Development and Evaluation of an Interactive 360 Degree Video for Biomedical Instrumentation Course

Muhammad Syamil Rozmi, Marzita Hj Mansor
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Abstract

In the age of globalisation, the educational system has undergone digital transformations in tandem with technological advancements. This change has aided in the creativity of teaching and learning, which is no longer centred on using conventional ideas to aid in students' learning. For the majority of skills, especially engineering, practical experience is appropriately accompanied by theoretical knowledge as part of educational requirements. However, it has been impossible for students to acquire the necessary expertise due to expensive maintenance costs and restricted access to outside facilities. Due to the large number of studies concentrating on 360-degree video as a supporting solution, this project has taken the initiative to investigate the use of 360-degree video as a learning aid, recognising the importance of offering supporting solutions for student learning. As a result, the goal of this project is to develop and evaluate an interactive 360-degree video for the Biomedical Instrumentation course based on the ADDIE instructional model to aid in students' learning. In order to create instructional tools that achieve the optimal educational goal among diploma students of Electronics Engineering (Medical) in Sultan Salahuddin Abdul Aziz Shah Polytechnic, this study modified three learning models and used the ADDIE instructional model. 30 students took part in the evaluation phase by completing the System Usability Scale (SUS) questionnaire to rate the usability of the interactive 360-degree video. Based on the study's overall findings, the majority of students gave the developed interactive 360-degree video system good scores for usability, well-integrated features, and fast learning with the use of an interaction interface. Overall, the findings indicated that the development process of an interactive 360-degree video system was a success, and that it is easily integrated and usable as a digital educational tool for teaching and learning.
生物医学仪器课程交互式360度视频的开发与评价
在全球化时代,随着科技的进步,教育系统也经历了数字化转型。这种变化促进了教学和学习的创造性,不再以使用传统观念来帮助学生学习为中心。对于大多数技能,特别是工程,作为教育要求的一部分,实践经验适当地伴随着理论知识。然而,由于昂贵的维护费用和限制使用外部设施,学生们不可能获得必要的专业知识。由于大量的研究集中于360度视频作为辅助解决方案,本项目主动调查360度视频作为学习辅助工具的使用,认识到为学生学习提供辅助解决方案的重要性。因此,本项目的目标是开发和评估基于ADDIE教学模式的生物医学仪器课程的交互式360度视频,以帮助学生学习。摘要本研究针对苏尔坦Salahuddin Abdul Aziz Shah理工学院电子工程(医学)专业毕业班学生,修正三种学习模式,并采用ADDIE教学模式,以创造能达到最佳教育目标的教学工具。30名学生通过完成系统可用性量表(SUS)问卷来评估交互式360度视频的可用性,参与了评估阶段。根据研究的总体结果,大多数学生认为开发的交互式360度视频系统在可用性、良好集成的功能和使用交互界面的快速学习方面得分很高。总体而言,调查结果显示,互动360度视频系统的开发过程是成功的,它很容易集成和可用作为教学和学习的数字教育工具。
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