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- Computer Science Faculty Publications and Presentations (3)
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Articles 1 - 7 of 7
Full-Text Articles in Education
Designing Teacher Preparation Courses: Integrating Mobile Technology, Program Standards, And Course Outcomes, Serena Hicks, Devshikha Bose
Designing Teacher Preparation Courses: Integrating Mobile Technology, Program Standards, And Course Outcomes, Serena Hicks, Devshikha Bose
Curriculum, Instruction, and Foundational Studies Faculty Publications and Presentations
This discussion paper demonstrates the need for applying backwards design principles to already-existing course syllabi in order to embed technology alongside pedagogy in teacher preparation programs. The problem is first addressed as a need to integrate technology in one secondary course based on lack of proficiency demonstrated on multiple measures. A design framework that was implemented is then explained, including a step-by-step process for aligning mobile technology applications to course standards and outcomes. Challenges to the process are explored, as well as supports available for duplicating this work in other contexts. The paper concludes with steps the instructor is now …
Does Class Size Matter?: An Exploration Into Faculty Perceptions Of Teaching High-Enrollment Online Courses, Patrick R. Lowenthal, Rob Nyland, Eulho Jung, Joanna C. Dunlap, Jennifer Kepka
Does Class Size Matter?: An Exploration Into Faculty Perceptions Of Teaching High-Enrollment Online Courses, Patrick R. Lowenthal, Rob Nyland, Eulho Jung, Joanna C. Dunlap, Jennifer Kepka
Educational Technology Faculty Publications and Presentations
Class size has been a popular topic for decades. There is renewed interest in this topic now with the growth of online learning. Online courses can accommodate hundreds, if not thousands, of students in a single course. Very little research, though, has been conducted recently on class size in online courses and the research that has been conducted is mixed. As the demand for online courses increases, so likely will class size. In this exploratory study, we investigated the perceptions and experiences of 37 faculty teaching high-enrollment online courses. In the following article, we report the results of our inquiry, …
Review Of Educational Technology: Closing The Gap Between Modern Technology And The College Engineering Classroom, David Pinkerton, Krishna Pakala
Review Of Educational Technology: Closing The Gap Between Modern Technology And The College Engineering Classroom, David Pinkerton, Krishna Pakala
Mechanical and Biomedical Engineering Faculty Publications and Presentations
This paper aggregates information from past and current studies regarding the implementation of technology in engineering classrooms and identifies the most promising ideas, technologies, and techniques. This paper provides insight into best practices for implementing technologies to improve the education of engineering students. This paper provides recommendations to adopt non-traditional teaching methods. Educational tools and techniques are evaluated on the basis of: Adoption and Assimilation, Access, Community, Intellectual Presence, Student Perception, and Development of Social and Professional Skills. Best practices are highlighted with descriptions of the technologies and techniques that were found most promising.
How Emotional Self-Control Relates To It Mindfulness And Technostress In Students, Amy J. Connolly, Daniel Rush
How Emotional Self-Control Relates To It Mindfulness And Technostress In Students, Amy J. Connolly, Daniel Rush
IT and Supply Chain Management Faculty Publications and Presentations
Students in IT-intensive courses such as Introduction to MIS must learn new technologies in a short amount of time, similar to self-directed knowledge workers in a company. Technostress reduces employee performance, engagement and satisfaction, but how does it affect business students? Although emotional intelligence has profound effects on student outcomes, its relationship with technostress and IT mindfulness is unexplored. Instructors cannot design effective theoretically-based interventions without understanding the underlying problems that students are experiencing. To address this gap, this paper reviews current literature on these concepts and presents a research model to explore the effects of these relationships in business …
Pushing The Boundaries Of Participatory Design With Children With Special Needs, Jerry Alan Fails
Pushing The Boundaries Of Participatory Design With Children With Special Needs, Jerry Alan Fails
Computer Science Faculty Publications and Presentations
Despite its inherent challenges, participatory design (PD) has unique benefits when designing technology for children, especially children with special needs. Researchers have developed a multitude of PD approaches to accommodate specific populations. However, a lack of understanding of the appropriateness of existing approaches across contexts presents a challenge for PD researchers. This workshop will provide an opportunity for PD researchers to exchange and reflect on their experiences of designing with children with special needs. We aim to identify, synthesize and collate PD best practices across contexts and participant groups.
Here, There, And Everywhere: Building A Scaffolding For Children’S Learning Through Recommendations, Ashlee Milton, Emiliana Murgia, Monica Landoni, Theo Huibers, Maria Soledad Pera
Here, There, And Everywhere: Building A Scaffolding For Children’S Learning Through Recommendations, Ashlee Milton, Emiliana Murgia, Monica Landoni, Theo Huibers, Maria Soledad Pera
Computer Science Faculty Publications and Presentations
Reading and literacy are on the decline among children. This is compounded by the fact that children have trouble with the discovery of resources that are appropriate, diverse, and appealing. With technology becoming an evermore presence in children’s lives, tools that can minimize choice overload and ease access to online resources become a must. A powerful but underutilized tool in regards to children that could assist in this situation is a recommender system (RS). We posit that RS could be used to impact children’s learning, using them to not only suggest what children might like but what they need in …
The Seven Layers Of Complexity Of Recommender Systems For Children In Educational Contexts, Emiliana Murgia, Monica Landoni, Theo Huibers, Jerry Alan Fails, Maria Soledad Pera
The Seven Layers Of Complexity Of Recommender Systems For Children In Educational Contexts, Emiliana Murgia, Monica Landoni, Theo Huibers, Jerry Alan Fails, Maria Soledad Pera
Computer Science Faculty Publications and Presentations
Recommender systems (RS) in their majority focus on an average target user: adults. We argue that for non-traditional populations in specific contexts, the task is not as straightforward–we must look beyond existing recommendation algorithms, premises for interface design, and standard evaluation metrics and frameworks. We explore the complexity of RS in an educational context for which young children are the target audience. The aim of this position paper is to spell out, label, and organize the specific layers of complexity observed in this context.