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Full-Text Articles in Pharmacy and Pharmaceutical Sciences
Using Embedded Assessments To Track Accreditation Standards And Generate Evidence-Based Curriculum Maps, Jane M. Souza
Using Embedded Assessments To Track Accreditation Standards And Generate Evidence-Based Curriculum Maps, Jane M. Souza
Pharmacy Faculty/Staff Publications
St. John Fisher College mined existing course-level assessments to address accreditation standards at the course, curricular, and student levels. This presentation demonstrated a strategy for coding existing test bank items to correspond to learning outcomes and accreditation standards and then using the data for multiple audiences. It also exemplified how an existing rich data source can simultaneously track student longitudinal progress, test bank item performance, and density of curriculum coverage. Strategies are offered to implement this embedded assessment approach to evidence-based curriculum mapping.
Embedded Assessment And Evidence-Based Curriculum Mapping: The Promise Of Learning Analytics, Jane M. Souza
Embedded Assessment And Evidence-Based Curriculum Mapping: The Promise Of Learning Analytics, Jane M. Souza
Pharmacy Faculty/Staff Publications
At Wegmans School of Pharmacy, we have adopted an embedded assessment approach to curriculum mapping and data collection on student learning outcomes achievement. In essence, we capture the data from the course level exams that our faculty members craft to measure student learning.
Student-Led Learning In The Pharmaceutical Sciences Curriculum, Melinda E. Lull, Jennifer L. Mathews, E. C. Jannetta, Christine R. Birnie
Student-Led Learning In The Pharmaceutical Sciences Curriculum, Melinda E. Lull, Jennifer L. Mathews, E. C. Jannetta, Christine R. Birnie
Pharmacy Faculty/Staff Publications
Objectives: A challenge of primarily didactic courses lies in keeping students engaged in a potentially monotonous learning environment. The objective of this study was to test the effectiveness of incorporating student-led activities into the pharmaceutical sciences curriculum. This alternative approach to traditional lecture-based learning allows for student engagement and ownership of materials. These activities were incorporated into P1 Pharmacology, Biosystems, and Calculations courses.
Methods: A variety of student-led learning activities were conducted in three courses (n=78 students). Following each activity, students were asked to participate in a survey rating the effectiveness, relevancy, productiveness, and overall impression of the activity using …