When it comes to global economic development and employment opportunities, the building industry is crucial. Low productivity, a lack of innovation, and antiquated contractual processes are just a few of the obstacles that must be overcome. To combat these problems, businesses are adopting digital tools and the idea of Construction 4.0 to boost output, cut down on delays and costs, and tighten up on safety and efficiency. This thesis investigates the usage of Industry 4.0 tools including digital twinning, 3D virtual reality systems, cloud solutions, robotics, AI, smart contracts and blockchain in the building industry. Together, these tools and building information models (BIM) boost collaboration, building construction, and quality control on construction sites. The research looks at the possibility of automating payments, verifying data, and assessing building components via the use of smart contracts, blockchain, robots, and AI devices on construction sites. There is discussion of how modular construction and robotic inspection might help save costs and increase efficiency and safety without sacrificing quality or the environment. This thesis presents the benefits of combining autopayment smart contracts with building information modeling (BIM), robotics, artificial intelligence (AI) inspection, and construction processes via a virtual case study and survey analysis. The suggested novel integration approach increases construction productivity by standardizing project processes, increasing the precision of inspections, and reducing waste.
Quando si parla di sviluppo economico globale e di opportunità di lavoro, il settore dell'edilizia è fondamentale. Bassa produttività, mancanza di innovazione e processi contrattuali antiquati sono solo alcuni degli ostacoli da superare. Per combattere questi problemi, le imprese stanno adottando strumenti digitali e l'idea di Construction 4.0 per aumentare la produzione, ridurre i ritardi e i costi e rafforzare la sicurezza e l'efficienza. Questa tesi analizza l'uso degli strumenti dell'Industry 4.0, tra cui il gemellaggio digitale, i sistemi di realtà virtuale 3D, le soluzioni cloud, la robotica, l'IA, i contratti intelligenti e la blockchain nel settore dell'edilizia. Insieme, questi strumenti e i modelli informativi degli edifici (BIM) favoriscono la collaborazione, la costruzione di edifici e il controllo della qualità nei cantieri. La ricerca esamina la possibilità di automatizzare i pagamenti, verificare i dati e valutare i componenti dell'edificio attraverso l'uso di contratti intelligenti, blockchain, robot e dispositivi di intelligenza artificiale nei cantieri. Si discute di come la costruzione modulare e l'ispezione robotica possano aiutare a risparmiare sui costi e ad aumentare l'efficienza e la sicurezza senza sacrificare la qualità o l'ambiente. Questa tesi presenta i vantaggi della combinazione di contratti intelligenti di autopagamento con la modellazione delle informazioni edilizie (BIM), la robotica, l'ispezione con intelligenza artificiale (AI) e i processi di costruzione attraverso un caso di studio virtuale e l'analisi di un sondaggio. Il nuovo approccio di integrazione proposto aumenta la produttività delle costruzioni standardizzando i processi di progetto, aumentando la precisione delle ispezioni e riducendo gli sprechi.
Innovative integration of auto payment smart contracts with AI and robotics for inspection and construction through BIM : a virtual case study and survey analyzes
Pirayesh, Aram
2022/2023
Abstract
When it comes to global economic development and employment opportunities, the building industry is crucial. Low productivity, a lack of innovation, and antiquated contractual processes are just a few of the obstacles that must be overcome. To combat these problems, businesses are adopting digital tools and the idea of Construction 4.0 to boost output, cut down on delays and costs, and tighten up on safety and efficiency. This thesis investigates the usage of Industry 4.0 tools including digital twinning, 3D virtual reality systems, cloud solutions, robotics, AI, smart contracts and blockchain in the building industry. Together, these tools and building information models (BIM) boost collaboration, building construction, and quality control on construction sites. The research looks at the possibility of automating payments, verifying data, and assessing building components via the use of smart contracts, blockchain, robots, and AI devices on construction sites. There is discussion of how modular construction and robotic inspection might help save costs and increase efficiency and safety without sacrificing quality or the environment. This thesis presents the benefits of combining autopayment smart contracts with building information modeling (BIM), robotics, artificial intelligence (AI) inspection, and construction processes via a virtual case study and survey analysis. The suggested novel integration approach increases construction productivity by standardizing project processes, increasing the precision of inspections, and reducing waste.| File | Dimensione | Formato | |
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2023_07_Pirayesh.pdf
non accessibile
Descrizione: The thesis is about literature review of digitalization in construction sector, then author proposed an innovative integration method among smart contracts AI and robotics through BIM for inspection purposes or construction purposes. At the final author analyzes the questionnaire responses from companies.
Dimensione
10.9 MB
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10.9 MB | Adobe PDF | Visualizza/Apri |
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https://hdl.handle.net/10589/211938