20.500.12556/DKUM-95511 Analiza računalniško podprtih sistemov za načrtovanje proizvodnje diplomsko delo Analysis of computer-aided production planning systems V digitalni dobi, kjer podjetja stremijo k zniževanju stroškov, krajšanju časov in vsesplošni avtomatizaciji in optimizaciji postopkov, postaja uporaba ustrezne programske opreme za načrtovanje proizvodnje ključnega pomena. Na trgu je veliko število naprednih programskih rešitev s področja načrtovanja proizvodnje, ki ponujajo raznolike in razpršene funkcije preko brošur, dokumentacij in spletnih strani, hkrati pa je njihova modularnost in konfiguracija ponudbe lahko nejasna. Zbiranje vseh teh podatkov dela analizo programske opreme zamuden in dvoumen proces. Kar analizo še dodatno otežuje je dejstvo, da so podatki, ki jih najdemo na internetu, skoraj vedno marketinško gradivo, ki nam pove vse kar program ima, vendar ne česar nima. Podjetjem, kot so start-upi ali tista, ki želijo migrirati na nove rešitve na področju načrtovanja proizvodnje, bi zaradi omenjenih težavnosti koristil strnjen pregled in medsebojna primerjava programske opreme na enem mestu, kot smernice za izbiro ustrezne programske opreme, glede na prioritete, potrebe ter učinke implementacij, ki jih postavljajo v ospredje. Da omogočimo celosten pregled in strukturirano analizo moramo oblikovati model analize z ključnimi funkcijami, ki se sklicujejo na učinke implementacij, ki jih bo podjetje doseglo z izbiro posameznega programa. V končni analizi ocenimo in argumentiramo posamezne funkcije programskih rešitev ter imamo hkrati v mislih tudi omejitve in smiselnost implementacije posameznih rešitev za podjetja različnih obsegov in kompleksnosti. To bomo najbolje dosegli, če opisno analizo na koncu še nadgradimo z matriko kriterijev in SWOT analizo. Sploh pa se ob hitrem razvoju umetne inteligence naprednost rešitev eksponentno povečuje, zato lahko že splošen pregled ponudbe predstavlja zanimiv pogled v trenutno stanje in smernice razvoja na tem področju In the digital age, where companies strive to reduce costs, shorten lead times and overall automation and optimization of processes, the use of appropriate production planning software is becoming crucial. There is a large number of advanced production planning software solutions on the market that offer diverse and scattered functions through brochures, documentation and websites, while their modularity and configuration can be unclear. Collecting all this data makes software analysis a time-consuming and ambiguous process. What further complicates the analysis is the fact that the data found on the internet is almost always marketing material that tells us everything the software has but not what it does not have. For companies such as start-ups or those wishing to migrate to new solutions in the field of production planning, a concise overview and mutual comparison of software in one place would be useful as guidelines for selecting the appropriate software according to the priorities, needs and effects of implementations that they put in the foreground. To enable a comprehensive overview and structured analysis we must design an analysis model with key functions that refer to the effects of implementations that the company will achieve by choosing an individual program. In the final analysis we evaluate and argue individual functions of the software solutions while also keeping in mind the limitations and the meaningfulness of the implementation of individual solutions for companies of different sizes and complexity. We will achieve this best if we upgrade the descriptive analysis at the end with a criteria matrix and SWOT analysis. Especially with the rapid development of artificial intelligence the advancement of solutions is increasing exponentially therefore even a general overview of the offer can represent an interesting insight into the current state and development trends in this field. Računalniško podprto načrtovanje proizvodnje CAPP sistemi digitalna infrastruktura avtomatizacija postopkov Fusion SolidCAM NX CAM Computer-aided production planning CAPP systems digital infrastructure process automation Fusion SolidCAM NX CAM. true true false [P. Lisec] Slovenski jezik Angleški jezik Diplomsko delo/naloga 2025-09-23 14:28:27 2026-04-01 11:13:03 2026-04-14 03:09:13 0000-00-00 00:00:00 2025 0 Maribor 0 Maribor 1 spletni vir (1 datoteka PDF (X, 71 str.)) 0000-00-00 NiDoloceno NiDoloceno NiDoloceno 0000-00-00 0000-00-00 0000-00-00 658.512:004(043.2) 275000323 UN_Lisec_Primoz_2025.pdf UN_Lisec_Primoz_2025.pdf 1 26D5B9D29F4D9194205DE871F43D9168 a0bf4cbbebc89d1989df0b3a5fd28c761ba972fde4fdf8ca9c1041f9406dc253 c9074882-b0de-11f0-a66e-00155d000105 https://dk.um.si/Dokument.php?lang=slv&id=200179 Fakulteta za strojništvo 0 0 0