Teacher educators can also help foster an attitude of open - mindedness and curiosity toward new technologies by giving
preservice teachers access to various programs.
Though this multimedia case study can help teacher educators address other difficulties raised at the beginning of this paper — providing preservice teachers with quality field observations and providing them with a common experience to reflect upon together — our focus in this paper has been examining more closely lessons we have learned about how to provide
preservice teachers access to the complexities of classroom teaching.
The simulation platform is an HTML - enabled web link that
the preservice teachers accessed using a unique login and password.
Not exact matches
These innovations include virtual courses for students (e.g., Virtual High School and Florida Virtual School); ubiquitous technology programs in which every student and
teacher receives a laptop and every school has wireless
access (e.g., in every public grade 7 and 8 classroom in Maine); technology used to support inquiry - based learning (e.g., the Missouri - based eMINTS program), and online courses and workshops for
preservice and in - service
teachers (e.g., the EDC EdTech Leaders Online program).
While it is a worthwhile goal to train
preservice teachers as «savvy consumers of technology,»
teachers are rarely in positions of authority to make purchasing decisions and are often limited by acceptable use policies set at the district level, including filters and insufficient technology support and maintenance or
access to computer labs.
Without
access to these models, some of our
preservice teachers would have doubted the actual existence of
teachers out in the field who used the progressive teaching practices that they were learning in their certification coursework, and doubted their own ability to implement such teaching approaches in their own future classrooms as well.
As students are asking for more computer technology integration and administrators are providing
access and training,
teacher education faculty members must seize every opportunity to ready their
preservice teachers for computer technology integration into their future classrooms.
If we accustom
preservice teachers to
accessing learning communities during their formative years, they will have the appropriate disposition to make effective use of them after graduation.
Twitter provided
preservice teachers with free, convenient
access to a quantity of professional resources, both in terms of content (e.g., articles, education news, lesson plans) and people (i.e., other educators) not typically available through
teacher education coursework.
Many
preservice teachers could benefit from
access to such an online community of practice (Wesely, 2013), given the isolation and challenges that novice
teachers often experience during their entry into the profession.
Despite the apparent success expressed by some of the
preservice teachers with technology as practice, 9 % of the student -
teachers were disappointed with unequal
access and articulated their concern about a perceived digital divide.
There are two distinct goals to our approach: (a) to promote
access, participation, and learning for students with learning disabilities who receive the majority of their instruction in general education classrooms, and (b) to develop
preservice teachers» abilities to identify efficacious technologies that will enhance students» transitions from school to work.
Resources must provide adequate support for personnel preparation systems (both
preservice and inservice) to ensure that all students with special needs have
access to highly qualified
teachers.
While the
preservice teachers in this study taught in a variety of settings (urban, suburban, and rural), as well as a variety of grade levels and subjects, they faced a consistent challenge in using technology as a tool for learning: lack of
access to adequate technology in the K - 12 schools.
The
preservice teachers have
access to yearlong mentors, school - site colleagues, and advisory groups, which may provide the support needed for higher bandwidth discussions.
Those
preservice teachers using a Word document knew that one specific person — in this case, the professor — would have
access to their written reflections.
One
preservice teacher explained, «I thought it would be the easiest way for both parties involved to
access the journals.»
Even when
preservice teachers are trained to integrated technology in their instruction, many face the barrier of
access to technology in their schools.
Regardless of various national and state initiatives implemented to encourage further training of
preservice teachers and
teachers in the field, including the National Educational Technology Standards (NETS) and the revised NCATE standards to incorporate the National Standards for Technology in
Teacher Preparation, barriers to implementation remain associated with
access to computers (Keiper et al., 2000; Willis, 1997).
In surveying a sample of
preservice teachers who were in the process of entering a college of education, a group of mostly freshmen and sophomores, Cavanaugh and Eastham (2014) found that 87 % had smartphones with Internet and application abilities, 41 % already had their own e-text reading devices, 29 % had their own tablet device such as an iPad, and 12 % were limited to using a desktop or laptop for e-text
access.
Directions for
accessing all of the mathematics error analysis problem sets currently available in the ASSISTment system, sample error analysis items and responses, and a rubric for implementing these assignments in mathematics methods classes to support
preservice teachers are included at the conclusion of the article.
The purpose of this activity is to allow
preservice teachers to examine critically the resources available at their placement school, to obtain perspectives from
teachers regarding effective uses of technology, and to determine the level of technology support available to
teachers and how
teachers access that support.