Education Commons^™

Engaging Fyc Students With Quality Work Design, Candace Deal

Master of Arts in Professional Writing Capstones

Students learn at deeper levels when engaged with their work; however, engaging students in writing is one of the biggest challenges all composition teachers face. This qualitative study asked Kennesaw State University students to describe the work in English 1101 and English 1102 that they found meaningful and engaging. The data collected was then aligned with research about engaging students in grades K-12 based on the work of Phillip Schlechty. Results from this study reveal that many of the same engagement qualities identified by Schlechty have application in the FYC classroom for engaging students and improving learning.

The Sciences Of Learning, Instruction, And Assessment As Underpinnings Of The Morningside Model Of Generative Instruction, Elizabeth M. Street, Kent Johnson

All Faculty Scholarship for the College of the Sciences

This paper focuses on a subset of the practices that have created the powerful learning technology developed and disseminated by Morningside Academy in Seattle, Washington, U.S.A. We briefly describe this technology, known as the Morningside Model of Generative Instruction, and tell how it builds on the selectionist approach of B. F. Skinner and the pragmatic approach of John Dewey. We also describe the critical role Precision Teaching plays at Morningside Academy and its dependence on findings from the science of learning and the science of instruction, including placement of learners, task analysis, content analysis, instructional protocols, and principles of instructional …

A Whole New Engineer, David Goldberg, Mark Somerville

Mark Somerville

A Revolution Is Coming. It Isn’t What You Think. This book tells the improbable stories of Franklin W. Olin College of Engineering and the iFoundry incubator at the University of Illinois. That either one survived is story enough, but what they found out together changes the course of education transformation forever: How trust is key to unleashing young, courageous engineers. How engineers need to move from a narrow technical education to one that actively engages six minds. How emotion and culture–not content, curriculum & pedagogy–are the crucial elements of change. How all stakeholders can collaborate to disrupt the status quo.status …

Tech Edge Student Rubric Grades 2-3, Laurie A. Friedrich, Guy Trainin

Research and Evaluation in Education, Technology, Art, and Design

This rubric can be used to evaluate formative and summative assessments of technology integrated products across the curriculum for grades 2-3.

Tech Edge Student Rubric Grades 4-5, Laurie A. Friedrich, Guy Trainin

Research and Evaluation in Education, Technology, Art, and Design

This rubric can be used to evaluate formative and summative assessments of technology integrated products across the curriculum for grades 4-5.

Nurturing Play-Makers & Active Investigative Agents: Schwartz Tag, Good Video Games And Futures Of Jewish Learning, Owen Gottlieb

Articles

How can an experiential approach to education, in combination with a games-based orientation, help us reach often-elusive educational goals? In many ways the study of games and game design bring us back to tenets of education that we have long known, including the benefits of self-directed learning and project-based work. Games-based design and learning may provide a way to shift the discussion from “What should an educated Jew know?” to “How does a learner develop a taste for Jewish learning and living?”

Understanding Student Motivation: A Key To Effective Curriculum Design, Jonathan Stolk

Jonathan Stolk

This chapter explores student motivation as a potential key to the success of today's college curricula. It argues that curriculum designers and instructors could benefit from developing a more nuanced view of motivation - one that extends beyond the labeling of individuals as "motivated" or "unmotivated." Designing curricula that help students develop self-motivation for learning is an achievable goal, but one that involves several steps. First, instructors need to change their thinking about motivation and develop the knowledge to more accurately characterize student motivational responses. Second, instructors need to develop the ability to explain how classroom variables link to specific …

Problem-Based Learning (Pbl) In The College Chemistry Laboratory: Students’ Perceptions Of Pbi And Its Relationship With Attitude And Self-Efficacy Beliefs, Lloyd Madalitso P. Mataka

Dissertations

A convergent mixed methods research study was used to investigate whether or not students who participated in the problem based learning (PBL) environment improved their self-efficacy beliefs (SEBs) in and attitudes toward chemistry. The study also investigated the students’ views of the PBL environment. The Chemistry Attitude and Experience Questionnaire (CAEQ) was used as a pre- and post-test to determine changes in students’ attitudes and SEBs. The PBL Environment Inventory (PBLEI) was used to investigate students’ views of the PBL environment. Confirmatory factor analysis was used to re-validate both instruments with the study group: students in general chemistry laboratories at …

Slow Edtech: Pedagogical Principles, Collaborative Explorations, And Persistent Challenges, Peter Taylor, Felicia Sullivan, Jeremy Szteiter

Working Papers in Critical, Creative and Reflective Practice

This article describes two “Slow EdTech” initiatives, using this label to denote a focus on learning and the development of capacities for learning along with a mindful approach to the uptake of new digital tools that become available. One initiative, dating from 2001, is a set of guidelines about specific situations and specific ways in which specific educational technologies are of significant pedagogical benefit. The other, dating from 2013, is online Collaborative Explorations (CEs) for moderate-sized open online collaborative learning. The tools and processes used in CEs for inquiry, dialogue, reflection, and collaboration are designed to be readily learned by …

Students’ Perceptions Of Academic Self-Efficacy And Self-Regulation While Learning In A 1:1 Laptop Environment, Joan M. Carraher

Department of Teaching, Learning, and Teacher Education: Dissertations, Theses, and Student Research

1:1 Laptop initiatives continue to grow throughout Nebraska schools. There are many questions regarding their effectiveness in improving student learning, justifications for expenses, and the process to guide such an initiative.

The purpose of this case study was to explore students’ perceptions of academic self-efficacy and self-regulation while learning in a 1:1 district where students in grades 7 through 12 have 24/7 access to a school-issued laptop. Students in their first (8^th grade) and third-year (10^th grade) of learning in a 1:1 environment at a Nebraska school district participated in this study. Data was collected from an online …

From ‘Sage On The Stage’ To ‘Guide On The Side’: A Good Start, Charles D. Morrison

Music Faculty Publications

While the now-clichéd shift from ‘sage on the stage’ to ‘guide on the side’ that characterizes the changing role of teachers is a good start, it is just that – a start. In this paper, I argue for a detailed look at the concomitant shift in the role of students, as they leave the world of passive recipients and join the ranks of active participants in the teaching-learning nexus. The paper discusses the problematic conflation of the terms ‘information’ and ‘knowledge’ that surfaces in consideration of the shifting roles of teachers and students, and argues that, in addition to defining …

The Use Of Apps To Prime Learning For A Verbal Task, Christina Frederick, Devin Liskey, Daniel Brown

Publications

This study tested whether or not children’s memory performance would be affected by stimulating brain activity by completing a verbal puzzle task or a non-verbal puzzle task prior to a verbal learning task.

Teaching Laboratory Courses Using Distance Learning Technologies, Steve C. Hsiung, John Ritz

Engineering Technology Faculty Publications

Conducting laboratory activities is essential for teaching and learning in engineering and technology subjects. This article discusses explorations made by a research team to find solutions to enable the distance-learning delivery of laboratory courses on embedded microcontroller technology topics. In addition, this article includes a review of videoconferencing and course management tools, uniquely designed laboratory equipment and supporting curriculum materials, and statistical evidence showing students can learn technical laboratory content in distance-learning environments.