While the number of students using web-based social networks has increased, the effects of such networks on education have been unclear. Therefore, this research used a case study approach to study the relationship between social connectivity and the use of Facebook in a higher education classroom as well as the relationship between age and the use of Facebook. The intent was to understand the perceived impact of the use of a social media tool on bonding, bridging, and linking. The conceptual framework was built around the theories of social capital of Lin, Portes, Putnam, and Woolcock. The research questions addressed how the use of Facebook impacted social connectivity as part of the required interactions in a traditional undergraduate classroom and how different generations used Facebook in that setting. A self-selected sample of 13 out of 13 potential participants was used to acquire demographic data and to capture learner perceptions of their Facebook experience by way of a questionnaire and a focus group. NVivo10 content analysis software used thematic coding derived from multiple close readings of the collected data to surface relationships supporting the presence of social capital. The results indicated that learners' use of Facebook influenced bridging, bonding, and linking within the classroom; however, learners wanted to keep their academic social networking separate from their personal use. The study also noted how students from different generations use Facebook in different ways. Understanding the role of social media tools may assist in innovative curriculum development that employs social networking tools, as well as help faculty determine how to use such tools to create a deeper learning experience for students.

As with traditional healthcare providers, emotional-social intelligence (ESI) plays a role in the holistic practitioner-client relationship. It is important to determine if students in holistic healthcare programs increase their ESI, and subsequently better serve their clients. The purpose of this quantitative, quasi-experimental study was to determine if online education can develop students' ESI at levels similar to that of traditional programs. This study is based on the theory of ESI and transformative learning theory. The sample consisted of 95 students in an online program and 61 in a traditional program. Multiple linear regression, ANCOVA, and Pearson Correlation's were used to explore the relationships between the independent variables professional standing, program delivery method, program progress, and number of classes with elements consistent with transformative learning theory, and the dependent variable emotional-social intelligence, as measured by the EQ-i 2.0 survey. The results of the study revealed no significant differences in the development of ESI between online and traditional methodologies, except within the self-expression category, for which online was higher. The number of transformative classes taken had no effect on the dependent variable. The positive social change implications of this study include a better understanding of the development of ESI for holistic healthcare, which could lead to a greater potential for success, as well as being better able to contribute to the stability of their communities through meeting the needs of those seeking their services. In addition, determining the relationship between transformative theories of learning and ESI development may assist in creating courses better suited to increasing students' ESI.

The ability to perform local anesthesia on dental patients is an important clinical skill for a dental hygienist. When learning this procedure in an academic situation, students often practice on their peers to build their skills. There are multiple reasons why the peer practice is not ideal; consequently, educators have sought the means to simulate the practice of local anesthetic procedures without endangering others. Mixed-reality technologies offer a potential solution to the simulated procedure problem. The purpose of this research was to determine if students could learn the techniques for providing local anesthesia using a mixed-reality system that allows them to manipulate 3D objects in virtual space. Guiding research questions were: In what ways do using 3D objects allow for a greater understanding of anatomical, spatial, and dimensional acuity? Will students develop conceptual understandings regarding the application of anatomical and technical concepts through iteration? Will students demonstrate the proper technique and verbalize a level of confidence for administering local anesthesia after using the mixed-reality system? Design-based research methods allowed for multiple iterations of design, enactment, analysis, and redesign. The first iteration focused on building a knowledge base for designing and developing virtual reality technologies for use in dental hygiene education. The second phase of research increased in technical sophistication and involved a virtual system that allowed for student interaction and manipulation of 3D objects. The interactions supported students' learning through the association of anatomical, spatial, and dimensional acuity. Built-in learner prompts promoted the understanding and identification of anatomical landmarks for performing an injection for the lower jaw. Further, the system promoted self-controlled practice and iterative learning processes. Redesign and development in the final iteration focused on design improvements of the system that included an output metric for assessing student performance, a data glove, and a marker to assist in following student interactions. Results support that students learned "while doing" in a specific immersive environment designed for dental hygiene education and they increased their level of confidence for performing a specific procedure.

Online learning research is largely devoted to comparisons of the learning gains between face-to-face and distance students. While student learning is important, comparatively little is known about student satisfaction when engaged in online learning and what contributes to or promotes student satisfaction. Emerging research suggests there are a few strong predictors of student satisfaction, and other predictors that may or may not predict student satisfaction. None of the existing research examines predictors together, or statistically controls for course differences. This study examines the influence of various factors on student satisfaction including three types of interaction, Internet self-efficacy, and self-regulated learning. Participants (N = 180) include both undergraduate and graduate students attending exclusively online classes in education. Students responded to an online survey adapted from several different scales. A pilot test of the survey and procedures showed strong validity and reliability for the sample. To control for course differences, data analysis focused on a hierarchical linear model (HLM) with student and class level variables. Results indicate learner-instructor interaction and learner-content interaction are significant predictors of student satisfaction when class-level variables are excluded. Of the class-level predictors, only the program from which the course was offered moderates the effect of learner-content interaction on student satisfaction. There is no direct impact of class-level predictors on student satisfaction. Learner-content interaction is the sole significant predictor when class-level predictors are added to the model. Supporting analyses for the HLM, results, limitations, and significance of the findings are reported and discussed.

One learning problem is that public understanding of science is limited. Many people blame at least part of the problem on the predominant lecture approach for students' lack of science understanding. Current research indicates that more active instructional approaches can improve student learning in introductory undergraduate biology courses. Active learning may be difficult to implement because methods and strategies, ranging from in-class collaborative problem-solving to out of class multimedia presentations, are diverse, and sometimes difficult to implement. Merrill's First Principles of Instruction (hereafter referred to as "First Principles" or "First Principles of Instruction") provides a framework for implementing active learning strategies. This study used First Principles of Instruction as a framework for organizing multiple active learning strategies in a web-based module in an introductory biology course. Participants in this exploratory study were university students in Life Sciences 1350, an introductory biology course for nonscience majors. Students were randomly assigned to use either the module using First Principles of Instruction (hereafter called the First Principles module) or the module using a more traditional web-based approach (hereafter called the traditional module) as supplementary instruction. The First Principles module implemented several active learning strategies and used a progression of whole problems and several demonstration and application activities to teach the topic of "microevolution," defined as the study of how populations evolve and change over time. The traditional module implemented a more traditional web-based approach, providing information and explanations about microevolution with limited examples. This exploratory study's results showed that the learning gain from pretest to posttest at the remember level was significant for the traditional group at alpha = .05 and was significant for the First Principles group at alpha = .1. In addition the pretest to posttest gain at problem solving for the First Principles group was significant at alpha = .05. When students rated their confidence in solving future problems, those in the First Principles group were significantly more likely to predict future success at alpha = .1.

This systematic review paper reviews instructional strategies for online developmental mathematics courses offered at post-secondary institutions. Adaptive learning technology was thoroughly reviewed as an intervention strategy. Success rates and other data from studies are compared to draw conclusions about the most effective instructional strategies for teaching online developmental mathematics. The following databases were used to examine literature in the subject area: Elton B. Stephens Co. (EBSCOhost), Educational Resources Information Center (ERIC), ProQuest, Wiley - Blackwell Publishers, Journal Storage (JSTOR), and Gale Cengage Learning. These databases were selected from the NovaCat Online Library system via the Nova Southeastern University website. The documents reviewed in this research paper were used as data to give a diverse, concise quantitative and qualitative discussion of results for the comparison of the studies. The implications of this study may be useful to students, faculty, administrators, researchers, etc. The results of this systematic review showed adaptive learning technology’s assistive nature in course design and implementation. Strategies and course design were critical to the outcome of each study reviewed that incorporated adaptive learning technology. Further research is suggested to identify specific combinations of methodologies for most success completion rates of developmental mathematics courses offered at post-secondary institutions.

The ability to effectively manage learning design projects, consult with stakeholders (such as sponsors, subject matter experts, and learners), and direct projects to completion is a vital part of an instructional designer’s role. Although the need for project management education and experience is reiterated in the literature and in cross-industry instructional designer (ID) job postings, it was unclear how these professionals acquired and used project management skills and tools in their profession because project management is not a focus in many higher education programs intended to prepare instructional designers. The goal of this phenomenological study was to understand the lived experiences of practicing instructional designers as project managers. Results describe how instructional designers practice project management and the best practices, models, methods, tools, and technologies that they use to acquire and apply project management knowledge and skills in their learning design projects. Five themes emerged from the analysis: ID/Project Management (PM) Background, PM Role Characteristics, PM Challenges, PM Insights, and PM Recommendations. During the analysis process, 14 codes (each corresponding to a theme) were exposed. The ID/PM Background theme consisted of ID/PM-related Experience, PM Preparation, and PM Competencies. PM Role Characteristics included Primary Responsibilities, Models Used, and Tools Used. PM Challenges encompassed the PM Challenges and Avoid/Overcome PM Challenges codes. PM Insights comprised PM Preparation Feelings, PM Experience Feelings, and PM Models/Tools Feelings. The theme, PM Recommendations, included codes for PM Preparation Recommendations, PM Model/Tool Recommendations, and PM Recommendations. An examination of themes that emerged from the instructional designers’ stories, along with an exploration of the research questions yielded important findings. The study offers recommendations for academia and industry for preparing instructional designers to manage their projects in professional practice.

The use of computer technology in the field of education as an instructional component appears to progress :tn a limited fashion. The effectiveness of this new field of knowledge, not widely accepted or understood, needed to be studied in a pragmatic structure. This investigation of four middle school computer assisted mathematics laboratories studied the problem, "Is Computer Assisted Instruction (CAI), an alternative instructional medium, an effective method for the instruction of mathematics to first and second quartile middle school students" and "is it feasible to establish Computer Assisted Instruction laboratories in a public school district using incumbent teaching staff, physical facilities, and curriculum?" The purpose of this study was to determine the effectiveness of Computer Assisted Instruction as an alternative instructional medium in the middle school setting, using the drill and practice format as an instructional strategy. A secondary purpose was to investigate the modification needed in management of instruction, curriculum and staff for its implementation and the feasibility of CAl implementation in a school district.

The purpose of this phenomenological study is to understand student perceptions of social media as they relate to the programs of study for online graduate students participating in an educational leadership department (hereafter referred to as EDLR) in Tennessee. As institutions of higher education are being affected by declining enrollments, increasing tuition, rising numbers of nontraditional students, global events, and continuing budget cuts, understanding student perception of the educational experience is a fundamental element for understanding ways to address the uncertain future of higher education. Through a series of in-depth interviews, data were collected and analyzed to provide a framework of understanding for that question. This study explores social media usage by online graduate students enrolled in the EDLR program at a Tennessee university. Some of the key findings that the data illustrate are that the perception of paucity by EDLR in its social media affects student perceptions of inclusion and community. Participants may not be actively engaging in social media; they are often aware of it and many explain that they use social media outlets to keep abreast of class activities and each other. Participants also felt that online learning resources are more like prescribed assignments and lack the needed freedoms for open communication and social media did not invade their personal space.

Background: Researchers have revealed that among the reasons provided as barriers to the adoption of technology are: lack of technology resources, time, professional development and support (National Council for the Accreditation of Teacher Education, 1997; Parker, 1996; Sheldon & Jones, 1996; Sheldon & Jones, 1996; NCATE, 1997; Shelly, Gunter & Gunter, 2010, U.S. Congress, 1995). Several models used to explain the usage of technology within education such as the Technology Acceptance Model (TAM) have been somewhat ineffective in explaining or providing a holistic view of the factors that come into play when examining technology infusion and diffusion as they account for a limited percentage of variance (Legris, Ingham & Collerete, 2003; Pan, Gunter, Sivo & Cornell, 2005). Purpose: To better understand the choices that faculty members make in their use of educational technologies and media and to determine why some technologies such as blackboard have been widely adopted, but others have not. The following research question was formulated to guide the study: "Why do faculty members in higher education make the instructional choices they do with respect to educational technologies and media? Also, how can the use of Cultural Historical Activity Theory (CHAT), as a more robust framework, offer an increase in explanatory power to better enable the understanding of a multitude of factors that impact the adoption and use of certain media technologies? Setting: A technology rich department at a college of a large urban university in the Southeastern United States. Participants: Three faculty members who taught in the department. Research Design: Qualitative multi-site case study informed by Engeström's Cultural Historical Activity Theory (CHAT) (Engeström, 1987). Data Collection and Analysis: Document analysis, individual interviews, and laboratory and classroom observations provided data. Qualitative data analysis that employed qualitative inquiry research was informed by Creswell's "data analysis spiral" and Engeström's CHAT. Findings: Visits at the institution presented several of the key ideas in the CHAT framework including contradictions within the media selection activity and tensions at the primary, secondary, tertiary and quaternary levels. Additional themes included group work, autonomy, media as a tool to achieve learning goals, caring for students, early adopters, and relevance with current trends.