NUGRASYAH, AMRILLAH and Mohruni, Amrifan Saladin (2019) APPLICATION OF PRODUCT QUALITY ASSURANCE IN MANUFACTURE, CASE STUDY IN MECHANICAL ENGINEERING DEPARTMENT SRIWIJAYA UNIVERSITY. Master thesis, Sriwijaya University.
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Abstract
The industrial revolution 4.0 era is a phase of change where the manufacturing industry uses the internet for all activities in digital form. One of the challenges of industrial revolution 4.0 in manufacturing industries is for designing a monitoring and evaluation system for Product Quality Assurance (PQA) based on the Internet of Things (IoT) that is useful for monitoring whole the production process star from raw materials until become a product and to ensure that it has met the standart of quality and predetermined product specification standards. In the field of education,in education tertiary especially, it also can not escape from the 4.0 industrial revolution development. The Education Law mandates that a university not only conduct academic activities but also carry out Academic Quality Assurance (AQA) to maintain and improve the quality of higher education. in a planned and sustainable manner. conducted through the establishment, implementation, evaluation, control and improvement of the standards of Higher Education. Based on the similarity of the concepts of PQA and AQA, this study will design and apply web-based AQA in Mechanical Engineering Department Sriwijaya University in accordance with the standards of the National Accreditation Agency for Higher Education (BAN-PT) in 2019, AQA Web designed using the Hypertext open source web programming language The Pre-processor (PHP) and open source database My Structured Query Language (MySQL) with interface connections uses the concept of Representational State Transfer (REST) architecture applied in the use of Application Programming Interfaces (API) and for web display settings using template and Cascading Style Sheets (CSS). The processed data in this web AQA comes from the Mechanical Engineering Department Sriwijaya University internal data in the form of master data that has been grouped based on entities and attributes in the form of alpha numeric or pdf and also external data in the form of REST API from Information and Communication Technology Technical Implementation Unit (UPT ICT) of Sriwijaya University. The AQA web dashboard design has access rights which are arranged into 3 parts consisting of super admin, study program and reviewer admin. The dashboard display of 3 menus level on the left,consisting of 3 menus level where the display has the same typical as the applications that already exist at Sriwijaya University. AQA web is designed on web hosting who located on Sriwijaya University’s servers and for server-side security access is done using the Virtual Private Network (VPN) interface. The MySQL AQA Web database is designed using PhpMyAdmin with the Laravel framework for structuring codebase and folders by using the model view controller to organize files and folder structures. Whereas for php coding is done on app, * .env, resources and routes. The AQA’s web dashboard display is designed by using CSS, accessing the server via File Transfer Protocol (FTP). The Dashboard designing results can access and filter the academic data. Accessing the academic data can be done comprehensively, partially and individually. The data accessed can be a combination of internal data, external or both. Now,only around 5% of the data that can be retrieved through the REST API interface because the REST API data is unavailable and for security of data, the REST API provided by UPT ICT is still on dummy. But the AQA Web system designed has been prepared to support data using the REST API. The academic data screening can be done on AQA Web includes lecture’s and student academic data. The data filtering is done by combining information requests in the form of a combination of data attributes using Boolean logic ‘AND‘ and ‘OR’. The data and information displayed by AQA Web that has been designed can be used as a support system for decision making for the department. This AQA Web design can also display data and information in accordance with the study program performance criteria table according to BAN PT which consists of 9 accreditation criteria with 24 of standards.
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