Teaching Innovation and Creativity, or Teaching to the Test?

A Description of Required NAPLEX Preparation Courses Among US Pharmacy Programs

OBJECTIVE

One of the final tasks for pharmacy graduates to enter practice is passing the North American Pharmacist Licensure Examination (NAPLEX). Given the recent national declines in pass rates, programs are making significant investments of time and money in NAPLEX preparation. The objective is to characterize the structure and content of required NAPLEX preparation courses.

METHODS

A survey on NAPLEX preparation practices was developed and distributed to all Accreditation Council for Pharmacy Education-accredited pharmacy schools. NAPLEX preparation course syllabi were also collected as part of this survey. Syllabus information was summarized into 4 elements: course structure, content, resources, and assessment strategies.

RESULTS

Of 144 colleges/schools of pharmacy, 100 responded to the survey, 87 reported having a NAPLEX preparation program, and 47 reported having a NAPLEX preparation course. Twenty syllabi were collected. Most courses (14) were longitudinal through the Advanced Pharmacy Practice Experiences year, 16 were credit-bearing, and 19 included a vendor NAPLEX preparatory product. Fourteen courses were hybrid delivery, and 12 focused on licensure preparation and included test-taking strategies, calculations practice, case-based discussions, etc. All 20 courses reported using unproctored timed quizzes and practice examinations, half conducted proctored timed assessments, and 11 included written reflections and/or continuous professional development activities. Most courses were pass/fail (15), and high stakes (16) were defined by delayed or withheld graduation as a consequence for failure. Only 3 of 20 NAPLEX preparation courses were mapped to NAPLEX competencies.

CONCLUSION

Although required NAPLEX preparation courses focus on assessments, the content is infrequently mapped to NAPLEX competencies. This project provides some information on how schools might create their own NAPLEX preparatory courses.

Effects of using superheroes in an undergraduate human anatomy curriculum

Students often find human anatomy courses to be difficult due to the large amount of content covered at a fast pace, which can result in students failing to retain pertinent information. Superheroes are at the forefront of today's popular culture, with many students identifying with specific characters. Utilizing aspects of students' lives, or their agency, that they can resonate with in the classroom, such as their interests in superheroes or personal connections to fictional characters, may help drive students' motivation to learn course content. This study investigated if the use of superheroes in an anatomy curriculum helped undergraduate students learn, apply, and improve their anatomical knowledge. Two courses at The Ohio State University-Columbus Campus, one with a superhero-based curriculum and one with a traditional anatomy curriculum were compared over three semesters using quizzes and survey data. Results from this project found that the use of superheroes/pop culture in anatomy education is an effective way to teach content. The study also showed that most students found the use of superheroes increased their motivation to learn, helped them gain a deeper understanding of the material, and helped them find the content more approachable and enjoyable. In summary, anatomy curricula can still be taught and explained through these creative and "marvel"-ous examples as it can help students connect the material to their own agency and drive motivation to learn.

Effectiveness of an analogy-containing video project to reinforce pharmacy students' learning of kidney physiology

BACKGROUND AND PURPOSE

Kidney physiology is one of the most difficult topics covered in health professions education. This study examined the effectiveness of an analogy-containing video project to reinforce pharmacy students' knowledge of kidney physiology.

EDUCATIONAL ACTIVITY AND SETTING

Students were assigned in groups to create a video that used analogy to explain kidney physiology processes. Survey responses, a rubric, and an objective test were used to assess the project's effectiveness.

FINDINGS

Students generated various analogies, such as making tea or coffee, cars and roads, and the college application process to explain kidney physiology. Most of the submitted videos successfully met all criteria in the rubric. All students believed that the project was effective, to varying degrees, in reinforcing their knowledge. Weak to moderate positive correlations were found between time spent on the project and perceived effectiveness of use of analogy to accomplish most of the learning objectives investigated. Students reported that the project engaged both lower- and higher-order cognitive skills. Quiz score analysis showed higher average scores of students on physiology-related questions compared to non-physiology items. Notably, this improvement was most marked for bottom-performing students. About 60% of students recommended the use of videos as a class assignment, but only 50% believed that they should be used as an alternative to quizzes.

SUMMARY

An analogy-containing video project effectively reinforced student learning of kidney physiology. Further studies are needed to verify the effectiveness of this technique compared to other didactic and learning approaches.

Effect of product-based pedagogy on students’ project management skills, learning achievement, creativity, and innovative thinking in a high-school artificial intelligence course

The purpose of this study is to explore the effectiveness of product-based pedagogy (PBP) on students’ creativity and innovative thinking in artificial intelligence (AI) education. A seven-step model (i.e., phenomenon, problem, plan, prototype, product, presentation, price) in accordance with PBP was proposed, in which the key function of the product as a linkage between creativity and innovation was emphasized. A total of 209 students from a major high school in South China were randomly assigned to a treatment group with PBP and a control group with direct instruction. Results indicated no significant difference was found in students’ learning performance; however, students in the treatment group performed significantly better than the control group in terms of students’ project management skills, creativity, and innovative thinking. This research validates the feasibility and effectiveness of the PBP and highlights its advantages for high-school AI education, which indicates a new direction for cultivating creative and innovative talents.

The Need for Disruptive Innovation in Pharmacy

Disruptive innovation became a buzz phrase in the mid-1990s in the business world. In this commentary, the application of this term to pharmacy within the context of the current status of pharmacy education and practice, highlighting barriers, discussing requirements, and identifying implications for future innovative opportunities in pharmacy is discussed.