Educational Methods Commons^™

Editors & Editorial Board

Journal of Vincentian Social Action

No abstract provided.

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Journal of Vincentian Social Action

No abstract provided.

Beyond Behavior, Craig C. Laupheimer

Scholarship and Engagement in Education

Teaching to engage students with Attention Deficit Hyperactivity Disorder (ADHD) can inspire the whole classroom and make teaching and learning engaging and exciting. Although teachers and students alike face a challenging educational landscape, much can be done to empower students with special needs. Teaching with the whole classroom in mind with an emphasis on hands on, explorative and inspirational learning experiences to accommodate for these students strengthens and causes student engagement and agency. This article highlights the challenges and potential breakthroughs possible for classroom instruction specifically where the ADHD student is concerned and looks towards teaching mindfulness and empowerment as …

Effective Interventions For Improving Reading Accuracy And Fluency In Children With Dyslexia, Carlea A. Winkler

Scholarship and Engagement in Education

There are a vast number of instructional strategies for teaching students with dyslexia, but successful approaches all share a few key components including, a high degree of structure, intensive and explicit instruction, and a low student to teacher ratio. Additionally, most research-backed strategies fall into one of two categories: programs that target phonological awareness, and programs that target orthographic pattern recognition and morphology. Numerous studies on phonological awareness training and orthographic pattern recognition training have showed positive results. However, more research is needed to understand why some children fail to make significant gains even with intensive intervention, and what factors …

Yorba Times: Special Edition On Safety, Noah Asher Golden, Facundo Acevedo, Jesse Alonzo, Henessy Arana, Leslie Arriaga, Michelle Brait, Amy Chau, Ashley Diaz, Jeremiah Dille, Sierra Durand, Beberly Espinoza, Elora Estes, Lesley Fernandez, Darshan Gamma, Cassandra Garcia, Karla Garcia, Yasmin Garcia, Neko Gianquinto, Gisselle Gonzalez, Jacob Gonzales, Sakina Jaffery, Adrianna Herrera, Allie Hoch, Victoria Hulett, Anthony Jaimes, Leilani Lagunes, Sandra Loredo, Kate Markey, Joshua Marmolejo, Faith Martin, Melissa Medina, Layla Melendez, Dylan Moses, Michaela Moses, Brooklynn Payne, Michelle Perez, Brianna Quirarte, Ieleen Ramirez, Edwin Reyes, Jehu Sandoval, Jaqueline Ramirez, Jonathan Sanchez, Nathalie Sanchez, Christopher Santibanez, Kaylin Seeley, Genevieve Stothers, Miranda Valdez, Christopher Velasquez

Yorba-Chapman Writing Partnership Anthology of Journalistic Writing

During the Spring 2016 semester, Dr. Noah Asher Golden's Teaching of Writing K-12 students partnered with the Journalism class at Yorba Academy for the Arts. Through collaboration over a four-month period, Chapman's future teachers and Yorba's junior high journalists engaged a deep writing process to write a series of features, editorials, and news articles, all connected in some way to the overarching theme of safety. Thank you to Ms. Andrea Lopez, Ms. Tracy Knibb, and the Lloyd E. and Elisabeth H. Klein Family Foundation for supporting this project.

Use Of An Lms In Undergraduate Business Communications Courses, Arlene J. Nicholas

Faculty and Staff - Articles & Papers

Does the current college population embrace the use of technology for classwork? They may be devoted users of text messaging, Facebook and even Google, but do they take advantage of the learning tools created for their specific coursework? Does it advance their knowledge or understanding of course objectives? The cost for the university licensing, faculty and staff effort to create, upload, troubleshoot and maintain is considerable. A small case study of Business Communication students who used a learning management system (LMS) was conducted. Analysis of this study and other recent research in this pedagogical method will be reported.

Habits Of Mind In The Classroom: Threshold Concepts, Instructional Philosophy, And Sotl, Alicia S. Hansen, Brad Petitfils Ph.D.

Staff publications

Students performing research in higher education, especially at the undergraduate level, is a progressively dazzling task in the universe of digital and print resources. Using sound pedagogy to create student confidence in approaching research, hand in hand with creating scholarship, is a challenge tackled well by librarians and teaching faculty together.

We will discuss three theories and their place in research methods, using ACRL’sFramework for Information Literacy as context. First, Mezirow’s Transformative Learning Theory. Second, Perry’s Epistemology of Learning: moving a student’s absolute belief in all things defined by authority toward a belief in his own values and …

Conceptual Understanding: A Concept Analysis, Susan Mills

The Qualitative Report

The term conceptual understanding was analyzed to determine how educators can help students attain understanding in a concept based curriculum. The investigator sought to establish what salient dimensions and conditions supported conceptual understanding. A dimensional analysis of the term conceptual understanding was employed through a review of the literature in mathematics, science, psychology, and nursing education. The salient dimensions of conceptual understanding were identified as: factual and procedural knowledge, connections, transfer, and metacognition. The supporting properties included: meaningful learning activities, memorization, and misconceptions. The results substantiate conceptual understanding as a process. When this process is utilized by nurse educators, students …

The Effects Of Simulations On Global Empathy, Chad Raymond, Stephanie Jacques, Alisia Medeiros

Faculty and Staff - Articles & Papers

The learning outcomes for college curricula typically emphasize the development of a greater understanding of and empathy for people who come from diverse cultural backgrounds. In this research project the Alexandrian Inventory, a pretest/posttest survey instrument, was administered to undergraduate students to examine which simulations used in two courses were associated with the greatest changes in students’ global empathy. An analysis of the data did not reveal a clear, statistically significant association between the simulations and empathy indicators.

Effects Of A Short-Duration Online Simulation On Global Empathy, Chad Raymond, Sally Gomaa

Faculty and Staff - Articles & Papers

In an investigation of whether a particular instructional method is associated with greater global empathy among students, undergraduates were exposed to information about Haiti through lecture, news video, or an online game that simulated life in Haiti. Our hypothesis was that students would exhibit greater global empathy after playing the interactive online simulation than they would after hearing the lecture or watching the videos. Average scores for survey questions varied according to the instructional method, as did students behavioral responses during the experiment, but the variations were not statistically significant. A larger sample, a longer duration experiment, or the exclusion …

Promoting Global Empathy And Engagement Through Real-Time Problem-Based Simulations: Outcomes From A Policymaking Simulation Set In Post-Earthquake Haiti, Chad Raymond, Tina Zappile, Daniel J. Beers

Faculty and Staff - Articles & Papers

We introduce a real-time problem-based simulation in which students are tasked with drafting policy to address the challenge of internally displaced persons (IDPs) in post-earthquake Haiti from a variety of stakeholder perspectives. Students who participated in the simulation completed a quantitative survey as a pretest/posttest on global empathy, political awareness, and civic engagement, and provided qualitative data through post-simulation focus groups. The simulation was run in four courses across three campuses in a variety of instructional settings from 2013 to 2015. An analysis of the data reveals that scores on several survey items measuring global empathy and political/civic engagement increased …

Pre-College Deaf Students’ Understanding Of Fractional Concepts: What We Know And What We Do Not Know, Keith Mousley, Christopher Kurz

Journal of Science Education for Students with Disabilities

Mathematical knowledge and skills are crucial to success in academics and the workplace. The Common Core State Standards emphasizes fraction teaching and learning in elementary school. This mixed-method study explores fraction concept understanding among 14 deaf and hard of hearing participants between the ages of 8 and 16, as quantitatively measured by their ability to describe the properties of fractional numbers, convert between fractional numbers and their visual representations, and determine the order and equivalence of fractional numbers. Furthermore, the qualitative study was supplemented by interviews with the deaf participants and surveys with their parents and teachers to examine use …

Fostering An Inclusive Stem Workforce, Cary A. Supalo Dr.

Journal of Science Education for Students with Disabilities

The following keynote address was delivered by Dr. Cary A. Supalo at the 2015 Training Workforce and Development and diversity conference which is one of the divisions that is part of NIH’s general medical sciences. This conference was attended by over 500 program directors from all of the T32 sponsored projects in 2015. This presentation discussed the importance of a full inclusive STEM workforce that includes persons with disabilities

6.0.B Discussion Historical Idea Of Heat As Substance, Christopher F. Bauer

Day 06 Feb 10 Gas properties and laws. Historical ideas about heat.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

6.0.C.1 Hands-On Phase Properties Of Gases, Christopher F. Bauer

Day 06 Feb 10 Gas properties and laws. Historical ideas about heat.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

6.0.A Daily Outline, Christopher F. Bauer

Day 06 Feb 10 Gas properties and laws. Historical ideas about heat.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

6.0.C.2 Hands-On Phet Phase Properties, Christopher F. Bauer

Day 06 Feb 10 Gas properties and laws. Historical ideas about heat.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

The Myth Of Mobile Learners, Matt Farrell

Faculty & Staff Publications - Language & Liberal Studies

An emerging body of literature suggests that there are benefits to incorporating mobile learning into higher education (Jacob & Issac, 2007; Mehdipour & Zerehkafi, 2013). Moreover, teaching and learning resources implore faculty to incorporate mobile learning into their classrooms (Baran, 2014). Despite the apparent momentum, mobile learning is far from being widely adopted. This presentation will discuss a recent research project at Fanshawe College that explored student and faculty attitudes about mobile learning. The project found little appetite for an expanded use of mobile learning approaches. While mobile learning could provide more creative opportunities for engaging with course material, significant …

3.0.C Hands-On Liquid Nitrogen, Christopher F. Bauer

Day 03 Jan 29 The thermometer. Chemothermal sensation.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

Turning To Case Studies As A Mechanism For Learning In Action Learning, Denise O'Leary, Paul Coughlan, Clare Rigg, David Coghlan

Articles

Case studies are a useful means of capturing and sharing experiential knowledge by allowing researchers to explore the social, organisational and political contexts of a specific case. Although accounts of action learning are often reported using a case study approach, it is not common to see individual case studies being used as a learning practice within action learning sets. Drawing on a network action learning (NAL) project, this paper explores how the process of coaching, articulating, authoring, sharing and editing case studies provided a vehicle for learning and research within a NAL set. The intended contribution of this paper to …

5.0.A Daily Outline, Chris F. Bauer

Day 05 Feb 05 Simulation of Particulate model for gases. Kinetic Molecular Theory

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

5.0.D Materials Day 5 Compressibility And Charles Law, Chris F. Bauer

Day 05 Feb 05 Simulation of Particulate model for gases. Kinetic Molecular Theory

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

5.0.C.1 Hands-On Gas Law Experiments, Chris F. Bauer

Day 05 Feb 05 Simulation of Particulate model for gases. Kinetic Molecular Theory

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

5.0.C.2 Hands-On Kinetic Theory Simulation, Chris F. Bauer

Day 05 Feb 05 Simulation of Particulate model for gases. Kinetic Molecular Theory

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

1.0.G Message End Of Class Day 1, Chris F. Bauer

Day 01 Jan 20 Introduction to inquiry. Temperature perception.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

1.0.H Question Bank Jan 20 Sensation, Chris F. Bauer

Day 01 Jan 20 Introduction to inquiry. Temperature perception.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

3.0.B Discussion Thermometer Development, Christopher F. Bauer

Day 03 Jan 29 The thermometer. Chemothermal sensation.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

3.0.A Daily Outline, Christopher F. Bauer

Day 03 Jan 29 The thermometer. Chemothermal sensation.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

1.0.C Hands-On Temperature Sensation, Chris F. Bauer

Day 01 Jan 20 Introduction to inquiry. Temperature perception.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

1.0.B Discussion Syllabus And Expectations, Chris F. Bauer

Day 01 Jan 20 Introduction to inquiry. Temperature perception.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.