Question
COVID-19 Vaccine Rollout Management System The State has plans to develop a Covid-19 Vaccine Rollout Management System (CVRMS) that will help the government to facilitate
COVID-19 Vaccine Rollout Management System
The State has plans to develop a Covid-19 Vaccine Rollout Management System (CVRMS) that will help the government to facilitate the COVID-19 vaccination process across the country.
The digital system will be used in the vaccine roll-out to begin in early February this year. It will allow people to register to be vaccinated by providing personal details such as age, and health information including comorbidities, etc. This will essentially create an electronic health record that will track demographics, the dosage taken by a person, the health facility that administered the vaccination, as well as vaccination records issued to individuals. People will be categorized as essential and non-essential workers.
Officials will systematically arrange vaccination sites and daily doses based on the number of registered persons. They will also prioritise the people to be vaccinated based on these numbers. People receiving the vaccine will be verified [by officials] during the vaccination process, and records of how many people were vaccinated at a particular site will be kept.
The system will also track the vaccine packs and the vehicles transporting it to ensure its safety as vaccine theft has become prevalent in the country. There will be tracking and tracing of the vaccine using barcode scanning as well as the safe and secure disposal of these packaging, vials and data verification linked to the volumes that have been submitted.
The system will send notifications for follow-up appointments to individuals to receive their second dose and a track-and-trace network will exist for those who do not get their second shot. The main intention of introducing this system is to reduce the manual work at health facility counters. Quicker processing of the vaccine rollout would mean better service to patients. It will also help in easing the complexity of maintaining the records manually and thus less time will be wasted on follow-ups.
Anti-vaxxers will also be allowed to register and state the reasons for their unwillingness to take the vaccine. All citizens who are vaccinated will be placed on a national register and given a vaccination card. The system will also generate daily and periodic reports.
Te 10114% 16:38 X ISY34AT Assi... : Saved on device FRUULLWWLJETTUR 147 1.1.2 DESCRIPTION OF SYSTEM MAJOR FUNCTIONAL AREAS /COMPONENTS (6) 3 1.1.2.1 List and describe the functional areas 3 3 1.1.2.2 Draw a diagram representing the functional areas 3 1.1.3 BUSINESS BENEFIT (2) 1.2 BUSINESS MODELING (10) 3 1.2.1 Business process model 3 2. REQUIREMENTS MODELLING [50] 3 2.1 USE CASE MODELLING 3 2.1.1 Apply event decomposition technique to identify uses cases of your selected subsystem. (10) 3 2.1.2 Use CRUD technique to identify additional use cases that were not identified in 2.1.1. (5) 3 2.1.3 Develop a use case diagram to capture the identified use cases. (5) 3 2.1.4 Assignment of use cases to team members for assignment 2. 3 2.2 DOMAIN CLASS DIAGRAM 3 2.2.1 Develop a domain class diagram from the list of classes/things in the case study. (10) 3 2.3 CRUD MATRIX 3 2.3.1 Develop crud table to verify thes cases and domain classes in 2.1 respectively. (10) 2.4 STATE MACHINE DIAGRAM 3 Te 10114% 16:38 X ISY34AT Assi... : Saved on device FRUULLWWLJETTUR 147 1.1.2 DESCRIPTION OF SYSTEM MAJOR FUNCTIONAL AREAS /COMPONENTS (6) 3 1.1.2.1 List and describe the functional areas 3 3 1.1.2.2 Draw a diagram representing the functional areas 3 1.1.3 BUSINESS BENEFIT (2) 1.2 BUSINESS MODELING (10) 3 1.2.1 Business process model 3 2. REQUIREMENTS MODELLING [50] 3 2.1 USE CASE MODELLING 3 2.1.1 Apply event decomposition technique to identify uses cases of your selected subsystem. (10) 3 2.1.2 Use CRUD technique to identify additional use cases that were not identified in 2.1.1. (5) 3 2.1.3 Develop a use case diagram to capture the identified use cases. (5) 3 2.1.4 Assignment of use cases to team members for assignment 2. 3 2.2 DOMAIN CLASS DIAGRAM 3 2.2.1 Develop a domain class diagram from the list of classes/things in the case study. (10) 3 2.3 CRUD MATRIX 3 2.3.1 Develop crud table to verify thes cases and domain classes in 2.1 respectively. (10) 2.4 STATE MACHINE DIAGRAM 3
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