Introduction
2. Integration of technology in architecture
i. BIM
ii. Integrated Project Delivery.
iii. Internet of Things and Smart Building Technology
iv. Style And Aesthetics
v. Smart Construction And 3D Printing
3. Impact of technology on architecture
4. Conclusion
3D Printing, Architectural visualization and the Future of architectural visu...Ogbuagu Kelechi Uchamma
These topics exposes you to the Digital world of Architecture right now. Architecture has grown from mere sketches drawn with paper and pencils to 3D models which can be printed or visualized graphically at all angles in the most appealing way possible. Find out more as you go through the slides.
Cheers!
The new revolutionary concept of Building Information Modeling (BIM) is a digital representation of physical and functional characteristics of a facility
3D Printing, Architectural visualization and the Future of architectural visu...Ogbuagu Kelechi Uchamma
These topics exposes you to the Digital world of Architecture right now. Architecture has grown from mere sketches drawn with paper and pencils to 3D models which can be printed or visualized graphically at all angles in the most appealing way possible. Find out more as you go through the slides.
Cheers!
The new revolutionary concept of Building Information Modeling (BIM) is a digital representation of physical and functional characteristics of a facility
Digital Architecture - Modern Technologies in ArchitectureÇelik Nimani
In today's economy, technology is part of every single aspect of our life. Digital architecture uses computer aided design, programming, simulation and images to create virtual forms and physical structures. The same can be said to refer to other aspects of architecture that are defined by digital technologies.
Digital Architecture - Modern Technologies in ArchitectureÇelik Nimani
In today's economy, technology is part of every single aspect of our life. Digital architecture uses computer aided design, programming, simulation and images to create virtual forms and physical structures. The same can be said to refer to other aspects of architecture that are defined by digital technologies.
Journal of Architectural Environment & Structural Engineering Research | Vol....Bilingual Publishing Group
Best Practices in Construction 4.0 – Catalysts of digital innovations (Part II)
Study on Phase Change Material in Grooved Bricks for Energy Efficiency of the Buildings
Assessing the Role of Environmental Factors in the Transmission of Infectious Diseases in Communal Spaces
Survival Analysis Using Cox Proportional Hazards Regression for Pile Bridge Piles Under Wet Service Conditions
A Preliminary Study of Agricultural Waste as Biochar Incorporated into Cementitious Materials
A new generation of instruments and tools to monitor buildings performanceLeonardo ENERGY
What is the added value of monitoring the flexibility, comfort, and well-being of a building? How can occupants be better informed about the performance of their building? And how to optimize a building's maintenance?
The slides were presented during a webinar and roundtable with a focus on a new generation of instruments and tools to monitor buildings' performance, and their link with the Smart Readiness Indicator (SRI) for buildings as introduced in the EU's Energy Performance of Buildings Directive (EPBD).
Link to the recordings: https://youtu.be/ZCFhmldvRA0
Digital architecture manifesting an accurate virtual built environmenteSAT Journals
Abstract “God lives in details” – it be the aspect of an intricate construction detail or an attribute assigned to a 3D model, all it matters is
bringing out the most accurate interpretation of architect’s thought process. The best medium for communicating the virtually
manifested ideas from concepts to the analytical research can be “a visual”. Providing a visual in the form of a sketch, drawing,
perspective or an analytical report, used to depend only on the ability of manual presentation skills of the architect or designer.
The client’s provocation in knowing the possible outcome as realistic as possible validates the anticipations former to execution
igniting and intensifying the challenge of producing more accurate presentable visuals by an architect. Computer aided design
tools and certain software facilitates beautified, presentable, streamlined, accurate, professional interpretation of architects
ideas, manifested thought processes using many tools such as a drawing, logical or analytical simulators, etc. that contribute in
creating the virtual reality at its most possible accuracy levels. Software is a communicator of the resource capital of design, i.e.
“Architect’s idea”, and facilitates in visual perception of all the other stakeholders. The bits and bytes of various idea sparks by
an architect can be programmed on a logical platform with various software languages to produce a “visual” on the silicon
screen. Architectural design process is both common and unique for a student, academician, research anticipator or a
professional, ranging from concept to the final presentation outcome. This paper gives a consolidated account of various
softwares that can ease out the manifestations of thoughts on a digital platform for producing more accurate and presentable
interpretations.
Key Words: Architectural design, virtual reality, softwares, visuals, drawings, digital architecture, presentations,
sketches
The convergence of blockchain, internet of things (io t) and building informa...University of Piraeus
The Architecture, Engineering and Construction (AEC) industry has not embraced digital transformation with the same enthusiasm as other industries (e.g. such as manufacture industry). Building Information Modeling (BIM) is a revolutionary technology that is characterized as the opportunity of the AEC industry to move to the digital era and improve the collaboration amongst the partners of this industry by exploiting Information and Communications Technologies (ICT). BIM provides all the necessary tools and automations to achieve end-to-end communication, data exchange and information sharing between project actors. Thus, the virtual 3D models generated in the context of engaging in the BIM process and as-delivered physical assets through Building Management Systems (BMS) could adopt Internet of Things (IoT) architectures and services. However, the orchestration of IoT in a highly modular environment with many moving parts and inter-dependencies between the stakeholders of this environment, lead to many security issues. Therefore, this paper proposes a system architecture that employs the Blockchain technology as a measure to secure and control the BIM technology coupled with IoT. The system architecture under scrutiny is considering the case of a museum building, where efficient security, management and monitoring are of great importance.
The design and documentation of large infrastructures have to respond, in an integrated way, to an increasing number of constraints and inter-connected variables. The complexity of those projects prevents them from being approached in a linear or hierarchical fashion, as every parameter has to be balanced in order to reach an optimum result.
This paper summarizes our approach to the management of four complexities in three different projects through the use of constraints and specific processes built around the development of customized design tools. These tools focus in the interoperability and compatibility of information
across the different disciplines engaged in the definition and construction of the project, paying special attention to geometric, structural and energetic issues.
The Impact of Digital Engineering – Tim Broyd (ICE) #COMIT2016Comit Projects Ltd
Presentation by Tim Broyd, Director of UCL Institute of Digital Innovation in the Built Environment at COMIT 2016: Digitally Building Britain, September 2016
More information: http://www.comit.org.uk/liveblog
The Convergence of Blockchain, Internet of Things (IoT) and Building Informat...University of Piraeus
The Architecture, Engineering and Construction (AEC) industry has not embraced digital transformation with the same enthusiasm as other industries (e.g. such as manufacture industry). Building Information Modeling (BIM) is a revolutionary technology that is characterized as the opportunity of the AEC industry to move to the digital era and improve the collaboration amongst the partners of this industry by exploiting Information and Communications Technologies (ICT). BIM provides all the necessary tools and automations to achieve end-to-end communication, data exchange and information sharing between project actors. Thus, the virtual 3D models generated in the context of engaging in the BIM process and as-delivered physical assets through Building Management Systems (BMS) could adopt Internet of Things (IoT) architectures and services. However, the orchestration of IoT in a highly modular environment with many moving parts and inter-dependencies between the stakeholders of this environment, lead to many security issues. Therefore, this paper proposes a system architecture that employs the Blockchain technology as a measure to secure and control the BIM technology coupled with IoT. The system architecture under scrutiny is considering the case of a museum building, where efficient security, management and monitoring are of great importance.
ArchiInspection Project: Integrated Non Destructive Testing, A Building Infor...Farid Mokhtar Noriega
A non destructive testing process is becoming a technical need, thousands of buildings and huge urban areas will have to be adapted to restrictive energy-saving standards and sustainability criteria. Analysis and diagnostics are required on a massive scale. Building Information Modeling seems to be the adequate environment to assemble huge amounts of data. At this moment both hardware and software technologies are performing moderately well separately. The challenge is to connect them and in the long run automate data collection and conversion to a unified model that could be maintained during the programmed building life cycle. The aim of this research is to discuss the challenge of NDT hardware and BIM software systems integration and define the basic steps for the best practices to undertake it in a fast and accurate manner as well as to define the present and future connections to be developed. A 3 phase joint research project is proposed here and basic needs are analysed. Many lessons have been learned from field work, data translation and data incompatibilities with many shortcomings being detected.
London's structural engineers are known for their expertise in designing innovative structures that withstand the city's dynamic environment and meet the demands of modern construction. They collaborate closely with architects, contractors, and other stakeholders to deliver projects that blend functionality, aesthetics, and sustainability. visit us : https://www.planstructural.co.uk/
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1. ARCHITECTURE AND TECHNOLOGY:
Integrated Approach
ODOH P. E. –
MBAMALU N. N. –
ANIH E. K. -
CONTEMPORARY ISSUES IN ARCHITECTURE
DEPARTMENT OF ARCHITECTURE, FACULTY OF
ENVIRONMENTAL STUDIES, UNIVERSITY OF
NIGERIA, ENUGU CAMPUS.
GROUP FIVE
2. OUTLINE
1. Introduction
2. Integration of technology in architecture
i. BIM
ii. Integrated Project Delivery.
iii. Internet of Things and Smart Building Technology
iv. Style And Aesthetics
v. Smart Construction And 3D Printing
3. Impact of technology on architecture
4. Conclusion
3. 1. INTRODUCTION
The existing architecture of any
given era is greatly influenced by
the level of technology and
sociocultural trend.
TECHNOLOGY: collection of
techniques, skills, methods and
processes in delivering goods and
services .
ARCHITECTURE: art and science of
designing buildings and structures.
4. ARCHITECTURE AND TECHNOLOGY
ARCHITECTURE
TECHNOLOGY
POST AND BEAMS
-woods
-sticks and stones
MEDIEVAL----RENNAISSANCE----MODERN-------POST-MODERN---??
DOMES, ARCS AND
VAULTS
-Cement
-Bricks
SPACE FRAMES
-Steel
-Glass
-Reinforced Concrete
-Lifts and Escalators
PARAMETRIC FORMS
-Nano tech
-Titanium
-BIM
5. 2. INTEGRATION OF TECHNOLOGY IN ARCHITECTURE
• Technology has greatly affected the means and processes embodied in architectural
practices in the last few decades.
• The following technologies are transforming the output of architectural designs and the
built environment;
1. Building Information Modelling (BIM):
2. Integrated Project Delivery (IPD):
3. Internet of Things/Smart Building Technology;
4. Style And Aesthetics:
5. Smart Construction And 3D Printing:
6. 1. Building Information Modelling (BIM):
Building Information Modelling (BIM) is an intelligent 3D model-based process
that gives architecture, engineering, and construction (AEC) professionals the
insight and tools to more efficiently plan, design, construct, and manage
buildings and infrastructure
BIM improves communication within a project team, by simulating to a higher
degree project design and construction using Virtual reality and wearables.
8. 2. Integrated Project Delivery (IPD):
IPD is technology-
based process of
collaboration within
the construction
industry to improve
service delivery.
10. 3. Smart Building Technology/Internet of Things (IoT);
A smart building utilizes a combination of technologies to automate building
management. Smart buildings help reduce waste in building energy usage by
optimizing building elements performance.
They can be classified into four categories namely:
1. Energy: consumption monitoring.
2. Equipment: HVAC use.
3. Environmental quality: CO2.
4. People or spaces: occupancy and space utilization
12. 4. Style And Aesthetics:
Generative Design Technology integrates artificial intelligence and architectural principles
to create parametric forms and facades that is gradually leading to a new architectural
style.
A structural system designed using generative design
technologies.
13. 5. Smart Construction And 3D Printing:
Technologies such as drones, Virtual reality and 3D-Printing have been gradually
integrated into the building industry to maximize resources and reduce waste.
14. 3. IMPACT OF TECHNOLOGY ON ARCHITECTURE:
The style, construction method and materials employed by architects
throughout history has been directly dependent on the level of
technology during the period.
(a) Heydar Aliyev Centre by Zaha Hadid (b) Guggenheim Museum by Frank Gehry
14
15. CONCLUSION
Technology is interwoven into the very fabric of building
design and construction, and as long as technology evolves,
there will be a corresponding evolution in the field of
architecture.