Design and Development of Virtual Autopsy System for Teaching Medical Undergraduates

In recent decades, the utilization of autopsies as a teaching tool in undergraduate medical education is facing many challenges due to the nature of the medico legal issues. Aside from that, school closures and remote or hybrid learning environments manifested during Covid-19 pandemic have created more challenges for educators. Students are missing out the autopsy-based teaching, which provide various advantages. Moreover, it is difficult to assess students in ways that encourage and empower them to progress. Fortunately, the technology has the potential to provide a virtual museum with an interactive cadaver of several case studies, each with its own history and narrative beside, quizzes and assessments that give educational reasoning, analyze and track the user's learning. The objective of this research is to establish a virtual system for teaching the basis of Forensic medicine to medical students. The system is developed as a web based system, moreover this research uses Agile development approach as the methodology for this system development, the platform is developed to provide a single platform for material, assessment and feedback. Therefore, including 3 stages of the teaching and learning process, the system include scope for educators and learners as well. © 2022 IEEE.

Augmented Reality-Based COVID-19 SOP Compliance: Social Distancing Monitoring and Reporting System based on IOT

The outbreak of the coronavirus, COVID-19, has been officially declared a pandemic by the WHO since the beginning of 2020, as there are 175 million confirmed cases along with 3.78 million deaths globally as of April 2021. Because physical contact that occurs daily critically accelerates the spread of this disease, a new Standard Operating Procedure (SOP) was specially designed to control civilians' outdoor social activities through large-scale social distancing methods. Individuals who violate the order will be fined with a compound of not more than RM 1,000 or a jail term of not more than six months or both. This paper presents a mobile application which aims to help civilians control their physical distance towards other individuals, to accelerate social distancing and flatten the curve of increasing cases. In this era where smart devices are largely accessible by people of all backgrounds and age groups, this project can make use of the modern technology that found in the smartphones to notify users and also enable them to monitor the other individuals to avoid physical contact from each other. This project also provides two different types of mediums in order to monitor the distances of users, first mediums is by utilizing the Bluetooth sensor as a beacon that allows users to know if there are other Bluetooth-enabled devices which are too close in contact. Another medium is visually enabling the users to monitor their distance in the physical location based on the camera module through the Augmented Reality. This paper is also analyses some of the methods used in previous projects in the field of information technology which were used to monitor and detect civilians' social distancing patterns. © 2021 IEEE.