Education Commons^™

Effects Of An Interprofessional Simulation Activity To Improve Students' Perceptions Of Other Healthcare Professions, Chase Raymond Poulsen

STEMPS Theses & Dissertations

Healthcare professionals have historically been educated and trained by members of their own profession within a curriculum that reinforces their individual discipline-specific strengths. This differentiation has contributed to students having little interaction with other professionals until after they have entered the workforce and consequently little formal education in collaboration or integration. The purpose of this mixed-method study was to evaluate the impact of an interprofessional (IP) collaborative activity on student's perceptions of the others discipline for the improvement in care of medical patients.

The sample population consisted of students from two programs, nursing (n=40) and respiratory therapy (n=33). Students were …

The Effects Of Group Size On Student Learning, Student Contributions, \Mental Effort, And Group Outcomes For Middle-Aged Adults Working In An Ill-Structured Problem-Solving Environment, Gary Lee Roemmich

STEMPS Theses & Dissertations

Group work has become increasingly important within adult education as educators strive to present students with problems and processes that they encounter in their professional lives. In many work environments, individuals are expected to function as a part of a team to solve complex problems. Consequently, there has been a shift towards teaching students how to solve problems as part of a group rather than individually. An important question becomes "What size group maximizes students learning?" This study compared student learning, student participation levels, and mental effort for middle-aged, professional students in large (six students) and small groups (three students) …

In Search For Instructional Techniques To Maximize The Use Of Germane Cognitive Resources: A Case Of Teaching Complex Tasks In Physics, Yekaterina Sliva

STEMPS Theses & Dissertations

The purpose of this study was to introduce an instructional technique for teaching complex tasks in physics, test its effectiveness and efficiency, and understand cognitive processes taking place in learners' minds while they are exposed to this technique. The study was based primarily on cognitive load theory (CLT). CLT determines the amount of total cognitive load imposed on a learner by a learning task as combined intrinsic (invested in comprehending task complexity) and extraneous (wasteful) cognitive load. Working memory resources associated with intrinsic cognitive load are defined as germane resources caused by element interactivity that lead to learning, in contrast …