastructure
consideration.
Questions to ask about infrastructure:
What kind of
infrastructure is necessary to support handheld computers?
Will you need
new infrastructure?
Are there barriers
in the existing infrastructure that will hamper the use of
handheld computers?
What should
new facilities look like to accommodate handheld computers?
How will your
district fund handheld computers?
7.
Safety. Little is known about the handheld computer's
possible impact on students' health. One possible problem
is eyestrain because of the tiny screen; another is hand cramp
because of the need for precise small-motor movement when
using the stylus. New color screens that provide better contrast
might alleviate eyestrain, and use of a larger stylus or keyboard
can help alleviate cramp. Until more is known on these issues,
it's important to be aware of possible problems and make sure
technology that helps develop the mind does not hurt the body.
Questions to ask about safety:
What are the
safety issues when using handheld computers?
Is eyestrain
a problem?
Is carpal tunnel
syndrome or hand cramping a problem?
How are the
safety issues different from those of other types of technology?
Are young students
at risk of developing problems over time?
8.
Ethics. All new technologies raise new ethical
questions, and handheld computers are no exception. Using
an infrared port like that on a TV remote control, handheld
computers can beam information to other handhelds. This allows
students to share information easily, but it also raises the
possibility of cheating.
Students might also play games on the devices. Technology
leaders will need to evaluate what role, if any, games play
in the implementation of handheld computers. Teachers will
need to decide how to deal with students who seem to be taking
notes but are actually playing games.
Above all, schools should have in place a curriculum that
incorporates digital ethics, and administrators and teachers
should be ethical role models for students. Without forethought
and planning, the handheld computer could become more distraction
than learning tool.
Questions to ask about ethics:
What ethical
issues need to be addressed in handheld computers?
How have your
schools addressed these ethical issues so far?
What is likely
to happen if you have no acceptable-use policy or digital
citizenship curriculum?
How can leaders
demonstrate ethical behavior when using handheld computers?
9.
Evaluation. Evaluation provides important feedback
that can help determine how well technology is being used
and whether it's an effective teaching and productivity tool.
In the past, schools have generally not done a good job of
evaluating technology, but stakeholder demands for accountability
require a change. Schools need to look at what evaluation
techniques are best suited to their situation and the outcomes
they have set for themselves.
Questions to ask about evaluation:
How can you
evaluate the effectiveness of handheld computers?
Is this evaluation
different from other forms of technology evaluation?
What kind of
assessment measures are available to determine the effectiveness
of handheld computers?
What should
you evaluate -- student achievement, faculty effectiveness,
faculty efficiency, student productivity?
10.
Security. Desktop computers can be locked in labs,
but handhelds are designed to be mobile, which leaves them
susceptible to damage and theft. This could be a serious problem
if a handheld computer storing sensitive data is lost or stolen.
Another possibility is the loss of important information
in the process of transferring data from a handheld computer
to a desktop computer or back. Although this "syncing" process
is largely automated, users need to know how to do it without
losing or overwriting data.
Finally, although destructive programs such as viruses and
worms are not yet a problem for handheld computers, they will
certainly be in the future.
Questions to ask about security:
What security
issues are present with handheld computers?
What can you
do to enhance security when using handheld computers?
Is theft an
issue? Is misuse of information an issue?
How can you
balance security with maximum accessibility?
11.
Curriculum. Handheld computers might have no more
role in curriculum than other tools such as calculators. Or
they might play a major role in helping students practice
information literacy as an active part of their information
needs. Looking at where handheld computers fit into the current
curriculum can help you determine the appropriate function
of handheld computers -- and their potential.
Questions to ask about curriculum:
What impact
will handheld computers have on the curriculum?
What kinds
of curriculum materials can they hold?
What should
the curriculum focus on with handheld computers?
12.
Change. Leaders need to be familiar with the change
process and how to help people understand and embrace change.
Using handheld computers and desktop computers requires different
mind-sets. Far more than just electronic organizers, handheld
computers challenge users to think about how they use information
and determine how they can best build their own mobile databank.
These devices change the way users access, collect, transfer,
store, categorize, and find information.
Questions to ask about change:
What kind of
change will handheld computers bring?
What are people's
basic concerns about handheld computers?
How will handheld
computers impact personal and professional lives?
What can you
do to facilitate change?
13.
Equity. Access to technology varies greatly depending
on several factors, including resources, geographic area,
and leadership. Schools in affluent areas tend to have better
technology. They are supported by the community and encouraged
to use technology in all facets of education. Schools with
fewer financial resources are at a disadvantage when it comes
to buying, learning, and using technology, resulting in a
"skills divide" between students who have the skills necessary
to use technologies and those who don't. The power of handheld
computers, combined with their low cost, will help get technology
into the hands of students who might not normally have access
to it.
Questions to ask about equity:
How can you
determine whether there is a digital divide in your district?
What is causing
the inequity?
What practices
can help bridge the divide?
Can handheld
computers help close the gap?
The "13 button" metaphor provides a way to look at a new
technology and suggests that the issues are dynamic. Different
factors come to the fore depending on the school district's
situation. When you're first thinking of introducing handheld
computers into a school, for example, the leadership and planning
buttons are primary. As the planning process matures, other
buttons become important. Clicking on the teaching and learning,
curriculum, and evaluation buttons can help you understand
how the new technology will be used and evaluated. And once
you have a good idea of what handhelds can do in your school,
buttons such as infrastructure, staff development, and tech
support take on new importance.
All 13 buttons will increase and decrease in significance.
You might find that some students are misusing the devices,
for example, and need to look at how to deal with ethical
issues. Or you might have safety concerns for eyestrain with
young students or security concerns when students break or
lose their handheld computers.
The integration of handheld computers into education is a
system in which all parts impact and interact with one another.
This systems approach provides a framework that can give direction
and guidance for the effective use of emerging technologies
in your schools.
David Pownell
is an educational technology specialist in the Kansas State
University College of Education, Manhattan, Kansas. Gerald
D. Bailey is a professor of education at the Kansas State
University College of Education, Manhattan, Kansas.
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Copyright © 2001, National School Boards Association.
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