6-2 Activity- Create a System Test Plan

Module 6-2 Activity: Create a System Test Plan Elisa Lagarde Southern New Hampshire University IT 304 Systems Requirements and Implementation Planning December 5, 2025 IT 304 Test Plan Template Test Plan Components Responses A comprehensive testing protocol will be employed to verify that the system operates correctly and aligns with Millennia HealthCenter’s specifications. Initially, unit tests will confirm the functionality of individual components, including login, data entry, and interface actions. Integration tests will subsequently ensure seamless interaction among system modules. System testing will assess overall performance in an environment simulating actual production, while acceptance testing will Test Procedures and Strategy provide stakeholders with assurance that business requirements and usability standards are satisfied. What kind of tests will be completed during the testing phase? What are the tasks that need to be completed in the Performance testing will measure the system’s capability testing phase? How will each testing task be completed? to manage varying levels of demand, and security testing will ascertain the effective protection of sensitive health information in accordance with HIPAA regulations. User interface testing will validate that the platform is intuitive and accessible. All testing procedures will adhere to established test cases, with outcomes documented as pass or fail; automated scripts will be utilized where appropriate, and manual testing will be reserved for complex scenarios such as user interface and acceptance evaluations. IT Personnel Which kind of professional staff will be needed to complete each task? Task Dependencies and Timeline When will the tasks be completed, and what are the task dependencies? Test Data What test data will be gathered and collected from completing the testing tasks? A successful testing effort requires a diverse team of professionals, including test engineers who design and run test cases, developers who address bugs found during testing, and a QA manager who oversees the process to ensure alignment with business and industry standards. Business analysts contribute by verifying that the tests support business goals and user needs, while security experts check for vulnerabilities and confirm adherence to security protocols. UI/UX specialists evaluate the interface for usability, and a project manager ensures the entire testing process remains on schedule, within scope, and properly coordinated. Testing will commence as soon as development begins and is projected to last around 4–6 weeks overall. The first phase is unit testing, carried out right after each module is developed. Once all modules have successfully completed unit testing and are put together, integration testing will take place. Next is system testing, which evaluates the entire solution and generally requires the longest duration. Following that, acceptance testing lets end-users check the system in a staging environment. Performance and security tests will be run alongside system testing, while UI testing will proceed during acceptance testing. Running multiple test types at the same time helps reduce the total project timeline. The system will require multiple categories of data for comprehensive testing. Functional tests will utilize elements such as test accounts, anonymized patient records, and sample transactions to verify that essential features operate as intended. Performance testing will employ data sets designed to replicate various usage scenarios, ranging from typical activity to high demand with 500–5,000 concurrent users. For security evaluation, logs and controlled test data will be analyzed to identify vulnerabilities in authentication, encryption, and data storage processes. Acceptance testing will incorporate actual user input and real-world scenarios to confirm that the system adheres to all business requirements. Several ethical challenges may emerge during testing. If bugs are found after completing several test tasks, they must be resolved right away, particularly if they affect system performance, patient care, or user privacy. It would be unethical to approve the system for deployment before all major problems are addressed. Maintaining transparency with stakeholders about the progress of Reflection testing, any delays, and timelines for fixing bugs is vital, What ethical decisions will you have to make during the and all issues—along with their solutions—should be testing phase? (See activity prompt for guiding questions.) thoroughly documented. Moreover, launching without finishing the complete test plan would be irresponsible, as it could compromise patient safety, data protection, and compliance with legal standards. Cutting corners or rushing the process might allow serious flaws or vulnerabilities to go unnoticed, which could lead to system malfunctions, data leaks, or legal troubles.