20.500.12556/RUL-162784 Automation possibilities of requirements checking for digital building permits issuing when introducing IFC standard master thesis Možnosti za avtomatizacijo preverjanja zahtev za izdajo digitalnih gradbenih dovoljenj ob uvedbi standarda IFC magistrsko delo Compliance checks play a crucial role in the process of building permitting as it ensures the quality of the designs of building submitted for construction. In addition to being the most important step in the process, it is also the most complicated one as it involves great technical expertise to thoroughly check all the details in the drawings and models against the standard regulations. Although most of the steps in the building permitting process is digitalised and automated, the compliance checking process is manual, in most countries, which makes the process time taking and exhausting for the experts, creating a need for the automation. Some studies have developed BIM-integrated compliance checking methods in the past few years, which are utilised in some parts of the world, but the need for a framework that is accessible and interoperable is still present. The work in this dissertation follows a mixed approach research methodology to automate the compliance checking process with the integration of open BIM standards like IFC (Industry Foundation Classes) and IDS (Information Delivery Specification). With the incorporation of theoretical study and practical application, the dissertation aims to design and develop a workflow to check the information of IFC files against the general regulations of building standards. The aim is to provide an efficient and practical solution for regulatory compliance checking in the process of building design and permitting. To analyse the effectiveness and limitations of the developed framework, it is demonstrated on a real-world scenario with the general regulations and project prototype in the context of Nepal. The results indicate its practical adaptability along with some challenges providing opportunity for future advancements. Preverjanja skladnosti igrajo ključno vlogo v postopku pridobivanja gradbenih dovoljenj, saj zagotavljajo kakovost projektov za gradnjo. Poleg tega, da je najpomembnejši korak v procesu, je tudi najbolj zapleten, saj vključuje veliko tehničnega znanja za temeljito preverjanje vseh podrobnosti v načrtih in modellih glede na standardne predpise. Čeprav je večina korakov v postopku izdaje gradbenih dovoljenj digitaliziranih in avtomatiziranih, so postopki preverjanja skladnosti v večini držav ročni, zaradi česar je postopek za strokovnjake dolgotrajen in naporen, kar ustvarja potrebo po avtomatizaciji. Nekatere študije so v zadnjih nekaj letih razvile integrirane metode preverjanja skladnosti BIM, ki se v nekaterih delih sveta že uporabljajo, vendar je potreba po sistemskih rešitvah, ki so dostopne in interoperabilne, še vedno prisotna. V tej nalogi smo raziskali možnosti za avtomatizacijo postopka preverjanja skladnosti z integracijo odprtih standardov BIM, kot sta IFC (Industry Foundation Classes) in IDS (Information Delivery Specification). Z vključitvijo teoretičnega študija in praktičnih primerov uporabe je cilj naloge oblikovati in razviti potek dela za preverjanje informacij v datotekah IFC glede na splošne predpise gradbenih standardov. Cilj je zagotoviti učinkovito in praktično rešitev za preverjanje skladnosti s predpisi v procesu gradbenega projektiranja in pridobivanja dovoljenj. Za analizo učinkovitosti in omejitev razvitega ogrodja je prikazan na scenariju resničnega sveta s splošnimi predpisi in prototipom projekta v kontekstu Nepala. Rezultati kažejo na njegovo praktično prilagodljivost skupaj z nekaterimi izzivi, ki zagotavljajo priložnost za prihodnji napredek. master thesis civil engineering building permit compliance checking magistrska dela gradbeništvo gradbeno dovoljenje BIM IFC IDS openBIM skladnost preverjanje true false false [A. Karn] Angleški jezik Slovenski jezik Magistrsko delo/naloga 2024-09-27 08:46:13 2024-09-27 08:46:15 2025-08-08 13:42:51 0000-00-00 00:00:00 2024 0 Ljubljana 2024 Ljubljana 1 spletni vir (1 datoteka PDF (XVIII, 94 str.)) 0000-00-00 NiDoloceno NiDoloceno NiDoloceno 0000-00-00 0000-00-00 0000-00-00 004:351.778.511(043.2) 165448 209619203 16827.pdf 16827.pdf 1 ED7F776BFE06A903D9BC04F3169DB7A9 bbc519b77071df43d4f72fdddf3c53edda99059efca677fd19c5938943cdce85 1166ae39-7c9c-11ef-b232-0050569b8976 https://repozitorij.uni-lj.si/Dokument.php?lang=slv&id=192210 Fakulteta za gradbeništvo in geodezijo 0 0 0