<![CDATA[Pranala Digital Transmaritim Ltd, a company specialising in ship application development, has traditionally conducted its quality control (QC) processes manually using third-party applications. This approach has resulted in duplicated efforts during QC testing and limited flexibility in testing templates. This study aims to design and develop a web-based Quality Control system that centrally integrates the entire ship software testing workflow for four distinct user roles: Manager, Tester, Developer, and Administrator. The development method employed the Prototype Model, executed through the Initial Requirements, Design, Prototyping, and Customer Evaluation stages across two iterations, prior to the final development phase utilising the Laravel framework and a MySQL database. Functional testing, conducted using the Black Box Testing method with an Equivalence Partitioning approach, achieved a 100% success rate, with all 54 test scenarios passing successfully. Software quality evaluation based on the ISO/IEC 25010 standard, involving nine internal respondents, yielded an overall suitability score of 91.19%, categorised as Excellent. The detailed scores were as follows: Functional Suitability at 92.44%, Usability at 90.51%, and Performance Efficiency at 90.56%. The resulting system successfully eliminates the dependency on the previous QC application by providing a real-time monitoring dashboard, automating notifications, and generating QC reports in PDF format, thereby rendering the QC process significantly more efficient and structured. ]]>
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