Curating the K–12 Transdisciplinary Learning Environment

Author(s):  
Enrique A. Puig ◽  
Kathy S. Froelich
Keyword(s):  
Author(s):  
Shellie Hipsky ◽  
Lindsay Adams

Cyber schools for K-12 students are growing in number. It is vital that appropriate strategies are devised to meet the needs of students with exceptionalities. The PA Cyber Charter School serves 468 students who have Individualized Education Plans. Parent surveys were thematically analyzed and revealed six predominant themes including: communication, interests, focus, less-stigma from the special education label, education differences in comparison to other methods, and cyber school shortcomings. The study also utilized the action research model to determine and present the techniques and strategies that are working in the PA Cyber Charter School for their students with special needs. Teacher-tested documents included in the appendix were based on the study, and a model for special needs strategies in the cyber learning environment has been established through this article.


Author(s):  
Julia Bennett ◽  
Fan-Yu Lin

Mobile learning, learning delivered or accompanied by any handheld or individual device that contributes to increasing knowledge or skills, has continuously become popular in educational systems in the 21st century. Apple's iPad has been a popular mobile device that has been chosen for us in 1-to-1 learning environments. Research suggests that utilizing iPads in educational settings is beneficial due to its affordance, portability, ubiquitous access to information, ability to communicate with other iPad users, and the opportunity it offers to showcase creativity and individuality through various applications. Studies have found value in providing students with their own iPads. This chapter overviews both the benefits and concerns of iPad usage in K-12 classrooms. Furthermore, specific web and iPad applications are discussed. When educators take appropriate steps to create a controlled learning environment, concerns and limitations regarding mobile learning with an iPad can be diminished.


2015 ◽  
Vol 117 (12) ◽  
pp. 1-30 ◽  
Author(s):  
David Williamson Shaffer ◽  
Padraig Nash ◽  
A. R. Ruis

Background By 2009, 99% of U.S. classrooms had access to computers, with an average ratio of 1.7 students per computer, and 40% of teachers report using computers often in their classrooms. However, while K–12 schools are investing more heavily in digital technologies, only a small fraction of this investment is going to instructional software (7%) and digital content (5%). Education policy leaders have called for increased investment in and use of digital learning technologies in K–12 education, which has significant professional implications for the 40% of teachers who use computers often and, perhaps more importantly, for the 60% who do not. Objective This article explores for a broad audience the changing landscape of education in the digital age, the changing roles of teachers in a technology-rich education system, and the skills, knowledge, values, and ways of thinking that teachers will need to have to support students’ social, emotional, and intellectual development in a digital learning environment. Research Design This analytic essay reviews and synthesizes research on learning in a digital environment, providing theoretical framework for understanding the changing landscape of learning in technology-rich environments and the consequent changes in teacher preparation that this may entail. Conclusion We explore the influence of educational technologies on teaching and teacher preparation by looking at three kinds of learning technology: digital workbooks that help students learn basic skills through routine practice; digital texts, such as ebooks, virtual museums, and learning games, that provide students with mediated experiences; and digital internships that simulate real-world practices, helping students learn how to solve problems in the ways that workers, scholars, and artists in the real world do. We examine the extent to which these technologies can assume different aspects of teachers’ traditional functions of assessment, tutoring, and explication. We argue that increased use of these and other digital learning technologies could allow teachers to provide more nuanced curricula based on their students’ individual needs. In particular, teachers will likely assume a new role, that of a coordinator who provides guidance through and facilitation of the learning process in individual students’ social, intellectual, and emotional contexts. We suggest this may require changes to teacher preparation and in-service professional development to help both new and experienced teachers succeed in an ever-changing digital learning environment, as well as new methods of evaluating teacher performance that account for more than student achievement on standardized tests. Interesting things happen along borders—transitions—not in the middle where everything is the same. —Neal Stephenson, Snow Crash


2011 ◽  
pp. 309-320
Author(s):  
Shellie Hipsky ◽  
Lindsay Adams

Cyber schools for K-12 students are growing in number. It is vital that appropriate strategies are devised in order to meet the needs of students with exceptionalities. The PA Cyber Charter School serves 353 students who have Individualized Education Plans. Parent surveys were thematically analyzed and revealed six predominant themes, including communication, interests, focus, less-stigma from the special education label, education differences in comparison to other methods, and cyber school shortcomings. The study also utilized the action research model to determine and present the techniques and strategies that are working in the PA Cyber Charter School for their students with special needs. Teacher-tested documents included in the Appendix were based on the study, and a model for special needs strategies in the cyber learning environment has been established through this article.


Author(s):  
Petek Askar ◽  
Arif Altun ◽  
Kagan Kalinyazgan ◽  
S. Serkan Pekince

This chapter introduces the development of a K-12 education ontology for e-learning environments. It presents design and implementation processes, followed by several recommendations for future directions for ontology development. E-learning environments incorporate the notion of semantic Web-based ontologies into their future directions. Semantic Web uses ontologies to show the interconnectedness in a Web environment. Within the concept of semantic mapping, domain ontology is at the core of intelligent e-learning systems. In order to achieve an ontology for K-12 education, the authors propse a domainspecific ontology PoleONTO (Personalized Ontological Learning Environment) with the emphasis on its development and incorporation into an e-learning environment.


Author(s):  
Petek Askar ◽  
Kagan Kalinyazgan ◽  
Arif Altun ◽  
S. Serkan Pekince

This chapter introduces the development of a K-12 education ontology for e-learning environments. It presents design and implementation processes, followed by several recommendations for future directions for ontology development. E-learning environments incorporate the notion of semantic web based ontologies into their future directions. Semantic web uses ontologies to show the interconnectedness in a web environment. Ontologies are being developed in order to decrease the annotated amount of markup and increase the reliability of using computational (intelligent) agents. Within the concept of semantic mapping, domain ontology is at the core of intelligent e-learning systems. In order to achieve an ontology for K-12 education, the authors propse a domain-specific ontology PoleONTO (Personilized Ontological Learning Environment) with the emphasis on its development and incorporation into an e-learning environment.


Author(s):  
Sebastian Foti

The author describes the work of Dr. Mary Budd Rowe and the establishment of an early learning object databases. Extensive training with K-12 educators left two lingering issues about learning object library implementation: the question of granularity, and the perceptual chasm between developers of learning object libraries and the practitioners who will ultimately retrieve the objects. An examination of Dr. Rowe’s projects, including Science Helper K-8, Culture & Technology, and Enhanced Science Helper provides insight into possible barriers to success when teachers use learning object libraries as a tool for lesson planning. An intelligent lesson-planning tool that populates a student-centered learning environment is proposed as a possible solution to overcome such barriers.


Author(s):  
Elizabeth A. Anderson

The measurement of online latent constructs, such as student engagement, have mimicked the measurement of these constructs in traditional, brick-and-mortar learning environments. For brick-and-mortar K-12 schools and online K-12 schools there are challenges that need to be addressed to establish a measure with support for validity. Measurement in an online learning environment has different accessibility and data collection requirements. The online learning environment lends itself well to the use of student behaviors to measure latent constructs, including student engagement. The behaviors of students in an online learning environment are regularly documented. This chapter will delve into the ways latent constructs, using student engagement as an example/case study, are currently being measured in the K-12 online learning environment and alternatives to these measures mimicking traditional brick-and-mortar measures.


Author(s):  
Michael Corry

<p class="2">The purpose of this study is to examine graduation and dropout rates for Hispanic or Latino K–12 students enrolled in fully online and blended public school settings in Arizona.  The independent variables of school type (charter vs. non-charter) and delivery method (fully online vs. blended) were examined using multivariate and univariate methods on the dependent variable’s graduation and dropout rates for Hispanic or Latino students.  The results of this research study found a statistically significant difference when using multivariate analysis to examine school type (charter vs. non-charter) and delivery method (fully online vs. blended) on graduation and dropout rates.</p><p class="2">This finding warranted further univariate examination which found a statistically significant difference when examining delivery method on dropout rates.  A comparison of mean dropout rates shows that Hispanic or Latino students involved in K–12 online learning in Arizona are less likely to drop out of school if they are in a fully online learning environment versus a blended learning environment.  Students, parents, teachers, administrators, instructional designers, and policy makers can all use this and related research to form a basis upon which sound decisions can be grounded.  The end result will be increased success for Hispanic or Latino online K–12 students not only in Arizona schools, but in many other important areas of life.</p>


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