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May
2002
Executive
Summary: Essential Conditions
Executive
Summary: Academic Focus
Six
Essential Conditions: The Details
Condition
Details: Effective Teaching and Learning Practice
Condition
Details: Educator Proficiency
Condition
Details: Systems and Leadership
References/resources
……………..…………………………………………………….54
This study will
address technology issues at
The profile provides
a snapshot of
Rational and importance of conducting the evaluation
With the emergence of technology in nearly every facet of today’s life
the school district developed a vision for technology use and implementation
in the school district. This
evaluation is being done to learn how we can improve
Once we know what we
are doing with technology we will then be better able to provide effective in
service training for the teachers, provide students with equipment and
education to meet the needs of our technology based society.
All students can learn. Technology brings new approaches to teaching
and learning never before possible, providing new ways to reach and engage all
students. The research is clear. Emerging brain research and cognitive
learning theory indicate that students learn better when they are actively
engaged. Interactive technologies support such engagement. Alignment of goals,
curriculum, instruction, assessment, and technology use is vital to the
effective use of technology in schools. If it is not measured, it will not be
systematically addressed with all children. It is important that multiple
measures of student performance and achievement include student uses of
technology in the context of the academic content standards. It is the school
district’s vision to use a wide variety of technology, incorporating it
throughout instruction and the curriculum in order to educate lifelong
learners who will:
Understand
the capabilities of technology.
Wisely use
technology as an integral part of their lives.
Determine
when to use technology resources.
Gather
information using a variety of methods and technology.
Organize
and evaluate information gathered.
Share
information with others effectively.
Use
technology to become part of the global community.
Furthermore, we
expect:
All
teachers will have the training and support they need to help all students
learn through computers and through the information superhighway.
All
teachers and students will have modern computers in their classrooms.
Every
classroom will be connected to the information superhighway.
Effective
and engaging software and on-line resources will be an integral part of every
school curriculum.
With this technology
use profile,
Data
was collected through the use of surveys that were given to teachers,
students, and parents of the
Student
surveys were given to approximately 60 sixth graders, 60 seventh graders and
60 eighth graders. The students
were randomly selected from various academic classes.
Students were selected from both classes that use the computer lab and
classes that do not use the computer lab.
Parent surveys were made available to all parents of
It is our hope by
completing this evaluation of Edison Middle Schools technology use that we can
identify how we can improve that use by all stakeholders.
This evaluation will help administrators guide future in service
training to meet the needs of the teachers so that they can effectively use
technology in their curriculum that address the needs of the students and meet
or exceed the district, state, and national standards.
This evaluation can be used by teachers to help them identify their own
needs and areas for improvement and help familiarize them with current
technology uses and standards.
Executive Summary: Respondents
This profile represents 70.0% of teachers at
|
2 |
Building Technology
Coordinators |
|
14 |
Educators |
|
16 |
Parents |
|
184 |
Students |
The
following demographic information about the evaluation may be an aid to
interpreting the results or planning next steps. Information reported for
teachers was gathered from the respondents to the teacher survey.



The
framework from NCREL describes six system-wide conditions that are essential
for the effective use of technology. The chart below shows

Vision
Mean = 1.9 Variation = 0.5
Practice Mean = 3 Variation
= 0.4
Proficiency Mean = 2.8 Variation
= 0.1
Equity Mean = 3.1 Variation
= 0.5
Access Mean = 3 Variation
= 0.3
Systems Mean = 2.6 Variation
= 0.4
For the most part

Learners Mean = 2.4 Variation
= 0.23
Research Mean = 1.65 Variation
= 0.58
Community Mean = 1.62 Variation
= 0.65
Commitment Mean = 2.09 Variation
= 0.79
Communication Mean = 1.83 Variation
= 0.43
Currently,

Environment Mean = 2.73 Variation
= 0.45
Research Mean = 2.33 Variation
= 0
Alignment Mean = 3.96 Variation
= 1.04
Relevance Mean = 2.94 Variation
= 0.34

Skills Mean = 3 Variation
= 0.2
Planning Mean = 2.79 Variation
= 0
Implementing Mean = 2.99 Variation
= 0.01
Assessment Mean = 2.29 Variation
= 0.2
Productivity Mean = 3.16 Variation
= 0.08
Again
Condition:
Equity


Resources
Mean = 3.33 Variation Connectivity Mean =
3.58 Variation = 0.19 Support
Mean = 3.85 Variation = 0.13
Facilities Mean = 2.15 Variation
= 0.21
Opportunities Mean = 1.28 Variation
= 0.3
Administration Mean = 3.52 Variation
= 0.35

Thinking
Mean = 3.08 Variation = 0.2
Standards Mean = 2.58 Variation
= 0.28
Culture Mean = 3.26 Variation
= 0.24
Community Mean = 1.84 Variation
= 0.5
Proficiency Mean = 3 Variation
= 0
Development Mean = 2.33 Variation
= 0.59
Accountability Mean = 2.4 Variation
= 0.74
Within each Essential Condition, “Indicators” have been identified that describe measurable aspects of the condition.
|
Status |
Condition - Indicator |
Continuum Stage |
|
3.85 |
Access - Support |
Exploration |
|
3.58 |
Access - Connectivity |
Exploration |
|
3.57 |
Equity - Special
Needs |
Exploration |
|
3.55 |
Equity - Race |
Exploration |
|
3.33 |
Access - Resources |
Exploration |
|
3.26 |
Systems - Culture |
Exploration |
|
3.22 |
Practice - |
Exploration |
|
3.16 |
Proficiency -
Productivity |
Exploration |
|
3.11 |
Equity - System wide |
Exploration |
|
3.08 |
Systems - Thinking |
Exploration |
|
3.00 |
Equity - Gender |
Exploration |
|
3.00 |
Proficiency - Skills |
Exploration |
|
2.99 |
Proficiency -
Implementing |
Adoption |
|
2.94 |
Practice - Relevance |
Adoption |
|
2.79 |
Proficiency –
Planning |
Adoption |
|
2.58 |
Systems - Standards |
Adoption |
|
2.46 |
Equity -
Socioeconomic |
Adoption |
|
2.40 |
Systems -
Accountability |
Adoption |
|
2.40 |
Vision - Learners |
Adoption |
|
2.33 |
Systems - Development |
Adoption |
|
2.33 |
Practice - Research |
Adoption |
|
2.29 |
Proficiency -
Assessment |
Adoption |
|
2.15 |
Access - Facilities |
Adoption |
|
2.09 |
Vision - Commitment |
Adoption |
|
1.84 |
Systems - Community |
Awareness |
|
1.83 |
Vision -
Communication |
Awareness |
|
1.65 |
Vision - Research |
Awareness |
|
1.62 |
Vision - Community |
Awareness |
|
1.28 |
Access -
Opportunities |
Awareness |
The tables below show how the teachers and parents rated these skills in terms of
Low priority equals 1; high priority equals 5.


The priorities that parents and teachers placed on various technology related skills revealed that both parents and teachers agree that more emphasis needs to be placed on these skills across the board. The parents perceive the current level of emphasis to be 2.4 on average while the teachers place the current level at 2.7 on average. The parents’ desired importance of these skills averaged 3.9 while the teachers desired average priority is slightly less at 3.7.
The tables below show how the respondents rated the importance of integrating technology into various disciplines in terms of:
Low priority equals 1, high priority equals 5.


This section of the profile provides an in-depth look at each of the Six Essential Conditions required for effective use of technology in schools and the Indicators that can be used to assess those conditions.
For each Essential Condition:
How is the education system building a shared, community-based vision that prepares students to learn, work, and live successfully in the Digital Age?
Today’s world brings with it significant changes that are due, in large
part, to technology and telecommunications. As society changes, the skills that
citizens need to negotiate the new complexities of life also change. To thrive
in this environment, students need clearly defined technological proficiencies.
Teacher and parents were asked questions about Indicators related to Vision.
The combined answers across the Indicators places

Mean = 1.918 Variation
= 0.536
This graph demonstrates that currently,
Does the vision define what it means to be
“educated” in a knowledge-based society? Does it describe the type of
learning organization required to achieve the vision?

Mean = 2.4 Variation
= 0.23
At this level, the vision recognizes the shift to an information age, but does not fully address the changes brought by today's knowledge-based age. Schools focus on the traditional purpose of public education. The vision is focused on how technology is advancing that purpose. The school's vision is focused primarily on technology used to accelerate students' achievement of content skills and literacy skills. The vision describes innovations through technology to meet learner needs—but only in the traditional setting of classroom and school.
In order to achieve a vision for
learners, two things need to be accomplished. All stakeholders in the
Is the vision for technology use grounded in sound
research on how people think and learn and how technology influences and adds
value to these processes?

Mean = 1.65 Variation
= 0.58
Local best practices are considered, but no research informs the vision.
The vision is based on a few well-known studies on how people learn and the impact of technology on learning. Best practices in the local and regional setting are considered—complemented by best practices highlighted at conferences and workshops and in professional journals.
One of the dangers in the visioning process is that false assumptions about crucial issues related to students and learning will cause the vision to be flawed. Early in the process, and throughout the process, all stakeholders should be exposed to the research base that underlies the assumptions in the vision. Plenty of information should be provided, in a clearly defined and understood format, about research related to learning, technology, and digital-age skills.

Does the vision recognize the linkages that technology
has created to local and global communities as critical partners and
stakeholders in the teaching and learning process? Does it capitalize on the
potential benefits from and contributions to both the learners and the
community?

Mean = 1.62 Variation
= 0.65
The school is viewed as a self-contained system. There are few, if any, partnerships. Those that exist are typically limited to events. School is perceived as a self-contained system with limited, if any, partnerships or linkages. There is no electronic interaction between the community and the school. Few linkages with the community are in place.
An important component of the visioning process is the inclusion of the community as both a contributor and a beneficiary. To ensure this happens, community members should be included on the team responsible for crafting the vision. The district's vision for technology should specifically address the role of and benefits to the community.

Were all stakeholders involved in creation of the
vision? Is the vision understood and committed to by the full range of
stakeholders? Are school, district, and community leaders formally committed to
implementing the vision?

Mean = 2.09 Variation
= 0.79
All key stakeholders were not represented in the visioning process. Educators whose job responsibilities include learning technology crafted the vision. There was little or no opportunity for building awareness provided to stakeholders. Stakeholders are unaware of the vision. The stakeholders are not supportive or committed to the vision.
The vision was developed by educators with review and commentary by key stakeholders. Stakeholders were provided extensive background material prior to visioning. Stakeholders are generally aware of the vision, but do not fully understand its implications for teaching and learning. While the stakeholders are supportive of the vision, they have yet to commit to implementing it.
As
.
Do the district and the schools effectively communicate
the vision to students, staff, and the community?

Mean = 1.83 Variation
= 0.43
The stakeholders in the school and community are not familiar with the vision for technology in learning. The vision has not been communicated to most of the stakeholders. Stakeholders do not have opportunities to discuss the vision in the context of school-community sessions. Communiqués are rarely exchanged between school and community. No technology used.
Some stakeholders are aware of the vision but it is neither internalized nor driving decisions and actions. Stakeholders did receive an initial copy of the vision at the time it was established. While it has not been incorporated into the culture, stakeholders are beginning to discuss the implications. The various schools and community groups are beginning to discuss the translation of the vision into practice, but have not done so jointly. The vision statement has been disseminated using print only. It is beginning to show up in presentations to staff inside schools.
Widespread, ongoing communication about the vision and Edison’s/Unit District Four’s implementation of that vision is critical to maintaining community, business/industry, and school staff support. A communications committee should be established early in the process. This committee should work with public relations staff at the school to ensure that existing communication and dissemination channels are used effectively. The school's progress with technology should be included in every appropriate media opportunity.
Are learning environments characterized by powerful, research-based strategies that effectively use technologies?
Teacher, students, and parents were asked questions about Indicators related
to Practice. The combined answers across the Indicators places 
Mean = 3.036 Variation = 0.398
Scores for each Indicator in the Condition follow.
Do the school and classroom cultures engage and motivate
students, honor differences, support innovation and meet the learning needs of
all students?

Mean = 2.73 Variation
= 0.45
At this level, technology is used to motivate students within the context of traditional learning activities. While the teacher is still at the center of most learning activity, technology in the classroom may be encouraging student independence. Much of student learning with technology is still done by individuals, but opportunities for collaboration are beginning to appear. Students have opportunities to work outside of traditional grouping structures. If significant technology resources are available, teachers at this level often notice that students are becoming more independent in their learning although this has not been a goal of the teacher. Assessment is still viewed as primarily a summary judgment activity, but new student products and learning modes enabled by technology are beginning to require new modes of assessment.
Using technology provides teachers the opportunity to better meet the
learning needs of individual students. Research suggests that students learn
better when they are actively engaged in relevant, meaningful activities that
bridge the gap between conceptual and applied learning. Improving learning
through technology requires not only technology, but also requires the right
combination of technology, teacher proficiencies, instructional design, and
updated curriculum.
Is technology use based on both high-impact,
research-based practice and field-based, best practices shown to add value to
learning?

Mean = 2.33 Variation
= 0
Schools at this level typically neither have access to nor use research in instructional planning. Technology use may be limited, and decisions related to its use may be based on time, availability, or other practical concerns. As little information related to current research and practice is available, decisions are often made in isolation and on the basis of craft knowledge.
As professionals, teachers share a base of common knowledge about teaching and learning practice. While such a base exists for most content areas and teaching specialties, the knowledge base for technology and learning is only now emerging and is not extensive. Thus, it will be important for schools to provide teachers with the latest information on how technology can add value to that teacher's work with students. Such information must bridge the gap between research and practice to provide the teacher with practical recommendations that stem from the research.
Are students working on substantive projects addressing
issues that have meaning, reaching out beyond the classroom to real-world
practice?

Mean = 2.94 Variation
= 0.34
At this level, educators use technology to support instructional strategies that were in place prior to the arrival of the technology. Most schools at this level are still primarily teacher-directed featuring work that is exercise-based. The products of student work are usually shared only between the student, the teacher, and perhaps an interested parent. There may be first efforts to increase relevance through participation in online projects, experimental use of professional tools such as science "probeware," or simulation software. Structures are typically not in place to support regular access to outside experts or participation in community-based projects.
At this level, technology is firmly embedded in the instructional program. Many educators use instructional strategies such as problem-based or project-based learning and these strategies are supported by technology. Technology resources are dedicated increasingly to applications used by professionals in the field of study. Participation in online projects and analysis of real data sets/primary source data is becoming the norm. Partnerships that link students with outside experts and resources on a regular basis are being established.