The goals and priorities of the Technology department of The John
Cooper School are not visibly connected to the school’s instructional education
goals and there is not a formal process or mechanism for ensuring this
alignment. There is no long-term technology plan in use, and there is no longer
a school committee to discuss technology integration with the curriculum. Therefore, while the technology department
currently works well as an infrastructure service provider, it lacks a way of
measuring progress toward meeting the evolving needs of its constituent
users: the staff, faculty, students, and
parents.
The NAIS’ Principles of Good Practice for Technology Use and the
TEA’s Long-Term Technology Plan (Texas Education Agency, 2011) both define four
similar categories for educational technology objectives: Teaching and Learning; Professional
Development; Leadership; and Infrastructure. The ISTE NETS for Administrators
and for Teacher’s list similar objectives although categorized a little
differently (ISTE, 2009).
In order to progress further towards the NAIS Principles of Good
Practice for Technology Use, the school needs:
1. To make its teachers
more comfortable with using and modeling technology for instruction (as
reflected in their responses to the Shannon and Cooper Technology Profile
questionnaire); and
2. To make more computing
devices available to students in-class, more often (classrooms only average two
computers for student use).
These needs can be addressed with the following goals:
1. The school’s leaders will
define and communicate expectations and objectives for the faculty’s
incorporation of technology in their instruction to evolve teaching and
learning;
2. The leaders will commit
to the faculty’s professional development in instructional technology skills and
strategies; and
3. The technology
department will align its spending and activities for infrastructure evolution
with the above defined educational goals.
1. Classify instructional technology objectives in a proper domain (technology,
management, funding), and 2. Identify the major steps required for each goal.
Goal 1: The school’s leaders will define and communicate expectations and
objectives for the faculty’s incorporation of technology in their instruction
to evolve teaching and learning.
Management objective 1.1:
Adopt and initiate a plan for The John Cooper School to
demonstrably transform the school to a digital-age model of teaching and
learning where teachers embrace technologies that promote:
·
Project-based, student-centered learning;
·
The acquisition of problem-solving skills; and
·
The development of media and information literacy (NAIS, 2012).
Steps:
1. By the end of April,
2012 the Principals of the Lower, Middle, and Upper Schools along with the
Director of Technology will document a set of Long Term Instructional Technology
goals that recognize
that the single most important factor in technology integration is the teacher, and that specifies
clear expectations for the use of Instructional Technology by the faculty for
Teaching and Learning in terms of:
A.
Patterns of classroom use of technology
B.
Access to and frequency of use of technology in the classroom by
teachers and students
C.
Modeling digital-age work and learning behaviors
D. Promoting digital
responsibility and citizenship (ISTE, 2009).
2.
By the end of April, 2012 at least one of the Principals and the
Technology Director will authorize a pilot program for the Fall 2012 semester
that demonstrates evolving teaching and learning through the faculty’s
incorporation of technology in their instruction. The pilot should focus on one group of
teachers (for example, a grade level) and require that they demonstrate through
a class-based project an improved familiarity and comfort with instructional
technology tools and learner-centered, instructional techniques.
3.
By the end of September 2012, a rubric for the demonstration
projects will be defined and communicated to the group of pilot program
teachers.
4.
By the end of September 2012, a “Digital-Age Instruction” Steering
Committee will be formed consisting of the principals of each of the schools
(lower, middle, and upper), the Director of Technology, and the Teaching and
Learning Facilitator (see Management objective 2.1 below). This committee will meet monthly to review
plans, assess progress, and discuss issues with the program to evolve Teaching
and Learning.
Goal 2: The school’s leaders will commit to the faculty’s professional
development in instructional technology skills and strategies.
Management objective 2.1:
Designate a Teaching and Learning facilitator to work with the
pilot group faculty to:
·
Provide as-needed training and mentoring in technology tools and
instructional strategies;
·
Foster collaboration among the pilot faculty;
·
Identify available external resources (software, activities,
digital media, and training) for pilot group use;
·
Collect program metrics and document lessons learned during the
pilot.
Steps:
1.
By the end of April, 2012, the school leaders will have included
the provision for a faculty/staff position addition to fulfill this role on at
least a part-time basis (i.e., could be half-time teaching, half-time
facilitating).
2.
By at least the end of June, 2012, the position will be filled.
Management objective 2.2:
Utilize lessons learned from the pilot program to grow the
evolution of digital-age teaching and learning both vertically and horizontally
from the pilot group through targeted professional development activities.
Steps:
1.
By end of March 2013, provide detail plans and requirements for
evolving teaching and learning vertically in the Fall, 2013 semester for
the students of the pilot program.
2.
By end of March 2013, provide detail plans and requirements for
evolving teaching and learning horizontally in the Fall, 2013 semester
all across the pilot program grade level.
3.
In the Fall, 2013 semester utilize the Teaching and Learning
facilitator full-time to provide professional development to teachers coming
into the program.
Technology objective 2.3:
The Technology department will provide the pilot program faculty
members with mobile computing devices (laptops, iPads, or tablets) during the
summer of 2012 so that they can begin their professional development
activities.
Steps:
1.
Prior to the start of the Fall semester the Technology department
will make these devices available to the designated pilot project faculty (and
the Teaching and Learning facilitator) so that they can become familiar with
the device, comfortable in using it, and can begin planning their pilot
demonstration projects.
Funding objective 2.4:
Include a funding provision in the 2012-2013 budget for the
Teaching and Learning facilitator (either half- or full-time) and a suitable
budget for acquiring external professional development resources.
Steps:
1.
By the end of April, 2012, the school leaders will have included
the provision for a faculty/staff position addition to fulfill this role on at
least a part-time basis (i.e., could be half-time teaching, half-time
facilitating).
2.
By the end of April, 2012, the school leaders will have included
the budget for acquiring external professional development resources for the
pilot program.
Goal 3: The technology department will align its
spending and activities for infrastructure evolution with the above defined
educational goals.
Technology objective 3.1:
The Technology department will acquire a sufficient number of
mobile computing devices (laptops, iPads, or tablets) for the pilot program to
have 1 mobile device always available for each student and faculty member in
the pilot.
Steps:
1.
In its 2012 hardware purchase order (between April and June), the
Technology department will order a sufficient number of mobile computing
devices (laptops, iPads, or tablets) to meet the objectives of the professional
development pilot program.
2.
During the summer of 2012, the Technology department will make the
necessary infrastructure improvements to support the pilot program’s use of
mobile computing devices.
3.
At the start of the Fall, 2012 semester, the Technology department
will have the mobile computing devices available and ready for distribution to
the students of the pilot program.
Funding objective 3.2:
The Technology department with concurrence from the school
Principals will adjust the acquisition and replacement of all school computers
so as to allow for the purchase of a sufficient number of mobile computing
devices to support the objectives of the pilot program.
Steps:
1.
As part of its 2012 hardware purchase order, the Technology
department will adjust its computer acquisition and replacement plans to
accommodate the required number of mobile devices.
Technology objective 3.3:
The Technology department will develop procedures and measures to
demonstrate the alignment of its spending and activities with the educational
goals of the school.
Steps:
1.
By the end of May, 2012 the Technology department will develop a
faculty self-assessment tool modeled after the TEA STaR Chart (Texas Education
Agency, 2006) to be used for measuring on-going progress towards the long-term
goals for Teaching and Learning, Professional Development, and Technology
Support. This tool will be used by the
pilot project faculty before and after the pilot, and by the full faculty on at
least an annual basis.
2.
Starting in May, 2012, the Technology department will prepare a
“State of the School’s Technology” report at the end of each semester for
internal publication to the school faculty and staff to describe recent
progress and upcoming plans for supporting the instructional technology needs
of the school’s staff, faculty, students, and parents.
3. Develop assessment instruments to test the goals for the
technology plan. Describe the desired instrument/s under each goal.
Goal 1: The school’s leaders will define and communicate expectations and
objectives for the faculty’s incorporation of technology in their instruction
to evolve teaching and learning.
Assessment Tools:
·
The faculty self-assessment tool described in Technology Objective
3.3, Step 1 will be modeled after the TEA STaR Chart and have a section on
Teaching and Learning. Applicable focus
areas are Patterns of Classroom Use; Frequency/Design of Instructional Setting
Using Digital Content; and Content Area Connections. Levels of progress would be similar to and
described like Early Tech; Developing Tech; Advanced Tech; and Target Tech.
·
The “Digital-Age Instruction” Steering Committee described in
Management Objective 1.1, Step 4 will be responsible for the on-going
assessment of the progress and effectiveness of the steps toward this goal.
Goal 2: The school’s leaders will commit to the faculty’s professional
development in instructional technology skills and strategies.
Assessment Tools:
·
The faculty self-assessment tool described in Technology Objective
3.3, Step 1 will be modeled after the TEA STaR Chart and have a section on
Professional Development. Applicable
focus areas are Professional Development Experiences; Models of Professional
Development; Level of Participation; and Understanding and Patterns of
Use. Levels of progress would be similar
to and described like Early Tech; Developing Tech; Advanced Tech; and Target
Tech.
·
As part of the “Digital-Age Instruction” Steering Committee
described in Management Objective 1.1, Step 4 the Teaching and Learning
facilitator will report on Professional development progress and needs.
Goal 3: The technology department will align its
spending and activities for infrastructure evolution with the above defined
educational goals.
Assessment Tools:
·
As part of the “Digital-Age Instruction” Steering Committee
described in Management Objective 1.1, Step 4 the Teaching and Learning
facilitator will report on Technology issues within the classrooms. The Technology Director will report on
progress and plans for infrastructure improvements and mobile computing device
provisioning.
3.
As described in Technology Objective 3.3, Step 2 the Technology
department will prepare a “State of the School’s Technology” report at the end
of each semester for internal publication to the school faculty and staff to
describe recent progress and upcoming plans for supporting the instructional
technology needs of the school’s staff, faculty, students, and parents.
References:
ISTE. (2009). The national educational technology
standards (NETS-A) and performance indicators for administrators.
Retrieved January 6, 2012, from ISTE.NETS:
http://www.iste.org/Libraries/PDFs/NETS_for_Administrators_2009_EN.sflb.ashx
NAIS. (2012). Principles of Good Practice.
Retrieved February 20, 2012, from National Association of INdependent Schools:
http://www.nais.org/files/PDFs/NAIS_PGP2011_5jan12.pdf
Texas Education Agency. (2006). School technology and Readiness: A teacher tool for planning and
self-assessing. Retrieved February 23,
2012, from http://starchart.epsilen.com/docs/TxTSC.pdf
Texas Education Agency. (2011, August). Long range
plan for technology,2006-2020. Retrieved January 25, 2012, from
tea.state.tx.us: http://www.tea.state.tx.us/index2.aspx?id=5082&menu_id=2147483665.
I agree with you on the use of project based learning. This type of learning is an shifts emphasis away from practices of isolated, short term, teacher-centered lessons to learning activities that are more long-term, interdisciplinary, and centered on the student. This type of learning allows the students to work autonomously over significant amounts of time and often culminates in realistic presentations or products (Cengae learning, 2010).
ReplyDeleteCengage Learning (2010) Project Based Learning. Retrieved March4, 2012 from: http://college.cengage.com/education/resources/res_project/students/c2007/background.html
Tanya, thanks for the citation. For teaching and learning to be technology driven the lessons have to move from teacher-centered to student-centered. Otherwise, the technology sits mostly idle while the teacher rambles on. So the project or problem based approach provides the means of managing the classroom for the reasons your citation mentions.
DeleteIn Management Objective 1.1, Step 1, you specify that a set of long-term instructional technology goals will be written. While I like the four open-ended categories, I wonder how they will fare in the long term. What length of time do you consider “long-term?”
ReplyDeleteLooking at the technologies that have entered the market in the last several years, social networking, iPads and other mobile devices, and this year’s emerging technologies, can a relevant long-term instructional technology plan be written?
The Executive Summary of the National Technology Plan included this vision of the future:
“It frees learning from a rigid information transfer model (from book or educator to students) and enables a much more motivating intertwinement of learning about, learning to do, and learning to be.” (ED.gov, 2010)
This description may be too general, but finding the balance of specificity and vision would be a challenge for your group.
ED.gov (2010). Executive summary. Retrieved March 5, 2012, from http://www.ed.gov/technology/netp-2010/executive-summary
Susan, great question. My intent for the long-term instructional technology goals is for the school to model the goals after those from NAIS, or the National technology Plan, or the Texas Long-Range Plan.
DeleteWhat I am discovering from this exercise is that the challenges for instructional technology these days have less to do with the technology and more to do with evolving Teaching and Learning to utilize the technology. As you point out, the technology is changing rapidly, and objectives like a Smartboard in every classroom could be obsolete before implementation can be completed. The three long range plans I mentioned do a good job I think of setting necessary goals without being to technology specific.
Mike, I agree with your approach: that technology allows us to transform teaching and learning. You say you are arriving at this now; my thinking has been evolving, too. I know my plan needs to undergo some editing to reflect my changing ideas. I want to make sure my plan includes a vision. Technology is the vehicle to get us there.
DeleteGreat job!
ReplyDelete