The ppt shows the basic idea of Building Information Modelling (BIM) and Integrated buliding management system (IBMS) in architecture

1. BUILDING
INFORMATION
MODELING
BIPASA DAS
SEMESTER 7
ASAPK

2. WHAT IS BIM ?
▪ Building Information Modeling (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.
▪ The information rich 3-D models are used as central database to create, check &
communicate project information among all stakeholders through out the project life cycle.
How is it useful for an architect?
▪ BIM enables better design decisions by allowing the project teams to develop and
experience the building virtually before the construction to meet your clients’ requirements
and deliver projects with improved quality and efficiency.
▪ Communicating the project information visually using 3D environment highly reduces the
loss of information.

3. BENEFITS OF
USING BIM
Organisational-level Benefits of BIM
• Increased productivity
• Enhanced communication
• Reduced conflicts
• Improved control over information
• Control over consultants and other project stake holders
• Control on the budget
• Increase in over-all project quality
• Competitive advantage
• New business opportunities
Project Specific Benefits
•Enhanced design visualization
•Ability to develop multiple design options using various
project parameters
•Analyse and develop sustainable projects
•Better coordination with all disciplines
•Design conflicts identified early in the project
•Accurate quantification and budget estimation
•Decisions made up-front saving money and time during
construction
•Analyze project constructability
•Monitor project schedule, budget and construction

4. What is Integrated Building Management System?
▪ An integrated building management system
(BMS) is a computer based master control
system that networks all of the mechanical,
electrical, IT, and security systems of a facility,
unifying them into a single system so they can
share information and work together
seamlessly.
▪ Integrating all of the components into a single
cohesive unit allows the various systems to
share information so they can work more
effectively. The end result of this
interoperability is greater efficiency, lowered
operating costs, and a more secure and
responsive building environment.
▪ It is installed in areas like large Residential
compounds, Office buildings, Institution
Campuses, etc.

5. How does a IBMS system work?
▪ Once the BMS software integrates all the
building operation systems, it leverages the
information from the various components to
make sure all the systems function at peak
efficiency.
▪ All of the systems can be controlled through a
single interface that can be accessed onsite
through a touchscreen workstation or remotely
over the Internet using a laptop, smartphone,
tablet, or other mobile device.
▪ Web-based building management solutions
utilize a graphical interface that provides real-
time information and allows users to instantly
adjust any system in the building as needed.

6. What functions can building automation system
software control?
All of the essential building operations systems and functions in your building can be controlled by building
automation system software. The software can control and manage all of the following building control systems:
• Lighting control
• Heating ventilation and air conditioning (HVAC)
• Air quality control
• Energy management
• Access control/security systems
• Elevators and escalators
• Critical environments
• Fire and life safety systems/smoke evacuation
• Building condition monitoring
• Power monitoring

8. Benefits of IBMS
◦ Real-time monitoring
◦ Documentation
◦ Customized control strategies
◦ Flexibility and ease of changes
◦ Integration of building systems
◦ Automated recovery of failure
◦ Running/operational cost reductions
◦ Reduce labor cost
◦ Tenants’ comfort
◦ Indoor quality
◦ Safety and security

9. THANK YOU