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This document discusses Building Information Modeling (BIM). BIM is a digital model where project information is stored. It can be 3D, 4D with time integration, or 5D including costs. BIM allows for clash detection, heat/solar analysis, coordinated drawings, improved prefabrication, and more accurate costs. To create a BIM, each discipline inputs their data into BIM software, which coordinates all the data. Disciplines then extract the coordinated data needed. Revit ensures full coordination by having only one BIM file where "a change anywhere is a change everywhere." The document provides examples of phasing BIM with architecture, structure, and MEP. It also discusses case studies of architectural design
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The use of Building Information Modeling (BIM) has grown exponentially in the last ten years. This revolutionary technology-based approach is changing the way construction project management operates, improving every step of the process. This webinar explores the role that BIM plays in streamlining building projects and improving communication across stakeholders in the design, construction, and maintenance of buildings.
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Michael Kearns, BSc, MSc
Shawmut Design & Construction
View the on-demand webinar: http://cpe-wpi.hs-sites.com/construction-project-management-webinar-series
Project Management Process Groups And Knowledge Areas
The document outlines the project management process groups and knowledge areas according to the Project Management Body of Knowledge (PMBOK). It lists the five process groups of initiating, planning, executing, monitoring and controlling, and closing. Under each process group are the twelve knowledge areas: integration, scope, time, cost, quality, human resources, communications, risk, procurement, and their associated processes.
BIM for Interior Design
This document discusses how building information modeling (BIM) can shift interior design workflows from CAD to a more collaborative BIM process. Key benefits of BIM include parametric modeling that allows for quick drafting and revisions, integrated 3D modeling for visualization, and optimization of schedules and quantities for cost estimation. The document outlines BIM's advantages at each phase of design including coordination, specification generation, quantity take-offs, and facility management. BIM is presented as allowing interior designers to be more integrated into architectural BIM files from project start, reducing errors and improving collaboration between disciplines. Qualifications for an interior design BIM coordinator are identified to help practices transition their work to the new BIM-based workflow.
Construction industry
The construction industry consists of building infrastructure projects like buildings, roads, bridges, ports, and power systems. It is a major contributor to GDP and employment. Construction requires effective planning and coordination to consider factors like costs, scheduling, safety, and environmental impacts. The demand for construction is dependent on interest rates, financing availability, and government investment. The industry faces challenges like rising costs and stalled projects. However, increased government spending on infrastructure and policy changes are expected to benefit major construction companies and drive growth in the industry over the next few years.
Understanding Building construction
Contact our business manager Lloyd Cassidy and see the builders display home to see the kind of development bushfire resistant work we do in Bendigo, Geelong, and Horsham.
The Future of BIM
A presentation given by Richard Waterhouse, CEO of NBS/ RIBA Enterprises Ltd at Ecobuild 2016 on the future of BIM.
Bim Presentation
Building information modeling (BIM) allows project teams to visualize, simulate, and analyze a building design using a 3D parametric model before construction begins. This model represents all physical and functional aspects of the building and enables seamless sharing of information throughout the project lifecycle. BIM facilitates improved coordination, identification of issues, and changes between owners, architects, engineers, and contractors compared to traditional document-based approaches. It also supports increased prefabrication, construction planning, and post-occupancy facility management.
Building Construction 1: project 1
The document discusses various aspects of a construction project, including:
1. An introduction to the group members assigned to different sections of the project.
2. Details about the site location, developer, architect, contractor, and timeline of the project.
3. Explanations and photos of the external works including signage, site boundary, shelters, earthworks, drainage, sloping, and landscaping.
4. Descriptions of the different foundation types used - pile foundation, raft foundation, and stepped raft foundation. The construction processes for each foundation type are explained based on site visits.
5. A brief introduction to the superstructure section.
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Building Information Modeling
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The Government Construction Strategy was published by the Cabinet Office in 2011, announcing that all centrally procured contracts should be compliant with BIM by 2016. The key objective of this approach is to reduce the capital cost and the carbon burden from the construction and operation of the built environment by a fifth. So how should a lighting engineer tackle building a digital street lighting information model?
Talk by Will Baron, Keysoft SolutionsBIM Workflows: How to Build from CAD & GIS for Infrastructure
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https://graphisoft.sharefile.com/share?cmd=d&id=sc918c9aa871477b8#/view/sc918c9aa871477b8?_k=mac511
Seminar: Documentation from BIM - Tips for GBP Submission to BD
Co-organized by: Graphisoft / HKIBIM / IVE BIM Centre
Speaker: Peter Koncz - M. Arch, MHKIBIM, MbSHK, GRAPHISOFT Registered Consultant, Business Development Manager, GRAPHISOFT Asia Ltd.
Biography:
Mr Peter Koncz is an architect and Registered Consultant based in Hong Kong. His main responsibilities are marketing GRAPHISOFT products and helping the prospect and existing clientele with the introduction and implementation of BIM technology. As a member of HKIBIM and BuildingSmart HK, he is committed to the idea of an open BIM environment in Hong Kong. Before his career at GRAPHISOFT, he has worked in architecture in Brasil and Hungary, where the use of BIM is widely established, so he has totally 8 years of relevant experience.
Outline:
With ARCHICAD, you create a 3D Building Information Model — all the necessary documentation and images are created automatically. New, priority based junctions, intelligent building materials ensure correct graphical representation of elements and materials in sections, surfaces in 3D views, and thermal properties throughout the building energy evaluations. ARCHICAD’s powerful view setting possibilities, its unique drawing handling, together with the integrated publishing capabilities ensure that printing or saving the various drawing sets of a project won‘t require extra time and will be derived from the same Building Information Model.
Date & Time: 4-May 4:00 pm – 5:30 pm
Venue: Lecture Theather LT-01, IVE(Morrison Hill)
Note: The seminar will be conducted in English.
For more information about GRAPHISOFT in Hong Kong: http://www.graphisoft.com.hk
For any enquiry, please contact Mr. Peter Koncz at pkoncz@graphisoft.com
BIM Dominating The Future of Architectural Design.pptx
Building Information Modeling technology supports architects throughout the design process. Architects use Building Information Modeling (BIM) throughout the design process to help improve quality and accelerate design processes with integrated workflows for concept design, modeling, multidiscipline coordination, and construction documentation.
To know more about Architectural BIM Design, visit our website: https://www.topbimcompany.com/architectural-bim-services/
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Our Scan to BIM Services is used for facility management, renovation, repair, building expansion and demolition purpose. We are capable of converting large scanned data into an information-rich BIM model.
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In this webinar, we’ll share real case studies of how BIM users around the world are maximizing its potential.
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Software Applications
1) BIM software provides benefits throughout the project lifecycle from planning to construction and facility management. It allows for improved visualization, coordination, estimation and resource efficiency.
2) However, BIM also faces limitations such as the need for experienced users, high costs, disruption to traditional processes, and challenges with data sharing between stakeholders.
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BIM Al Fouzan
- 2. What is “BIM” A BIM is a digital model of a building in which information about a project is stored. It can be 3D, 4D (integrating time) or even 5D (including cost)
- 3. Why “BIM” • BIM communicate design concepts to the owner • BIM can be used as a database throughout the life of the building. • It can generate as-built floor plans and elevations – Unique outcomes • Clash detection • Heat Analysis • Global Co-ordination and Solar Movement • Constructability of complex geometries… – Improved Outcomes • Coordinated drawings • Improved prefabrication • More accurate costs… • Code checking
- 5. Heat Analysis (Sensible Heat) Why “BIM”
- 6. Solar Analysis (latent Heat) Why “BIM”
- 7. How “BIM” works • To make “BIM” you have to input data throw a specified software to process the data and make a BIM for the project – Each Discipline inputs data to the project – The BIM co-ordinates all data from each Discipline – Each Discipline extracts the co-ordinated data needed out of the BIM
- 8. How “Revit” works To insure that data is fully co-ordinated between all disciplines BIM is only one file “A change anywhere is a change everywhere” - Autodesk
- 9. Phasing the BIM - Start with • ARCHITECTURE / INTERIOR DESIGN
- 10. Phasing the BIM - Followed by • STRUCTURE ENGINEERING
- 11. Phasing the BIM - Followed by • MEP ENGINEERING
- 12. Case Study
- 13. Architectural Design & Co-ordination
- 14. Mechanical Coordination & Schedules
- 15. Plumbing Coordination & Schedules
- 16. Accurate Exterior & interior
- 17. Jeddah Hospital Current BIM Progress
- 18. Jeddah Hospital Current BIM Progress
- 19. Jeddah Hospital Current BIM Progress
- 20. Jeddah Hospital Current Progress
- 21. Conclusion • The change to using BIM had significant changes on our projects set up. It encouraged us to re-visit and improve our methods in delivering projects. • Effective implementation of BIM enabled us to maintain our high quality projects while adding real value to the design and construction process.