Individual and small batch production planning

V magistrskem delu smo na podlagi pregleda literature s področja planiranja proizvodnje in na podlagi analize obstoječega načina planiranja zasnovali nov način planiranja, ki vključuje predlog vpeljave normiranih proizvodnih časov v podjetju z maloserijsko proizvodnjo, pri kateri prevladujejo značilnosti individualne proizvodnje. Podjetje se ukvarja s proizvodnjo transformatorjev in vsako naročilo je obravnavano kot posamezen projekt. Planirane ure smo glede na zahteve podjetja določili na podlagi baze podatkov o porabljenem času pri preteklih izvedenih projektih ter na podlagi tehničnih podatkov, ki so znani že v zgodnji fazi projekta in smo jih uporabili kot izhodišče za mrežno planiranje z uporabo metode PERT. Iz rezultatov je vidno, da je novo predlagani sistem planiranja učinkovit in se realno približa dejanskemu času. Ker zajema komunikacijo s proizvodnim sektorjem, kontinuiran nadzor in sprotno izboljševanje, je to verodostojen sistem za planiranje normiranih proizvodnih časov.This Master\u27s thesis introduces a new planning method that proposes implementation of standard production times for a company with small batch production dominated by features of individual production. The new planning method was based on a literature review in the field of production planning, as well as an analysis of the existing planning method. In a company specializing in the production of transformers, each order is considered an individual project. In accordance with the company\u27s requirements, the planned hours were determined by utilizing a database of timelines for past completed projects, and technical data known at the early stage of the project. These technical data became the starting point for network planning using the PERT method. The results show that the newly proposed planning system is efficient and realistically close to actual time. By taking into consideration communication with the production sector, continuous monitoring and continuous improvement, the system proves to be reliable for planning standard production times