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Richard Hartshorne
University of Central Florida, USA
Tina L. Heafner
University of North Carolina at Charlotte, USA
Teresa M. Petty
University of North Carolina at Charlotte, USA
Teacher Education
Programs and Online
Learning Tools:
Innovations in Teacher
Preparation
Complete book information may be found at: http://www.
igi-global.com/book/teacher-education-programs-online-
learning/63882
Teacher education programs and online learning tools: innovations in teacher preparation / Richard Hartshorne, Tina Heafner
and Teresa Petty, editors.
p. cm.
Includes bibliographical references and index.
Summary: “This book presents information about current online practices and research in teacher education programs, and
explores the opportunities, methods, and issues surrounding technologically innovative opportunities in teacher
preparation”--Provided by publisher.
ISBN 978-1-4666-1906-7 (hardcover) -- ISBN 978-1-4666-1907-4 (ebook) -- ISBN 978-1-4666-1908-1 (print & perpetual
access) 1. Teachers--Training of--United States. 2. Teachers--Training of--Technological innovations--United States. 3.
Teachers--Training of--Computer-assisted instruction. 4. Teachers--Training of--Research--United States. I. Hartshorne,
Richard, 1971- II. Heafner, Tina. III. Petty, Teresa M.
LB1715.T4236 2013
370.71’1--dc23
2012010238
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A Cataloguing in Publication record for this book is available from the British Library.
All work contributed to this book is new, previously-unpublished material. The views expressed in this book are those of the
authors, but not necessarily of the publisher.
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Library of Congress Cataloging-in-Publication Data
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Copyright © 2013, IGI Global. Copying or distributing in print or electronic forms without written permission of IGI Global is prohibited.
Chapter 4
Michael K. Barbour
Wayne State University, USA
Jason Siko
Grand Valley State University, USA
Elizabeth Gross
Wayne State University, USA
Kecia Waddell
Wayne State University, USA
Virtually Unprepared:
Examining the Preparation of
K-12 Online Teachers
ABSTRACT
At present, there are very few examples of the preparation of teachers for the online environment in
teacher education. Even more unfortunate is that less than 40% of all online teachers in the United States
reported receiving any professional development before they began teaching online. While some virtual
schools provide some training to their own teachers, in most instances, no such training is provided to
the school-based personnel. This is unfortunate, as K-12 student success in online learning environ-
ments require support from both the online teacher and the local school-based teacher. Clearly, there is a
need for teacher education programs to equip all teachers with initial training in how to design, deliver,
and – in particular – support K-12 online learning. This chapter begins with an examination of the act
of teaching online and how that differs from teaching in a face-to-face environment. Next, the chapter
describes existing teacher education initiatives targeted to pre-service teachers (i.e., undergraduate
students) and then in-service teachers (i.e., graduate students). This is followed by an evaluation of cur-
rent state-based initiatives to formalize online teaching as an endorsement area. Finally, a summary of
the unique aspects of teaching online and how some initiatives have attempted to address these unique
skills, before outlining a course of action that all teacher education programs should consider adopting.
DOI: 10.4018/978-1-4666-1906-7.ch004
61
Virtually Unprepared
INTRODUCTION
In the United States, the first K-12 school to be-
gin using online learning was the private Laurel
Springs School in California around 1994. This
was followed by the Utah eSchool in 1994-95,
which primarily used a correspondence model, but
did offer some online courses (Barbour, 2009). In
1996-97, the Florida Virtual School (FLVS) and
Virtual High School Global Consortium, which
were created using state or federal grants, came
into being (Clark, 2007). At the turn of the mil-
lennia, Clark (2001) estimated that there were
between 40,000 and 50,000 virtual school enrol-
ments. Almost a decade later, Picciano and Seaman
(2009) indicated that there were over 1,000,000
students enrolled in online courses, while Watson,
Murin, Vashaw, Gemin, & Rapp (2010) reported
significant online learning activity in 48 states,
and the District of Columbia. In 2006, Michigan
became the first state in the US to require that all
students complete an online learning experience
in order to graduate from high school (a move
that has been followed by other states, such as
New Mexico, Alabama and Florida). Finally,
some have gone so far to predict that the majority
of K-12 education will be delivered using online
learning by the year 2020 (Christensen, Horn &
Johnson, 2008).
Wood (2005) stated there was a “persistent
opinion that people who have never taught in
this medium [i.e., online] can jump in and teach
a class, [however], a good classroom teacher is
not necessarily a good online teacher” (p. 36).
Roblyer and McKenzie (2000) indicated that
many of the factors that make a successful online
teacher, such as good communication and class-
room organization skills, were similar to those
for any successful teacher, yet Davis, Roblyer,
Charania, Ferdig, Harms, Compton and Cho
(2007) discovered “effective virtual teachers have
qualities and skills that often set them apart from
traditional teachers” (p. 28). Some of the skills
necessary for teaching in an online environment
are consistent with those provided by traditional
teacher education programs, but there are other
necessary skills that are largely absent (Davis &
Roblyer, 2005).
At present, there are very few examples of the
preparation of teachers for the online environment
in teacher education. Even more unfortunate is that
Rice and Dawley (2007) found that less than 40%
of all online teachers in the United States reported
to receiving any professional development before
they began teaching online. While some virtual
schools provide some training to their own teach-
ers, in most instances no such training is provided
to the school-based personnel. This is unfortunate,
as Aronson and Timms (2003) indicated that K-12
student success in online learning environment
required support from both the online teacher
and the local school-based teacher. Clearly there
is a need for teacher education programs to equip
all teachers with initial training in how to design,
deliver, and – in particular – support K-12 online
learning.
This chapter begins with an examination of the
act of teaching online and how that differs from
teaching in a face-to-face environment. Next, we
describe existing teacher education initiatives tar-
geted to pre-service teachers (i.e., undergraduate
students), and then in-service teachers (i.e., gradu-
ate students). This is followed by an evaluation of
current state-based initiatives to formalize online
teaching as an endorsement area. Finally, we sum-
marize the unique aspects of teaching online and
how some initiatives have attempted to address
these unique skills, before outlining a course of
action that all teacher education programs should
consider adopting.
EXAMINING ONLINE TEACHING
Many of us can think of instances where we thought
poorly of our professor’s ability to teach. Perhaps
it was due to poor preparation, a lack of content
knowledge, or an inability to explain complex
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Virtually Unprepared
concepts in terms a novice could understand. In
other instances, we have all had excellent teachers
who motivated us to do our best and helped us get
through a class that we never thought we could.
Currently, more and more people are able to say
the same thing about their online teachers. Some
of us have had excellent online instructors and
some of us have had horrible online instructors.
Students enrolled in online courses encounter
a variety of formats for delivery of instruction
(Kaseman & Kaseman, 2000), and thus the skills
required of teachers will vary. In the independent
model of instruction, students are primarily self-
taught, progressing through the content at their
own pace and completing much of the work of-
fline or through database-driven online systems.
Students will take assessments throughout the
course, but there is little in the way of feedback
from the instructor. In this delivery model the
teacher has little interaction with the student,
and therefore does not need much in the way of
communication skills. In this case, unless the
course is prepackaged, the teacher needs to be
skilled in the technical aspects of delivery and
the organization of the course.
In an asynchronous course, students work
through the content when it is convenient for
them. Asynchronous courses have little to no
live or real-time interaction with an instructor.
However, that does not mean that there is no
communication between the teacher, student, and
classmates (Zucker & Kozma, 2003). Teachers
need to provide feedback on assignments, and
students must often interact with one another via
discussion boards or group assignments (Friend
& Johnston, 2005). However, unless the student
is taking an asynchronous course with classmates
in a brick-and-mortar school, the potential for
student isolation is still present. Therefore, online
instructors in an asynchronous environment must
be able to provide opportunities for interaction
when convenient for the student, provide authentic
feedback without ever coming in direct contact
with the student, and be able to monitor students
who are becoming isolated from the rest of the
class.
In a synchronous course, students interact with
the teacher and other students in real time; they
are separated by distance but come together during
regularly scheduled periods. One could consider
the courses to simply be traditional courses medi-
ated by technology (Barbour, 2011). Synchronous
courses are the most similar to traditional face-to-
face courses, although the course may have both
synchronous and asynchronous elements. Instruc-
tors must have the capabilities to effortlessly work
with the new communication technology and be
able to integrate synchronous activities with any
asynchronous events or discussions that occur
when the class is working offline.
On the surface, it would appear that the skills
required for teaching online are quite similar to
those for teaching in a traditional format. Teachers
in both environments must carry out procedural
duties (e.g., grading and attendance), provide
students with feedback, manage behavior, and
cater to the needs of both low-achieving and
high-achieving students. Davis and Niederhauser
(2007) discussed several similarities between
the skill sets of online and face-to-face teachers,
among them the ability to stay organized and to
communicate effectively with students. In fact,
Davis and Rose (2007) found that most online
teachers teach in the way that they were once
taught, and they transferred their teaching style to
the online realm. However, to simply say that the
skill sets are exactly the same would be incorrect.
Several problems exist with defining the skill
set necessary for successful online teaching. The
first problem is obviously identifying those skills.
Easton (2003) stated that online instructors needed
advanced skills in the management of instructional
activities and assessments, as well as stronger
engagement skills. In a traditional classroom, all
of the students are in one area and can interact
with one another based on proximity. In an online
environment, the experiences must be engineered
so that students separated by both space and time
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Virtually Unprepared
can have engaging interactions with one another.
Morris (2003) believed that online instructors
needed to be tech-savvy and have a genuine ex-
citement for teaching in the online environment.
Instructors also needed to be very familiar with
the curriculum. The technical acumen and excite-
ment could be helpful in overcoming technical
problems with a content management system and
the loss of enthusiasm that could arise when the
problems are frequent.
The second problem is validating through
research whether such skills are truly unique to
online instruction. The aforementioned skills
are based primarily on anecdotal evidence, and
much of the research that has been done on es-
sential skills has been narrow in scope (Harms,
Niederhauser, Davis, Roblyer & Gilbert, 2006).
Clearly more research is needed in this area to
validate which skills are essential to teaching
online. Without strong empirical research backing
principles of online instruction, teacher prepara-
tion programs may do more harm than good by
teaching pre-service teachers faulty methods for
teaching courses online.
The third problem is translating this knowledge
into training for pre-service and in-service teach-
ers, as it appears that online instruction will be
an inevitable part of teachers’ duties in the future.
Smith, Clark, and Blomeyer (2005) found that
only about one percent of K-12 teachers have been
trained to teach online. Barbour (2011) stated that
most online teacher training is gained through
professional development, and this professional
development is mainly focused on the technical
aspects of a content management system rather
than pedagogy.
The training for online teachers is only one
aspect of the success of online learners, since
more than one person is often responsible for all
of the different aspects of delivering online cur-
riculum. The instructor may not have designed
the course, and thus online course designers must
be able to create quality online courses rather
than simply digitize materials from a traditional
course. Collis (1999) and Barbour (2007) provide
design principles for online courses. In addition
to the instructor, another adult is often involved
in the monitoring the student (Davis & Nieder-
hauser, 2007). This facilitator is often located at
the student’s physical school. Research involving
the role of the on-site support teachers (Roblyer,
Freeman, Stabler & Schneidmiller, 2007) showed
that based on surveys of online teachers, the
most frequently reported problems concerned the
facilitator’s ability to monitor student progress.
Because of the importance of these facilitators to
the success of students, the skills necessary to be
a successful facilitator need to be researched and
distilled into teacher education programs. In the
following two sections, we will look at attempts to
prepare teachers on the skills necessary to design
online learning, teach online or support students
learning online.
EXISTING PRE-SERVICE TEACHER
EDUCATION INITIATIVES
Existing pre-service teacher education initiatives
for future teachers that attempt to support K-12
online learning are faced with a variety of chal-
lenges such as a lack of research and few models to
guide their development. Other critical barriers to
effective pre-service K-12 online learning teacher
education arise from constrictive geographic regu-
lations around the teacher certification process
that vary from state to state. Such policies and
procedures are more suited to traditional brick
and mortar environments and complicate the reach
of K-12 online learning’s broad development. It
is generally agreed that teacher education is cur-
rently unprepared for the burgeoning demand for
K-12 online learning (Kennedy & Archambault,
2011). Given such consensus, how has pre-service
teacher education prepared teachers for K-12
online learning? In this section, we will examine
how a small number of universities have attempted
to prepare their students for K-12 online learning
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Virtually Unprepared
their pre-service teacher education initiatives.
This discussion is not exhaustive, but is fairly
representative of the initiatives underway (and is
pretty close to an exhaustive listing).
Teacher Education Goes into Virtual
Schools (Iowa State University)
Iowa State University, in collaboration with the
University of Florida, the University of Vir-
ginia, Graceland University and Iowa Learning
Online, developed the Teacher Education Goes
Into Virtual Schools (TEGIVS) project; the first
comprehensive attempt at designing a national
model for pre-service teacher education with an
emphasis on K-12 online learning. The TEGIVS
project sought to identify and develop online
teaching competences that would be valuable for
all K-12 teachers to support K-12 online learning
in the traditional setting, to develop tools that
permitted engagement with K-12 online learn-
ing practices from multiple perspectives (e.g.,
the online student, the online teacher, the online
course developer, and local school site facilitator),
and, ultimately, to build a national community of
K-12 online learning practice amongst peers who
might constructively critique and challenge the
model (Davis et al, 2007).
The Iowa State University model for imple-
menting the actual K-12 online learning training
took on various formats within four pre-service
teacher education degree programs in four dif-
ferent states (i.e., Iowa, Florida, Virginia and
Missouri):
• Secondary lab & lecture (4 hours of
training)
• Elementary lab & lecture (4 hours of
training)
• Theme within course on distance educa-
tion (45 hours of training)
• Unit in instructional design course (12
hours of training)
• Theme within a regular methods course
(12 hours of training)
• Field experience in a K-12 online learning
program (5-24 hours of training) (Davis,
2007)
The variation that occurred in the way each
of the pre-service teacher education programs
integrated the K-12 online learning curriculum
was welcomed by design as researchers sought
to gather data on the effectiveness of these vary-
ing models.
Field experience in an actual classroom is a
foundation in pre-service teacher education pro-
grams in North America.
“The field experience in Iowa matched two pre-
service teachers with one virtual school teacher.
The pre-service teachers were enrolled in a one-
credit course that allowed them to work with the
virtual school teacher via guided observation and
with the online K-12 students via virtual interac-
tions. Pre-service teachers used reflection jour-
nals, discussion forums, and interviews to reflect
on their practicum experience. Through the study
and their involvement in the virtual school field
experience, the pre-service teachers experienced
a growth of understanding about virtual schooling
and formed new personal theories regarding K-12
online learning.” (Kennedy & Archambault, 2011)
The Iowa State University model attempted
to offer an authentic field experience in a K-12
online learning environment to provide these pre-
service teachers the opportunity to be mentored
by a teacher comfortable with facilitating learning
in this new environment.
While federal funding for the TEGIVS proj-
ect spanned from 2004-2007, TEGIVS’s K-12
online learning lab tools still serve to encourage
pre-service and existing teachers to reflect on
these topics even as technological tools advance
and public policy changes (see http://ctlt.iastate.
65
Virtually Unprepared
edu/~tegivs/TEGIVS/homepage.html). These
TEGIVS tools allow pre-service teacher to explore
archived scenarios around issues of Internet safety,
cheating, and assisting students who cannot take
a class due to an illness or even their location are
addressed; use a tour tool for observations, and
offer a discursive portfolio tool for supervision and
mentoring. Likely the greatest impact of TEGIVS
is the continued availability of these curriculum
materials that can be used as a model for future
initiatives. However, as others use these materi-
als, Demiraslan-Cevik (2008) advised them “to
help yourself to our resources and adapt them to
the ecology of your program, while also forming
partnerships with Virtual Schools that parallel
those you have with traditional schools” (p. 11).
Student Teaching Partnerships
(Florida Virtual School)
Long before K-12 online learning’s mass appeal as
an educational delivery option, FLVS was provid-
ing online opportunities for students in Florida. The
success of FLVS’s K-12 online learning activities
placed the organization in a prominent place to
affect change in teacher education programs in
that state. Unlike TEGVIS and other universities
who struggle with the challenge of identifying
K-12 online learning environments to have au-
thentic experiences for their pre-service teachers,
this partnership involves pre-service teachers
directly with online instruction. In the Fall 2008
the University of Central Florida (UCF) formed a
partnership with FLVS to establish a pre-service
student teaching internship that aligned to the
Florida Educator Accomplished Practices (i.e.,
state teacher benchmarks for teacher education),
National Council for Accreditation of Teacher
Education’s Unit Standards, and International
Association for K-12 Online Learning’s National
Standards for Quality Online Teaching. UCF’s
virtual teaching internship – and more recently the
University of South Florida since 2010 – provides
an option to education majors to complete their
student teaching in this innovative environment.
According to Beth Miller, Outreach/Partner-
ships manager with FLVS, the virtual pre-service
interns are paired with lead or cooperating teachers
(i.e., certified teachers employed by FLVS) and
share in the responsibility of teaching high school
students who are enrolled in FLVS courses. The ex-
perience parallels the traditional brick-and-mortar
internship, with the main difference being that
instruction occurs online and not in the traditional
school setting. Pre-service interns plan lessons,
communicate with students, and assist with as-
sessment of learning, supervised by a university
professor and the FLVS lead teacher. Pre-service
interns are required to report to a computer lab at
their university for observations by their university
professors. Additionally, FVLS uses technology
to monitor student teachers’ work in much the
same way that student teachers mentor the work
of their FLVS students’ work. Finally, feedback
is ongoing between the FLVS administration, the
lead teacher and pre-service intern in a variety of
ways. The program is designed to meet account-
ability concerns, so at any time the university or
FLVS can demonstrate quality assurance through
artifacts and data around the activities that the
student teacher has undertaken. Given a structured
approach to curriculum planning, lead teachers
know exactly what to do each week and student
teachers are required to create products (e.g.,
slide presentations, reflective journals, etc.) to
demonstrate their time on task.
The focus of the virtual teaching internship
experience is for pre-service teachers to develop
transferable skills, pedagogical strategies and
perspective to their future teaching career – in
either online or the traditional classroom environ-
ments. Talking with parents, providing feedback
on graded assignments, deep content knowledge
for effective multi-student differentiation, tech-
nology skills, and time management are practical
transferable skills essential for either setting. We
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Virtually Unprepared
can assume that the desire to have a separate online
student teaching experience is based on Davis et
al.’s (2007) premise that “effective virtual teachers
have qualities and skills that often set them apart
from traditional teachers” (p. 28). This would be
further supported by Davis and Roblyer’s (2005)
assertion that some of the skills necessary for
teaching in an online environment are largely ab-
sent from traditional teacher education programs.
Online Teaching Course and
Practicum (Queen’s University)
In addition to the growth K-12 online learning
has experienced in the United States, K-12 online
learning is also used in similar ways and at compa-
rable levels in Canada (Barbour, 2010). For the past
25 years, Queen’s University has had at least one
elective course on using computers or information
and communications technology (ICT) in teaching
and learning. In early 2006, Dr. Geoffrey Roulet
– in response to increased web-based instruction
by some teachers and school boards as well as the
development of online courses by the Ministry of
Education – submitted a proposal to create a new
elective course entitled “Teaching and Learning
Online,” described in Table 1.
This course had two goals:
1. Using online tools and resources to enhance
classroom based education
2. Teaching online
The purpose of the course was to address the
interests and needs of pre-service teachers who
desired employment as developers and teachers of
online courses and those who aspired to employ
online activities in combination with classroom
based instruction. The course was approved and
taught for the first time during the 2006-07 aca-
demic year; however, enrollment was restricted
to pre-service teachers in the intermediate-senior
(i.e., grades 9-12) program.
According to Roulet’s course outline (syllabus)
for 2009-10, the course:
“aimed to critically examine present and pro-
posed uses of the Internet/Web in teaching and
learning; to collaboratively construct images of
what effective online learning could be; and to
increase understanding and skills related to the
development, presentation, and delivery of online
content and learning resources.”
Beyond the formal course content, students
also participated in an online teaching practicum.
During these practicums, many of the participating
online teachers were themselves in the initial stages
of online teaching careers, and welcomed assis-
tance from these Queen’s University students with
the design of web-based learning environments
and online interaction with their own students.
Teaching and Learning Online was a half credit
course, meaning that the course ran throughout
the full academic year (i.e., September to April).
Additionally, there was a three-week practicum
requirement. Dr. Roulet indicated that enrollment
in Teaching and Learning Online was generally
low, but sufficient to make the course viable from
the 2006-07 academic year to the 2009-10 aca-
Table 1. Course description for Teaching and Learning Online
FOCI 291: Teaching and Learning Online
Candidates explore the organization of curriculum and course content for online presentation, construction of learning objects, leading and
moderating online discussions and the development of course websites. Course sessions involve classroom meetings and synchronous and
asynchronous online interaction. During alternative practicum placements, candidates work with teachers designing and leading online
courses or with classroom teachers building learning objects and course websites. http://www.queensu.ca/calendars/education/Program_Fo-
cus__FOCI_.html
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Virtually Unprepared
demic year. However, in the 2010-11 academic
year the course was dropped from the schedule due
to low enrollment. The course will again not be
run in 2011-12, and with Dr. Roulet’s impending
retirement it is likely that the course may not be
offered in the immediate future. When asked why
student interest in the Teaching and Learning On-
line course began to wane, Roulet attributed it to:
“[a] general attitude towards ICT…students have
considerable experience with ICT, but largely in
the social domain. They have not generally used
ICT for intellectual activities other than pos-
sibly looking for information on the Web. Thus,
students see limited potential for ICT use within
education and feel that they have sufficient skills
to employ the Web in the ways they imagine using
it in a class.”
Roulet’s assessment is consistent with the senti-
ments expressed by Davis and Rose (2007), who
believed that most online teachers teach in the way
that they were once taught, simply transferring
their teaching style to the online environment.
Defunct Diploma in Rural
and Telelearning (Memorial
University of Newfoundland)
Prior to Dr. Roulet’s course, the Centre for Tele-
Learning and Rural Education acted as a catalyst
in the Faculty of Education at Memorial University
of Newfoundland for research and development
with a special focus on small schools in rural and
remote communities in the Canadian province of
Newfoundland and Labrador. In the mid- to late-
1990s, there was considerable interest in rural
schools and solutions to teaching in rural multi-
grade classrooms as the majority of schools in
the province of Newfoundland and Labrador are
rural. Then Chair and Managing Director of the
Centre, Dr. Ken Stevens and Mr. Wilbert Boone,
initiated the program for Telelearning and Rural
Education (Brown, 2000). According to Dr. Jean
Brown, a Professor of Education at Memorial
involved in the Centre:
“The first thought was that we would develop a
graduate program. However, the Associate Dean
of Graduate Studies at the time did not support it.
Without her support, it was felt we would not be
successful in getting the program through Faculty
Council and the Academic Council of Graduate
Studies within the university. Reluctantly, we de-
cided to develop an after-degree undergraduate
diploma. The Associate Dean (Undergraduate
Studies), although not a strong supporter, did
not oppose it. Mr. Boone had been successful in
obtaining external funding for the development
of this Diploma, so we moved ahead with it. In
hindsight, that was a mistake. Teacher Certifica-
tion would permit this diploma to count towards
a fifth teaching grade, but to obtain a sixth or
seventh teaching grade, a Master’s Degree was
required. Many teachers already had a fifth
teaching grade as they held two undergraduate
degrees (a B.A. or B.Sc. plus a B.A. (Ed) or B.Ed).
That being the case, there was no real incentive
for them to do the Diploma. Rather, if continuing
their education, they would be wiser to complete
a Master’s degree.”
However, in 1999 the Diploma in Telelearn-
ing and Rural School Teaching program was
officially launched for teachers already holding
a Bachelor of Education degree to better prepare
them for teaching in small rural or remote schools
in Newfoundland, as well as other jurisdictions.
The program ran from around 2000-01 until
at least 2003-04. The diploma comprised of 10
courses (i.e., 6 core courses and 4 electives from
a list of 11 possible courses). Of the electives that
students could take, there were options for them
to participate in a three week, six week, or nine
week field-based experience in a rural school
environment that may or may not have included
as distance education or telelearning component
(See Table 2).
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Virtually Unprepared
All of the courses were web-based and sup-
ported through CD-ROM for those with limited
Internet access.
Regrettably, very little promotion of the pro-
gram occurred within the province, and no attempt
to promote the program outside the province
started the demise of the diploma program. Ini-
tially 21 potential teachers expressed interest, but
only 11 of them actually registered. Further, after
the Dean at the time moved to another university,
support for the diploma was limited among senior
administration. Even within the faculty, some
believed the program was not needed because
there was a lack of research to support it, while
others argued that K-12 distance learning should
be integrated in the existing courses currently
offered. Upon reflection, this example served to
underscore the belief that existing pre-service
teacher education initiatives for future teachers
and educational leaders require wide-spread
support within a faculty if implementation is to
be successful – particularly when such programs
are ahead of their times, such as this Diploma in
Rural and Telelearning was in 1999.
Summary of Pre-Service
Teacher Education Initiatives
Partnerships between K-12 online learning pro-
grams and universities are essential to the devel-
opment of effective pre-service teacher education
programming. Driven by public demand – and
Table 2. Diploma in telelearning and rural school teaching program
Core Courses
ED4900: TeleLearning in a Rural School Intranet
ED4901: Effective Teaching Strategies for Multi-grade/Multi-age Classrooms
ED4902: Special Needs in the Context of Rural Schools
ED4903: Leadership Perspectives in Rural Schools
ED4904: Contemporary Educational Issues in Rural Schools
ED4905: Resource-based Learning in the Context of Rural Schools
Elective Courses
ED4906: Career Development in the Context of Rural Schools
ED4907: Curriculum Connections in Multi-grade/Multi-age Classrooms
ED4908: Rural Schools and Community Relationships
ED4909: Rural Schools as Community Learning Centres
ED4910: Curriculum Implementation in All-grade Rural Schools
ED4911: TeleTeaching in a Virtual Classroom
ED4912: Student Assessment in the Context of Rural Schools
ED4916: General Classroom Music
ED4920-4930: Special Topics in TeleLearning and Rural School Teaching
ED4920: Literacy in Small Rural Schools
ED4921: The teaching of Art in Small Rural Schools
Field-Based Experience
ED4913: Field-based Experience in a Rural School (TeleLearning) – 3 weeks
ED4914: Field-based Experience in a Rural School (TeleTeaching) – 6 weeks
ED4915: Field-based Experience in a Rural School (Multi-grade/Multi-age Classroom) – 9 weeks (Memorial University of Newfound-
land, 1999)
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necessity in some instances – pre-service teacher
education initiatives that support K-12 online
learning are being given increased attention by
universities and state Departments of Education.
While the duration, quality and availability of these
programs vary, the pioneering efforts of the uni-
versities discussed in this section have succeeded
in beginning an ongoing process of informing and
reforming pre-service teacher education initiatives
for the demands of this relatively new method of
educational delivery.
We believe that K-12 online learning must not
simply be an instructional add-on to existing pre-
service teacher education programs. The time has
come for pre-service teacher education programs
to ensure that K-12 online learning is pervasive
throughout the undergraduate experience to allow
for each teacher to be prepared to fill the roles of
online course designer, online teacher and local site
facilitator. Regrettably, advances or developments
in pre-service teacher education emphasizing K-12
online learning as a course or field experience,
such as those described in this section, have been
largely reactionary. Clearly more work is needed
EXISTING IN-SERVICE TEACHER
EDUCATION INITIATIVES
In much the same way that there are few examples
of pre-service teacher education initiatives related
to K-12 online learning, the number of examples
of in-service teacher education programs are
also quite small. The existing initiatives that are
targeted to in-service teachers tend to focus on
universities that offer graduate level certificates
in online teaching with some kind of K-12 focus
and/or universities that offer in-service teachers
the opportunity to gain an endorsement to their
existing teacher certification. The graduate cer-
tificates that are offered to educators who would
like to learn more about how to teach in an online
environment range from certificates that are part
of a graduate curriculum and, in some instances,
can be used towards a Master’s degree to certifi-
cates offered by continuing education divisions
to certificates offered by K-12 online learning
programs that have partnered with universities.
We begin this section with a brief look at each of
these kinds of certificates, along with what classes
and experiences are included in each.
Graduate Certificates in
Online Teaching
There are a number of universities that offer certifi-
cates to educators for online learning. Generally,
the certificates are not limited to K-12 educators,
rather these certificates are offered to trainers in
industry and higher education instructors who
find themselves in a situation that requires online
teaching. To date, those universities that offer
training that is part of a graduate curriculum
include: Arizona State University, Boise State
University, University of Central Florida, Uni-
versity of Florida, University of Wisconsin-Stout,
and Wayne State University. The certificates
generally follow a similar pattern: the in-service
teacher must take three to five courses, generally
the courses must be taken in sequence, there may
or may not be elective courses, and the certificate
may or may not have some form of field experi-
ence (see Table 3 and Table 4 for the variations
in the different programs).
Most of the courses in these graduate certifi-
cates can be used towards a Master’s degree in
educational or instructional technology. The ex-
ception is the University of Central Florida, where
students in the Master’s Degree in Instructional
Design and Technology can choose between an
educational technology track, an instructional
systems track or an e-learning track.
In addition to the variety in the length and na-
ture of these certificates, there is also a great deal
of variety in their course offerings. For example,
almost all the aforementioned graduate certificate
programs offer a course in online teaching method-
ology and most also offer a course in online course
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Table 3. Summary of graduate certificate programs
University Number of
Courses Nature of Program Nature of Courses Field Experience Other
ASU 5
3 core courses
1 of 4 electives
practicum
K-12 focus Yes
BSU 3 3 core courses
1 of 4 electives K-12 track No
UCF 9 5 common courses
4 specialized courses K-12 content Optional Leads to M.A.
UF 3 3 of 4 courses K-12 content Optional Currently on hold
UWS 5 4 core courses
practicum K-12 content Yes Meets state’s online
PD requirement
WSU 5
2 core courses
2 of 6 electives
practicum
K-12 track Yes
Table 4. Summary of course offerings in graduate certificate programs
University Required Elective Field Experience
ASU
1. Principles & Issues in K-12 Online Learning
2. Methods of Online Teaching
3. Online Course Design
One of:
1. Technology Integration Methods
2. Using the Internet in Education
3. Emerging Technologies
4. Technologies as Mindtools
Practicum
BSU 1. Online Teaching in the K-12 Environment
2. Advanced Online Teaching Methods
One of:
1. The Internet for Educators
2. Online Course Design
3. Teaching & Learning In Virtual Worlds
4. Educational Games & Simulations
UCF
1. Current Trends in Instructional Technology
2. Research in Instructional Technology
3. Measurement & Evaluation OR Statistics for
Educational Data
4. Fundamentals of Graduate Research in
Education
5. Instructional System Design
All of:
1. Multimedia for Education & Training
2. Distance Education
3. Interactive Online & Virtual Teaching Envi-
ronments
4. Virtual Teaching & the Digital Educator
UF 1. Instructional Design
2. Distance Online Teaching & Learning
1. Design & Development of Online Content
2. Virtual Schools Philosophy & Pedagogy
UWS
1. E-Learning for Educators
2. Assessment in E-Learning
3. Instructional Design for E-Learning
4. Creating Collaborative Communities in
E-Learning
E-Learning
practicum
WSU
1. Facilitation of Online & Face-To-Face Learn-
ing
2. Foundations of Distance Education
Two of:
1. Designing Web Tools for the Classroom
2. Internet in the Classroom
3. Web-Based Courseware Development
4. Multimedia for Instruction
5. Advanced Multimedia for Instruction
6. Learning Management Systems
Practicum in
Instructional
Technology
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design. The majority of these graduate certificates
include a course in either the foundations or trends
in distance education and/or in online learning.
Several of these certificates also include a course
in instructional design.
While there is some consistency in the nature of
core courses offered in these graduate certificates,
there are few similarities in the elective courses.
Those certificates that offer students some choice
range from courses in multimedia to emerging
tools such as gaming and virtual worlds to learning
management systems to courses that are part of
the core requirements of some of the certificates
(e.g., online teaching and online course design)
to a wide range of courses typically found in a
graduate program in educational or instructional
technology.
Beyond a certificate approved by the School
of Graduate Studies at each of these institutions
and the ability to apply some or all of the credits
towards a Master’s or Educational Specialists, in
some instances these programs also lead to addi-
tional credentials. For example, the three courses
in the certificate at Boise State University can be
used towards the seven-course online teaching
endorsement program that was only announced
by the university in August 2011. Similarly, the
three of the five courses in the certificate at Wayne
State University can be used towards the six-course
endorsement in Educational Technology offered
by the State of Michigan. In Wisconsin, as of July
1, 2010, “no person may teach an online course
in a public school, including charter school, un-
less he or she has completed at least 30 hours of
professional development designed to prepare a
teacher for online learning.” (State of Wisconsin,
2010). The graduate certificate at the University
of Wisconsin-Stout allows teachers to meet this
requirement.
Continuing Education Certificates
in Online Teaching
In addition to graduate certificates offered by aca-
demic departments, there are a couple of examples
of graduate certificate programs that are offered
by Continuing Education or Extension divisions
within the university environment. There are two
examples that have a K-12 focus: California State
University, East Bay and University of California-
Irvine. While both of these universities have a K-12
focus, they also invite instructors from many dif-
ferent backgrounds (e.g., K-12 teachers, military
and corporate trainers, community college faculty,
continuing education or in-service facilitators, and
educators interested in educational technology).
Both certificates include four courses, although
these are not identical (see Table 5).
Similar to the graduate certificates offered by
academic departments, both of these certificates
offer courses in the foundations or trends in online
or virtual learning and in online teaching, and one
of them offer a course in online course design.
Interestingly, the University of California-Irvine
Table 5. Summary of continued education graduate certificates
University Courses Field Experience
CSU
1. Introduction to Online Teaching and Learning
2. Teaching Models for Online Instruction
3. Technology Tools for Online Instruction
4. Designing Curriculum for Online Instruction
No
UCI
1. Foundations of Virtual Instruction
2. Advanced Instructional Strategies
3. Performance Assessment in the Virtual Classroom
4. Virtual Teacher Practicum
No
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includes a course in assessment (and the Univer-
sity of Wisconsin-Stout is the only other univer-
sity to include such a course).
The courses included in these certificates are
not traditional fifteen week, semester long courses
that one would expect to find at a typical university.
The courses offered by California State University,
East Bay are six weeks in length, while the courses
offered by the University of California-Irvine are
twelve weeks in length. The certificate courses at
the University of California-Irvine do not naturally
lead to graduate credits at the university or other
universities. This is not to say that other universi-
ties will not accept these courses, but that the Uni-
versity of California-Irvine’s Extension Division
has yet to establish any articulation agreements
with other institutions. It is up to the individual
university to which the student may be interested
in transferring as to whether they will accept the
credits. However, the certificate courses from
California State University, East Bay are designed
to provide a grounding for students who wish to
pursue a Master of Science in Teaching program
with an option in online teaching (MS-OTL).
Virtual High School Global
Consortium Certificate
In much the same way that the FLVS has part-
nered with universities to better prepare teachers
for K-12 online learning, the Virtual High School
Global Consortium (VHS) also has long stand-
ing relationships with several universities. Since
its inception, VHS has offered its own six-week
professional development courses as a part of its
21st Century Teaching Best Practices series:
• 21st Century Teaching and Learning ex-
plores the tools to teach using technology
• Web-enhanced Classroom explores ways
traditional teachers can enhance their prac-
tice using web-based tools
• Online Extended Teaching shows teachers
how to promote independent study using
web tools
• Web 2.0 Collaborative Instruction shows
teachers how to use Web 2.0 tools to en-
hance the learning experience for students
• Becoming an Online Teacher is a practi-
cum experience for teachers to partner
with and experienced online teacher
For most of that history, VHS has had partner-
ships with various universities to allow teachers
who complete these professional development
courses to obtain graduate credit. These univer-
sities include Endicott College (Beverly, MA),
Plymouth State University (Plymouth, NH),
Framingham State College (Framingham, MA),
Northwest Nazarene University (Nampa, ID), Sa-
lem State College (Salem, MA), and North Dakota
State University (Fargo, ND). Essentially, teach-
ers can pay an additional fee to the participating
institution and receive two to four graduate level
credit hours depending on the course. Additionally,
the VHS has partnered with the Van Loan School
of Graduate and Professional Studies at Endicott
College and the College of Graduate Studies at
Plymouth State University to allow teachers who
have completed all five of the VHS courses to
achieve a Graduate Certificate in Online Teach-
ing and Learning.
Summary of In-Service Teacher
Education Initiatives
At present there are many opportunities for K-12
educators to increase their knowledge, skills, and
practice when it comes to classroom instruction.
However, this does not hold for their opportunity
to increase their ability to design, deliver and
support online instruction. Certificates for online
teaching often encompass not only K-12, but also
the larger field of online learning (including higher
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education, corporate, and military environments).
While some of these certificate programs may be
applied for graduate credit towards a Master’s of
Educational technology degree, in most states there
is no standard or endorsement for online teaching.
This lack of standardization has led to a great
deal of inconsistency between programs. Of the
existing programs, some are three courses, some
are four courses and some are five courses. Some
provide a field experience in a K-12 online learning
program, others simply provide a field experience
in any online learning environment, while some
have no field experience at all. Most certificate
programs do offer courses to provide insights
on methodology and trends in the field of online
learning, along with courses in online pedagogy
and course design. Most also offer instructional
design principles as part of the course offerings.
Beyond the graduate certificate programs,
there are also certificates that have been created
by the extension departments of some universities.
In states where there is no teacher certification
endorsement for online teaching, these exten-
sion programs offer little more than a glorified
professional development experience. In fact,
at least one K-12 online learning program has
taken it upon itself to elevate its own professional
development offerings by partnering with several
universities. These professional development
courses are similar in nature to the professional
development provided by numerous other K-12
online learning programs, and the partnerships
to receive graduate credit hours from a variety of
universities and even a graduate certificate from
some university does not equate to the rigor one
would expect to find in a traditional semester-long
graduate level university course. Simply put, the
opportunities for in-service teachers to become
better acquainted with the design, delivery and
support of K-12 online learning may be greater
than they are for pre-service teachers. However,
those opportunities vary considerably in the nature
of the experience an in-service teacher will receive.
ONLINE TEACHING
ENDORSEMENT INITIATIVES
A number of states have brought the practice of
online teaching and learning in the K-12 arena to
the attention of the legislature. Beyond the 2010
Wisconsin bill in 2010 that required teachers to
have a minimum amount of professional devel-
opment in order to teach online, several states
have introduced some form of endorsement to
their teaching certification for online teaching.
The earliest adopter of this endorsement was
Michigan, followed by Georgia and then Idaho.
The purpose of these endorsement initiatives
has been to ensure that teachers who teach via
distance have prepared for and understand the
online environment (Michigan Department of
Education, 2008). There are a few universities
around the country that offer programs that lead
to these endorsements, which we will examine in
this section, followed by a discussion as to whether
there is specific a need to have endorsements for
online teaching.
Michigan: Educational
Technology (NP) Endorsement
Michigan’s educational technology endorsement
initiative began in 2000 by a group of professional
educators. After review by various groups and
school districts, the State Board of Education
(SBE) made the recommendation that “all edu-
cators and administrators will be prepared to use
information-age tools and learning techniques and
processes” (Michigan Department of Education,
2008, p. 5). In addition, it was believed that, in
order to denote those teachers who had greater skill
and study in the area of the use of technological
expertise should be given some sort of recognition
that they indeed are highly qualified in this area.
The original educational technology endorsement
was based on 15 standards in three thematic areas
that were measured by 93 performance indicators.
However, by 2006 the legislature passed a bill
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that required students to have an online learning
experience in order to graduate from high school.
This necessitated an update to the educational
technology standards.
The revised educational technology standards
included 19 new standards measured by 84 per-
formance indicators under an additional three
thematic areas.
• Online Technology Experience and
Skills: Program will prepare Candidates to
participate in an online learning experience
and demonstrate knowledge and use of an
online learning management system(s),
adapt online tools to support effective on-
line instruction, understand internet safety
issues as well as knowledge of social, ethi-
cal, legal, and human issues surrounding
the use of educational technology in online
teaching and learning, and be able to apply
to principles and practice as they relate to
technology experiences and skills.
• Online Course Design: Professional
studies in online course design prepare
Candidates to demonstrate knowledge and
understanding of pedagogical issues re-
lated to teaching and learning in an online
environment, and develop and implement
curriculum plans aligned with State con-
tent standards that include methods and
strategies for applying educational tech-
nology to maximize learning in an online
environment. Professional studies in on-
line course design prepare Candidates who
are certied experts in the content subject
area being taught, to demonstrate their
knowledge and understanding of how to
develop, design, and implement strategies
that encourage active learning, interaction,
participation, and collaboration in the on-
line environment. Professional studies in
online course design prepare candidates
to demonstrate knowledge about effective
online course design with knowledge and
understanding of issues related to acces-
sibility and adaptive technologies. Finally,
professional studies in online course de-
sign prepare candidates to demonstrate
knowledge of social, ethical, legal, and hu-
man issues surrounding the use of educa-
tional technology teaching and learning as
it applies to online course design.
• Online Course Delivery: Professional
studies culminating in the educational tech-
nology endorsement prepare candidates to
demonstrate knowledge and understand-
ing of: best practices for online delivery of
instruction, effective online course tech-
nology management, appropriate online
assessment and measurement techniques
and tools, modeling, moderation and fa-
cilitation skills for appropriate online
communication with timely feedback, and
thoughtful accommodation of student’s
special needs in an online environment.
Professional studies culminating in the ed-
ucational technology endorsement prepare
candidates to facilitate collaboration and
incorporate teaming activities in the online
environment informed by knowledge of
social, ethical, legal, and human issues sur-
rounding the use of educational technology
and can apply to principles and practices in
teaching and learning as it relates to online
course delivery. (Michigan Department of
Education, 2008, pp. 21, 24, 30)
At present there are 12 universities throughout
the state that offer programs leading to the edu-
cational technology endorsement, and in most
instances students can use those courses towards
a Master’s degree or Educational Specialists Cer-
tificate in educational or instructional technology.
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Georgia: Online Teaching
Endorsement
Georgia was the first state in the United States
to have a specific endorsement in online teach-
ing. The criteria for this endorsement are that
the teacher must already hold certification in
qualifying areas, and that the teacher must have
an online practicum before being awarded the
endorsement. In addition, the awarding institution
must follow guidelines that include the following
three thematic areas:
1. Content Knowledge, Skills, and Concepts
for Instructional Technology
2. Online Teaching and Learning Methodology,
Management, Knowledge, Skills, and
Dispositions
3. Effective Online Assessment of Teachers,
Students and Course Content
Within these three thematic areas there are 10
different standards and 57 competencies.
At present, three universities in Georgia offer
programs that lead to this endorsement: Georgia
Southern University, Georgia State University
and Valdosta State University (see Table 6 for
program descriptions)
Note that the Georgia State program is one
course longer than the Georgia Southern and
Valdosta programs. Also, based on the course
descriptions it is not apparent where the required
field experience is contained in the Georgia State
program, where it occurs in the Field Experience
in Online Teaching and Learning course at Geor-
gia Southern and the Design and Delivery of
Instruction for E-Learning course at Valdosta.
Because the participants in these online only
certification processes are already certified teach-
ers, the emphasis is not as much on educational
strategies and pedagogy as it is on the incorpora-
tion e-learning strategies into the teacher’s own
teaching style.
Idaho: Online Teacher Endorsement
In Idaho, an initiative to create an endorsement
for teaching certification to reflect the study of
online teaching and learning has recently passed
the state legislature (i.e., November 2011). The
endorsement is comprised of ten standards, which
are further divided into 53 different knowledge,
disposition and performance indicators.
1. Knowledge of Online Education: The on-
line teacher understands the central concepts,
tools of inquiry, and structures in online
instruction and creates learning experiences
that take advantage of the transformative
potential in online learning environments.
2. Knowledge of Human Development and
Learning: The online teacher understands
Table 6. Summary of Georgia endorsement programs
University Courses
GA Southern
1. Theories and Models of Instructional Design
2. Pedagogy of Online Learning
3. Field Experience in Online Teaching and Learning
GA State
1. Integrating Technology into School-Based Environments
2. Evaluation and Assessment for Online Learning
3. The Internet for Educators
4. E-Learning Environments
Valdosta
1. Course Management Systems for E-Learning
2. Resources and Strategies for E-Learning
3. Design and Delivery of Instruction for E-Learning
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how students learn and develop, and provides
opportunities that support their intellectual,
social, and personal development.
3. Modifying Instruction for Individual
Needs: The online teacher understands how
students differ in their approaches to learning
and creates instructional opportunities that
are adapted to learners with diverse needs.
4. Multiple Instructional Strategies: The
online teacher understands and uses a va-
riety of instructional strategies to develop
students’ critical thinking, problem solving,
and performance skills.
5. Classroom Motivation and Management
Skills: The online teacher understands indi-
vidual and group motivation and behavior
and creates a learning environment that
encourages positive social interaction, active
engagement in learning, and self-motivation.
6. Communication Skills, Networking, and
Community Building: The online teacher
uses a variety of communication techniques
including verbal, nonverbal, and media to
foster inquiry, collaboration, and supportive
interaction in and beyond the classroom.
7. Instructional Planning Skills: The online
teacher plans and prepares instruction based
upon knowledge of subject matter, students,
the community, and curriculum goals.
8. Assessment of Student Learning: The on-
line teacher understands, uses, and interprets
formal and informal assessment strategies to
evaluate and advance student performance
and to determine program effectiveness.
9. Professional Commitment and
Responsibility: The online teacher is a
reflective practitioner who demonstrates a
commitment to professional standards and is
continuously engaged in purposeful mastery
of the art and science of online teaching.
10. Partnerships: The online teacher interacts
in a professional, effective manner with
colleagues, parents, and other members of
the community to support students’ learning
and well-being.
The requirements for this endorsement state
that the teacher must already be certified in his or
her field of study. The teacher must take 20 credit
hours of courses in the study of online teaching
and learning. As well, the teacher must either
take an eight-week online teaching internship or
have at least one year of experience as an online
teacher and be able to document that experience.
With an announcement in August 2010, Boise
State University indicated that it was building
upon its Graduate Certificate in Online Teaching
to provide in-service teachers three options to take
advantage of this new online teaching endorse-
ment (see Table 7).
Under the competency-based options, students
have to illustrate that they have met all of the
performance indicators in the Idaho K-12 Online
Teaching Endorsement Matrix (see https://sites.
google.com/a/boisestate.edu/idaho-online-en-
dorsement/idaho-k-12-online-teaching-endorse-
ment-matrix).
Ontario: Qualification for Teaching
and Learning through e-Learning
Outside of the United States, the Canadian prov-
ince of Ontario is the only jurisdiction where there
is any kind of recognition for online teaching. The
Ontario College of Teachers is responsible for
the accreditation of teacher education programs
in the province. Recently, the Ontario College of
Teachers created an “Additional Qualification
Course Guideline Teaching and Learning through
E-Learning,” a thirteen page document that is
much more extensive than the online teaching
endorsements in the United States and is intended
to provide a comprehensive capture of the im-
portant aspects of the professional development
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for teachers interested in teaching in an online
environment. The qualifications cover ethics,
multiculturalism, pedagogy, instructional design
components, assessment, and also has references
for further reading. Upon successful completion
of the program, candidates receive a certificate
of completion. It is not clear from the document
whether certification is mandatory to teach online
or which Ontario universities offer programs that
lead to this qualification.
Are Online Teaching
Endorsements Necessary?
With all the push toward online teaching and
learning, perhaps teachers who wish to provide
these services need to be trained to utilize the
unique environment of the web. It is a changing
presence and becoming ubiquitous in education
today. Teachers who teach online must be able to
create engaging online learning in an environment
where the student is physically (and, in some in-
stances, psychologically) distant from him or her.
In terms of communication alone, teaching and
learning online is very different than traditional
classrooms. But is this really the domain of teach-
ers who teach exclusively online?
It is predicted that by 2019 half of all high
school classes will be taught online (Christensen,
Horn, & Johnson, 2008). Recently, the market
analyst Ambient Insight (2011) estimated that the
current level of participation in K-12 online and
blended learning was four million students. There
is a need to be prepared for the online environ-
ment, but not just for a few self-selected teachers.
Since it has been shown that most online teach-
ers have previously been teaching in traditional
classrooms for many years (Archambeault &
Crippen, 2009), the question should be how will
all teachers be prepared to utilize these pedago-
gies in their practice?
Online students can find themselves in a variety
of course models. In these models the teacher has
differing levels of engagement and responsibility.
In the independent model, the course is primarily
self-taught and the teacher mainly provides tech-
nical skills so that the student can complete the
course. In the asynchronous model, the teacher
must provide feedback on assignments, moderate
student discussion boards, and generally sup-
port and guide the student. In these instances,
Table 7. Boise State endorsement options
Population Paths
BSU Students
Complete the following courses:
1. Internet for Educators (3 credits)
2. Theoretical Foundations of Educational Technology (3 credits)
3. Online Course Design (3 credits)
4. Teaching Online in the K-12 Environment (3 credits)
5. Advanced Online Teaching (3 credits)
6. Social Network Learning (3 credits)
7. Internship (2 credits or evidence of one year of online teaching experience)
BSU Students
The endorsement is intended to be competency-based, which means that students can demonstrate their
competency in meeting the recommended proficiencies through a combination of course completion and
other PD experiences. In this instance, the submission of an e-Portfolio (i.e., EDTECH597: Endorsement
Portfolio) is required to demonstrate that the proficiencies have been met.
In-service Teachers
This option would apply to teachers who have been teaching in the K-12 online environment for several
years, who have participated in PD training through their employer or in PD workshops, and who have
perhaps completed some graduate courses related to online teaching and learning. The submission of an
e-Portfolio (i.e., EDTECH597: Endorsement Portfolio) is required to demonstrate that the proficiencies
have been met.
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the teacher must be able to communicate well
in situations where communication may never
be direct (i.e., by phone, chat, or in person). The
teacher must monitor the students to make sure
they do not feel or become isolated, and if this
does occur the teacher must have the tools to help
the student overcome this learning challenge.
Finally, in the synchronous model the teacher and
students interact directly in a real-time setting;
most often during a prearranged online meeting
time. In these instances, the teacher must be able to
implement many of the same skills they would use
in a real-time classroom environment, only with
those interactions being mediated by technology.
In some ways, the online environment has
its own issues—the teacher has to be both tech-
savvy and be able to guide students. The teacher
or facilitator at the school may not have access
to the student’s progress or success, so the online
teacher must be vigilant in keeping the student
engaged. Online teachers may not have designed
the course they teach, even though they understand
and teach the content. They need advanced skills
in the management of instructional activities and
strong engagement skills. They need a genuine
excitement for the course content, and familiar-
ity with the curriculum. These teachers will also
need to be able to select engaging content, rich
multimedia for instruction, nontraditional content
delivery methods, sound teaching philosophy, an
understanding of the use of the Internet to teach
and learn, and innovative teaching strategies.
However, it can be argued that these skills
are not exclusively the domain of the teacher
who delivers instruction via distance. Is it only
the domain of online teaching and learning to
understand how to use the Internet or select rich
multimedia for instruction? These skills provide
a richer experience for students regardless of the
instructional delivery method. Teacher should be
genuinely engaged with the course content and
enthusiastically encourages students will bring
energy and success to the course, whether the
course is delivered via distance or not. As well,
teachers need technology skills for instruction,
whether it is delivered face-to-face or online.
Successful teachers use non-traditional teaching
methods. Communication skills are a necessary
part of the instructional process. These skills are
necessary for every teacher in service today. The
profession needs to have these aspects of what is
now considered the domain of online instructional
practice incorporated into the traditional teacher
preparation curriculum of all teacher education
programs. We are doing a disservice to all our
students and teachers if we do not demand this.
In much the same way that all teachers should be
able to integrate technology into their teaching
(which means that endorsements to technology
integration are redundant at best, demeaning to
a professional at worst), all teachers should be
able to design, deliver and support instruction in
an online as well as a face-to-face environment.
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ADDITIONAL READING
Cavanaugh, C., & Blomeyer, R. (2007). What
works in K-12 online learning. Eugene, OR: In-
ternational Society for Technology in Education.
Rice, K. (2011). Making the move to K-12 online
teaching: Research-based strategies and prac-
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KEY TERMS AND DEFINITIONS
Asynchronous: Not in real time. For example,
a discussion forum is an asynchronous technology
where one student posts a message and at a later
time another student can read and respond to that
message. A non-technical example would be like
a community bulletin board where one person
posts a for sale poster and at a later time another
person may walk by and see that sign.
Cyber School: A full-time K-12 online
learning program where students do not attend a
traditional or brick-and-mortar school.
K-12 Online Learning: A generic term to
encompass all forms of distance education at the
K-12 level delivered over the Internet. This in-
cludes full-time cyber schooling and supplemental
virtual schooling.
Synchronous: In real time. For example, a
telephone conversation occurs in real time or is
said to be synchronous.
Virtual School: A supplemental K-12 online
learning program where students attend a tradi-
tional or brick-and-mortar school, but may also
be enrolled in one or more online courses.
