Universal design in anatomy education: A pathway to inclusive learning
Year: 2024
Type: article
Abstract: BACKGROUND Conventional anatomy teaching, using models, cadavers, and standard digital tools, often assumes that students engage in the same way, dismissing the diversity in their backgrounds, learning styles, and personal abilities. This one-size-fits-all strategy creates a significant gap in addressing the individual needs of students, particularly those with disabilities or different learning styles. There is an urgent need for universal design (UD) to reshape anatomy instruction, providing flexible, adaptable, and accessible learning alternatives that allow all students to fully engage with and succeed in the subject, regardless of their unique problems or abilities [1,2]. This letter aims to emphasize the significance of integrating UD principles into anatomy teaching to create a more adaptable and inclusive learning environment for all students. Importance of universal design for anatomy education Anatomy requires visual and tactile learning, forcing students to understand complex three-dimensional (3D) structures and spatial relationships. Conventional pedagogical approaches could cause difficulties for students with visual impairments, mobility difficulties, or learning disabilities like dyslexia. Moreover, increasing diversity among students, including variations in cultural and educational backgrounds, necessitates more inclusive strategies [3]. UD provides a variety of engagement, communication, and visualization techniques to help students overcome learning barriers. Adapting to students’ needs and preferences enhances learning for all students, not just those with disabilities [2]. In anatomy education, the principle of multiple means of representation emphasizes the use of different resources to express structure and function, such as photographs, dissections, and models. To support students who may struggle with spatial understanding, augmented reality (AR) and 3D models can provide alternative ways of grasping complex concepts. In addition, students who process information differently can benefit from text descriptions, voice aids, and closed captioning to promote their learning experience [4,5]. The principle of multiple means of action and expression focuses on offering the students various ways to demonstrate their understanding of anatomy. Traditional methods, such as written examinations, oral presentations, or dissections, can be complemented by virtual simulations or oral examinations. These alternatives are particularly helpful for students with fine motor skill challenges or those who prefer working with digital models instead of physical dissections to process information more effectively [6,7]. Finally, the principle of multiple means of engagement highlights the importance of fostering student engagement by helping them connect with the curriculum in meaningful ways. In anatomy education, this can be achieved through case-based learning, storytelling, and problem-solving, all of which accommodate a range of student interests. By offering choices such as group projects, interactive simulations, or individual study, educators can motivate students and enhance their engagement in the learning process [1,6,7]. Examples and case studies AR tools, such as Microsoft HoloLens, provide an interactive way for students to explore 3D models of the human body, offering a highly accessible and inclusive platform for learning. This technology is particularly beneficial for students with disabilities and demonstrates UD in action by providing multiple ways to represent and interact with information [4]. Additionally, platforms like visible body and complete anatomy offer virtual dissection laboratories, which provide a detailed and interactive alternative to traditional cadaver dissections. These tools are accessible to students with physical or sensory challenges and offer an ethical, inclusive option for those who may be uncomfortable with cadaver dissections [8]. Furthermore, anatomy programs inspired by UD often incorporate adaptable assessment techniques. These may include flexible assessment options, such as verbal presentations of case studies or virtual practical examinations, allowing students to showcase their knowledge in ways that align with their strengths and abilities [1,2]. CONCLUSION Implementing UD in anatomy education is a challenge due to technological costs and educator training. The benefits of an inclusive, accessible learning environment exceed these challenges. By adopting UD principles, anatomy instruction may adapt to the unique requirements of all students, making learning enjoyable and successful. Financial support and sponsorship Not applicable. Conflict of interests No conflict of interests declared.
Author: Mohamed Ahmed Eladl
Institution: University of Sharjah
Language: English
Subfield: Biomedical Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: diamond
OpenAlex ID: W4403379186