Robotic Construction: Robotic Fabrication Experiments for the Building Construction Industry

Silva, Nuno Antonio da; Eloy, Sara

doi:10.1007/978-3-030-35533-3_14

Cited by 4 publications

(1 citation statement)

References 5 publications

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“…Making a bridge design with polyethylene ropes according to the knots and connection points of the ropes Custom 3-4 mm Dyneema rope dispensers mounted in the centre Rhinoceros 3D -Grasshopper, computational simulation techniques (physics engines), Autodesk Maya, Parallel Tracking and Mapping (PTAM), and ROS [35], [105], [115], [116] Project 6…”

Section: Multi-machine Fabrication the Icd/itke Research Pavilionmentioning

confidence: 99%

Flying Robot Technology (Drone) Trends: A Review in the Building and Construction Industry

Takva

İlerisoy

2023

Architecture, Civil Engineering, Environment

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With the emergence of Industry 4.0, the use of robotic technologies is among today’s trends. The innovations that this revolution brought to robotic construction in the fields of communication, control, and software also improve flying robot technology. In the study, the place and importance of drone technology, which is one of the flying robot technologies at the intersection of Industry 4.0 and AEC (architecture, engineering, and construction) industry, in architecture is defined. The research aims to analyze the digital fabrication studies with drone technology in the field of architecture by reviewing the literature and to reveal how these applications are followed. Studies with drones, which are the technology of the future, are presented by creating a timeline. Drone studies in the building and construction industry were classified according to drone type, gripper and software features and comparative analyses were made. As a result, it is desired to show the development of drone technology in architecture, examine how it is used, and create a reference study in the light of existing examples for its use in future applications.

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Section: Multi-machine Fabrication the Icd/itke Research Pavilionmentioning

confidence: 99%

Flying Robot Technology (Drone) Trends: A Review in the Building and Construction Industry

Takva

İlerisoy

2023

Architecture, Civil Engineering, Environment

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Ten questions concerning the integration of digital fabrication techniques into the architectural design process

Gamal,

Nashaat,

Shahda

et al. 2023

Architectural Engineering and Design Management

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Modeling relation among implementing AI-based drones and sustainable construction project success

Waqar,

Othman,

Hamah Sor

et al. 2023

Front. Built Environ.

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Project failure is a persistent challenge in the construction industry, rendering it one of the most demanding sectors. Many obstacles, including safety concerns, quality management issues, environmental preservation challenges, economic sustainability, privacy constraints, and legal regulations, weigh heavily on construction projects. However, a beacon of hope emerges in AI-powered drones capable of surmounting these challenges and paving the path to resounding project success. This study employed diverse methodologies, engaging subject-matter experts through interviews and conducting pilot and primary surveys. Our analytical arsenal featured Exploratory Factor Analysis (EFA) for the pilot survey and Structural Equation Modelling (SEM) for the primary survey. Our research revolves around a singular mission: elevating building project success by dismantling the barriers that have impeded the widespread adoption of AI-driven drones in construction. The study’s verdict is clear: privacy and legal constraints, coupled with economic and sustainability challenges, alongside human resource management dilemmas, constitute the formidable triumvirate obstructing the ubiquitous embrace of drones in construction. Yet, the impact of breaching these barriers reverberates far beyond overcoming these hurdles. It cascades into public health and safety, environmental conservation, quality management, and economic sustainability, culminating in an amalgam of enhanced Building Project Success. The implications of our findings are profound for the construction industry. They beckon the sector to confront and surmount the legal and regulatory barriers to adopting AI-based drones. A clarion call to invest in human resources to empower technology integration resounds. And, perhaps most importantly, it beckons the industry to embrace the profound economic and sustainability advantages of embracing these cutting-edge technologies. Furthermore, our study underscores that adopting AI-powered drones in construction is not merely about project success; it catalyzes fostering public health, safeguarding the environment, ensuring top-tier quality management, and fortifying economic sustainability. These interwoven facets illuminate the broader canvas of drone technology’s transformative role in construction.

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Robotic Construction: Robotic Fabrication Experiments for the Building Construction Industry

Cited by 4 publications

References 5 publications

Flying Robot Technology (Drone) Trends: A Review in the Building and Construction Industry

Flying Robot Technology (Drone) Trends: A Review in the Building and Construction Industry

Ten questions concerning the integration of digital fabrication techniques into the architectural design process

Modeling relation among implementing AI-based drones and sustainable construction project success

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