DEVELOPMENT OF ERP MODULE FOR QUALITY ASSURANCE IN MASS PRODUCTION

Autor: Sajovic, Matjaž
Přispěvatelé: Lenart, Gregor
Jazyk: slovinština
Rok vydání: 2016
Předmět:
Zdroj: Maribor
Popis: V diplomski nalogi je opisano reševanje problema zagotavljanja kakovosti v podjetju, ki ima naročniško proizvodnjo. Problematičen je vzporedni način prevzemanja prvega kosa proizvodnega naloga, saj ni enakovredno porazdeljena odgovornost med tri pregledovalce, hkrati pa tudi ni zagotovljena ustrezna informacijska podpora. V prototipni rešitvi ERP modula za zagotavljanje kakovosti v serijski proizvodnji je predlagan zaporedni način prevzemanja pregleda prvega kosa proizvodnega naloga. Izboljšava procesa prevzema prvega kosa v proizvodnjo je podana v obliki BPMN modela prenovljenega procesa. Prenovljeni proces bi informacijsko podprli s predlagano prototipno rešitvijo ERP modula za zagotavljaje kakovosti v serijski proizvodnji, ki je prikazana v obliki zaslonskih slik, ki so bile oblikovane s programsko rešitvijo Microsoftovega Excela. This diploma thesis presents the solving of production quality control problem in large corporation. The main issue is a simultaneous take – over of the first piece of the production order for quality inspection which causes responsibility to not been equally shared between three quality supervisors. This quality control inspection for first piece is not properly supported by IT support. The proposed solution is presented in form renewed BPMN process model. The renewed process is proposed to be supported by prototype solution of the ERP module for quality assurance in mass production. The renewed process incorporates a sequence mode for quality control inspection of fist piece of production order. Renewed process is proposed to be supported by prototype solution of ERP module for quality assurance in mass production which was developed in the form of series of screen forms. The prototype solution was developed by using of Microsoft Excel tool for designing data field layout on screen form.
Databáze: OpenAIRE