This document provides an overview of Building Information Modeling (BIM) and its dimensions. It discusses 3D, 4D, 5D, 6D, and 7D BIM. 3D BIM refers to the visual or geometric component of the model. 4D BIM adds time as a dimension by linking the 3D model to a construction schedule. 5D BIM incorporates cost information. The document describes the benefits and challenges of BIM as well as software used for 4D modeling.

1.
SCHOOL OF ARCHITECTURE, BUILDING & DESIGN
BACHELOR OF QUANITY SURVEYING (HONOURS)
GROUP ASSIGNMENT
CONSTRUCTION SUPPLY CHAIN MANAGEMENT
(MGT 60803)
GROUP MEMBERS
HENRY KHOO SZE HAU
YAP YUEN THONG
WAN YEE LEN
LEE SIAW CHYI
LIM CHIN SHEN
LECTURER
MS. TAY SHIR MEN
0331769
0326557
0330764
0330451
0326770

2. - TABLE OF CONTENT -
No. Content Page
1 Cover Sheet 1
2 Table of Content 2
3 Introduction to BIM 3-5
4 3D BIM 6-9
5 4D BIM 10-13
6 5D BIM 14-20
7 6D BIM 21-24
8 7D BIM 25-29
9 Recommendations 30
10 Conclusion 31
11 References 32-33

3. - INTRODUCTION TO BIM -
Brief Introduction
BIM stands for Building Information Modeling. BIM is the current trend in the
construction industry. Even though the technology has been around for quite a
while, a lot of news has been created about BIM in the field for the past two years.
Generally,
BIM is the process spanning the generation and management of the physical
and functional information of a project. The output of the process are what we
refer to as BIMs or building information models which are ultimately digital files
that describe every aspect of the project and support decision-making
throughout a project cycle.
BIM and the subsets of BIM systems and similar technologies feature more than
just 3D (width, height, and depth) but may include further dimensions such as 4D
(time), 5D (cost), 6D and even 7D.
Important Aspects to Know:
There is a common misconception that BIM means 3D design. In fact, it's much
more. BIM is a process for creating and managing all of the information on a
project – before, during and after construction. The output of this process is the
Building Information Model, the digital description of every aspect of the built
asset.
The growth of BIM:
The use of BIM in construction and engineering is not new, but the rate of growth
becomes clear when we look at the number of BIM files stored on the Aconex
collaboration platform. In 2009, fewer than 10,000 models were being managed on
Aconex. By the start of 2013, clients were managing over 270,000 models – a growth
of 2,600% in just three years. The size of the average model has almost doubled to
54MB over the past five years.

4. The benefits of BIM
BIM provides a set of interrelated and cross-referenced information. For
example, objects in the model are linked to related information including manuals,
specifications, commissioning data, photos, and warranty details. This allows the
owner or facility manager to efficiently and accurately manage the asset. Also, we
have broken down the benefits of BIM in the diagram below throughout the years
since it began.
Fields/Industries that benefits from BIM
1. Architecture
2. MEP (Mechanical, Electronical, Plumbing)
3. Civil
4. Plant
5. Construction
6. Structures
Benefits of BIM
PROCESS
Conflict Detection
and Risk Mitigation
Coordination and
Collaboration
Faster Drafting
without loss of Cost
and Quality
Easy Maintenance
of Building Life
Cycle
Optimization of
Schedule and Cost
High Level of
Customization and
Flexibility

5. The challenges that BIM creates
For all its benefits, BIM brings new challenges around creating and collaborating
on models:
I. Taking the model beyond the design team – The true value of BIM can only be
realized when it is taken beyond the design team – to subcontractors, the owner
and facility manager. Providing access to the model and allowing them to
contribute and link other information are key.
II. Viewing the model– How can a subcontractor be given a view of a particular part
of the model to resolve an issue without having to download and install
software? How can people collaborate around that view quickly and easily? How
can they view it on the tablet when standing on the site?
III. Linking models to other data – A lot of project information, like drawings, RFIs
and spec sheets, lives outside the model. Owners may insist on receiving a 3D
model but, for the full picture, it should be linked to all of the other data created
and collated on the project.
The importance of BIM Collaboration
The volume of information created and managed on BIM projects can create
confusion if participants are not connected in a meaningful way. And like any
construction or engineering project, a project that uses BIM requires an audit trail
of every exchange, every decision and every approval point.

6. - 3D BIM-
Generally,
3D BIM represents a physical body using a collection of points in 3D space,
connected by various geometrric enties such as lines, curved surfaced and
traignels. It is the most commonly known dimension, which refers to “visible” part
of a bIM model.
Services provided by 3D BIM
3d BIM can generate views and informations according to the needs. It enables
participants to:
I. see the building in 3 dimensions
II. automatically update views along the project life cycle, from earliest conception
to demolition
3D Modeling Suitability
3D modeling software is the most general of the 3D design categories. All 3D
design software will have some method of 3D modeling, but 3D modeling software
is primarily used to create 3D assets for animation. The most basic 3D modeling
software will only permit you to create 3D models, but most programs often include
tools for animation, texture painting or rendering.
3D modeling suites such as 3ds Max Design, Cinema 4D and Modo often offer a
variety of methods for sculpting. Polygonal modeling, spline modeling, digital
sculpting, procedural modeling and 3D scanning are all methods available to users
of 3D modeling software.
How it differs from traditional software?
One of the key differences between modern BIM technology and traditional
software is that the objects created within BIM models represent actual
elements within a construction project. Therefore, the information in the BIM
model becomes more useful to designers, installers and cost consultants. This
information becomes useful when extracted by design teams and cost
management teams.

7. 3D BIM Modeling Projects and Customer Types:
There are several fields where 3d BIM Modeling Projects come into use. These are
some of the examples for the following project and customer types.
BIM for Retail
Revit BIM retail design models that are used to develop retail construction drawings
and models for retail BIM modelling, including detailed plans, sections and
elevations as well as accurate equipment and fixture schedules.
BIM for Homebuilders
Construction drawing sets directly from BIM models designed for each house as a
part of residential Revit 3D BIM Modelling services. In addition to accurate
schedules, a full set of drawings required by construction teams is created from
the BIM models for residential BIM modelling.
BIM for Architects
Models during the design development, tender and construction stages of
architectural design projects. As a part of Architectural BIM Modeling service,
provided clash free models with accurate building materials and detailed
construction schedules from the models.
BIM for MEP Designers & Consultants
BIM models during early concept stages for MEP consultants to fit into the overall
design schedule.
BIM for MEP Trade Contractors
3D MEP (M&E) coordinated models using BIM software for detailed spatial
coordination. Creating installation standard BIM models that are efficiently laid out
and allow ease of installation. Spatially coordinated MEP (M&E) BIM models also
take into account fitting requirements, lagging, access and efficiency of services/
system runs. BIM is also able to work within a modular or pre-fabricated MEP
environment, creating detailed fabrication and module drawings using Revit’s
fabrication features. The BIM models include CoBie data and output for schedules
and material information.

8. List of softwares for 4D Modelling
1. SketchUp 2. Blender 3. AutoCad
4. AutoDesk Revit 5. 3Ds Max 6. Maya
7. Infrawork 360 8. RhinoBIM 9. ZBrush

9. Advantages of 3D BIM
1. Maintain Control
The digital-model-based workflow involves aids such as
autosave and connections to project history so that users
can be certain they’ve captured their time spent working on
the model. The connection to the version history of the
model’s evolution can help you avoid disastrous
disappearances or corruption of files that can make blood
boil and impinge productivity.
2. Simulate and Visualize
Another of the advantages of BIM is the increasing number
of simulation tools that allow designers to visualize such
things as the sunlight during different seasons or to quantify
the calculation of building energy performance. The
intelligence of the software to apply rules that are based on
physics and best practices provides a complement for
engineers and other project team members.
Disadvantages of 3D BIM
1. High Software Cost
The upfront cost for hardware, software, training and
implementation can be pretty hefty. This causes small and
medium companies will not be interested in implementing
bIM and thus it might be a barrier to communicate with other
parties.
2. Corruption in transmission
Electronically transmitted information becoming
corrupted or altered is also a main concern. Such concerns
are not exclusive to BIM projects but because of their nature
an corruption will be compounded and could therefore have
an enormous impact on the success or failure of the
project.

10. - 4D BIM -
Generally,
4D Model: Time Model
4D modelling is a term frequently used in the construction sector. It is the process
of converting a 3D BIM model to a 4D model. In this context 4D modelling refers to
the fourth dimension of time, in other words 4D is a 3D model that includes the
construction schedule.
Main Purpose:
I. enable teams to analyse the sequence of events on a time-line and visualise
the time it takes to complete tasks within the construction process.
II. enables members to separate and visualize the progress of their activities
through the lifetime of the project
Services Provided by 5D BIM:
4D BIM allows various participants from designer, architects, mechanical building
design specialists, structural engineers contractors to owners of a construction
project to visualise the entire duration of a series of events and display the
progress of construction activities through the lifetime of the project.
4D BIM provides methods for:
1. managing and visualizing site status data,
2. change impacts
3. supporting communication in various situations
Construction sequences can be reviewed as a series of issues using 4D BIM,
enabling clients to explore more choices, manage solutions and optimize results. It
enables construction product development and collaborative and transparent
project implementation. Participants will be able to make sound decisions and
changes to the projects based on multiple sources of accurate real-time
information with the help of schedule visualization.
———>4D BIM shows the critical way and the dependency of project sequences in
chart form. When there is some changes in the project design, advanced BIM model
will consequently identify all the chances that will affect the critical path and will
indicate what the corresponding impact will be on the overall delivery of the
project.

11. List of softwares for 4D Modelling
1. Synchro Professional Software
2. Navisworks
3. Vico Control Software
4. Navigator
5. iTWO
6. Bentley Navigator
1. 2.
3. 4.
5. 6.

12. Advantages to Construction Supply Chain Management (CSCM)
i) Improve construction planning, scheduling and production control as well as
the onsite management of safety, workspaces and waste.
The increasing use of 4D BIM in construction highlights opportunities for utilising
these capabilities in new digital management systems replete with role
reorganization, new practices and workflows, and not solely as a tool for construct
ability analysis and onsite monitoring of construction progress. Continued focus on
construction-based environmental impacts provides an impetus to leverage 4D
BIM to improve communication and information flow throughout
environmental planning and management tasks. This paper explores how
environmental planning and management can be supported by 4D capabilities.
ii) Basis for developing a tailored framework for environmental planning and
management.
It is a challenge for every project stakeholder to explain their concerns to others
involved in the trade in the meeting room. Also this is the routine for as many times
as there are design revisions. But with 4D BIM meeting in place, not only the design
intents become clear but stakeholders can also keep a track of all the changes
made, and owner of each change, to minimise conflicts between the teams.
Moreover, 4D models provide a seamless display of how your projects progress
over time which allows managers to predict project times even during design.
iii) Choose alternatives and optimize labor over time.
When companies lose money when they can't properly allocate resources and
project managers have trouble selecting the best resources for a project, 3D BIM
assists on that.
iv) Allow planners to improve time management.
They can see exactly when certain resources or tools are required. This limits the
need for investment in equipment, materials, and labor. With 4D models, schedulers
can see the entire construction site over time. They can look at all aspects of the
actual build and verify its progress. This allows schedulers to identify
inconsistencies as well. If real aspects of the project don't match the 4D model, they
will notice right away. This prevents backtracking, future delays, or even accidents.

13. Advantages of 4D BIM
• Improved design documents by testing design against the construction
sequence
• Better site planning and coordination
• Lean Scheduling
• Analysing hold points
• Improved lead time identification for more effective just in time deliveries
• More effective safety issue identification
• Monitoring actual vs planned progress, which helps teams to identify
potential issues more quickly, reducing claims
• Enhanced connection with stakeholders with better understanding
• Reduce crew size
Disadvantages and Costs involved
i) When ordering items that require a long lead time, BIM can disrupt the general
procurement and development process.
Example scenario:
For instance, a contractor may need to order material depends on the dimensions
of the design. Requesting the material may need to take a few weeks or months. In
the situation that the dimensions change, it may happen when various contractors
are inputting information into a model on a continual basis, the contractor may be
left with deficient time to order the material.
ii) Manage resource and information is one of the difficulties of implementing
BIM, after the complete implementation of BIM and network based integration.
Example scenario:
The company which is executing BIM has to ensure that the suppliers and
subcontractors will lead to management of more information. Besides, mapping
and management of resources is still done in a traditional way. New legal and
construal processes are to be set up for the effective implementation of BIM. The
firm has to choose an experienced and skilled partner that can support with
proficiency, experience, knowledge and resources.

14. - 5d BIM -
Generally,
5D-BIM (fifth-dimensional building information modelling) is the integrated sum of
3D model, schedule and cost estimation.
The dominant models in 5D-BIM are :
1. Quantity Extraction
2. Prefabrication Solution
3. Real Time Conceptual Model
4. Trade Verification
5. Cost Planning
6. Value Engineering
Services provided by 5D BIM
5D-BIM provides methods for budget tracking and cost analysis related activities.
Being associated with 3D and 4D, it allows participants to visualize the progress of
their activities, taking into account the conditions of the execution process (e.g.
Imposed by the agreement, like commencement and completion date for the work,
division into phases of the execution and the weather conditions) and also the
related costs over time – costs associated with its implementation.
The utilization of 5D-BIM technology can result in a greater accuracy and
predictability of project’s estimates, scope changes and materials, equipment or
manpower changes. With the help of 5D-BIM, participants will be able to generate
an array of essential estimating information faster and more accurately, such as
materials quantities, costs, size, area estimates and productivity projections, while
project changes are made, estimating information will automatically adjusts, thus
allowing a better construction productivity.
Benefits provided:
The benefits provided by the integration of BIM with 5D-CAD simulation models
enables the development of more efficient, cost-effective and sustainable
constructions.

15. List of softwares for 5D modelling:
1. Autodesk Navisworks Manage
A comprehensive project review solution that
supports coordination , analysis , and
communication of design intent and
constructability. Multidisciplinary design data
created in a broad range of Building Information
Modelling (BIM), digital prototype, and process
plant design applications can be combined into a
single integrated project model.
2. Bentley Systems ConstructSim
Uses models to simulate work based on
construction constraints and priorities. Allow
collaboration with project team via mobile devices
and 24/7 web access. ConstructSim will also help to
align engineering and construction for safer and
repeatable projects.
3. Solibri Model Checker
A quality assurance solution that analyses BIM and
architectural and engineering designs for integrity,
quality and physical safety. It also includes
functionality for information take-out, analysing
and extracting the information available in BIM
models.
4. Glue (by Horizontal Systems)
A web-based BIM solution for the construction
industry that allows individuals to upload, merge,
and browse building models , eliminating
incompatibility issues between different software
platforms while facilitating collaboration among
project participants.

16. 5. Tekla BIMSight
A professional tool for construction project collaboration. The entire construction
workflow can combine their models, check for conflicts and share information. It
also enables project participants to identify and solve issues already in the design
phase before construction.
6. Trimble Vico Office
Progressive approach to estimating provides unprecedented flexibility when
pricing a project. Whether a top-down estimate at the conceptual phase for target
costing is preferred, or a detailed estimate for final bid, Vico’s cost workflows got it
covered.
7. Synchro Professional
Gives teams a medium to create, analyse, edit,
report and manage projects through a single
visual interface.
8. Innovaya Visual Estimating
Performs cost estimating accurately, quickly,
and intelligently by delivering objects from
Autodesk’s and Tekla’s BIM applications to
MC2 ICE and Sage Timberline. Consequently, it
can increase the efficiency of the project
estimating process by more than 300%

17. Advantages to Construction Supply Chain Management
1. Positive return on investment
One study found that 75 percent of those companies who
have started using this added element to BIM has found a
positive return on investment. (Rajat Agarwal, Shankar
Chandrasekaran, Mukund Sridhar, 2016)
2. Shorter project cycles
5D-BIM technology has provided those using it shorter
project cycles, savings on time with things like paperwork
and even down to material costs. With such successful
results, governments in countries like Britain, Finland and
Singapore have decided this use of BIM for all public
infrastructure projects.
3. Project scope understanding
Visual and data modelling capabilities translate into a better
understanding of project scope. Formulas drive costs on
each building system based on the specific design, materials,
site conditions, phasing and other parameters according to
the owner’s timeline. All major project stakeholders can
visualize the end product and understand exactly what’s
included in the budget. For owners, transparency is crucial.
4. Productivity increase
The entire project team develops and understanding of the
proposed design, assumptions and cost drivers. They then
have a concise and accurate description of scope, cost,
and schedule – which directly impacts funding decisions.
5. Real-time data
Data is provided in real time as the model is developed or
changed. Alternative concepts can be easily explored; while
owner and project team can see the cost and other data
unfold instantaneously. This drastically shortens design and
estimation cycle time.

18. Disadvantages of 5D-BIM
1. 5D setup costs (i.e. software, training and hardware costs)
Software and hardware upgrades are considered as significant barriers to BIM
implementation, particularly for small-medium enterprises (SMEs) as it is fairly
expensive. Besides that, a strong training requirement associated with BIM
implementation, which although time-consuming and difficult (as only a number of
users have expert knowledge in the resource), is considered critical to BIM’s
adoption.
2. Incompatibility with industry recognized cost planning element formats
5D-BIM’s incompatibility with the industry recognized elemental format for cost
planning, which prevents companies from adopting the software. BIM models
currently contain numerous design errors and often have important information
missing from them, which hinders BIM’s use for producing 5D cost services, as the
data is too incomplete or inaccurate to use. (John Boon & Chris Prigg, 2012)
3. Lack of integration in the model
The lack of integration in BIM models decreases the reliability and effectiveness
of 5D (e.g. where each design discipline develops their own BIM model in isolation
from each other). This underlying issue – lack of integration, where parties in the
industry are said to work separately, and as a result this also separates the
information required for BIM. (Bylund, C. & Magnusson, A., 2011)
4. Fragmented nature of the construction industry
BIM, in particular 5D-BIM, requires the collaboration, database integration and
commitment of companies to the use of BIM software, and that as these areas are
still in a separated and fragmented state, it further limits the effectiveness of 5D-
BIM. (Olantunji, O.A., Sher, W., Ogunsemi, D.R., 2010)
5. Lack of inter-operability
The lack of inter-operability is a barrier to use 5D-BIM as there is no smooth
exchange of information across all BIM disciplines involved. The fragmented and
isolated construction industry, vendors often run software in proprietary type
formats that restrict the exchange of critical building data between multiple
organisations, and such incompatibility between the BIM model and estimating
platforms. (Olantunji, 2011)

19. Comparison between the 5D-BIM Cost Planning with the Traditional Cost
Planning Method:
5D-BIM Cost Planning Traditional Cost Planning
Gradually developed cost information
Cost planning developed gradually, replacing
each item one by one.
Autonomous documents
There is no connection between versions as one
estimate is created per page. Binding two variance
could be a difficult process.
Infinite releases
Cost information can be replaced gradually so
that the results can be viewed at any time and
creates infinite releases of cost plan.
Limited number
Amount of work in creating traditional estimate is
limited due to the short of time.
Model based and automated input
Automated input and construction quantities
derived from the 3D model.
Traditional estimation drawing and manual
take-off
The quantity take-off is being performed
manually or semi manually, resulting in a time-
consuming process.
Model and integration
Model in 5D cost planning gives visual feedback
for any selected cost item, thus the integration
with the design allow better understanding as to
where the cost is being raised.
Paper and disconnection
Cost estimating is paper-based. The input is
disconnected and doesn’t have any relation with
the results and 2D plane or design.
Immediate feedback
Provide immediate feedback on each design
decision, much more dynamic and easier solution
to keep budget on track.
Comparison between budget versions needed
Comparing versions with one another is not an
easy task, any changes in description will make it
difficult to find matches between two versions.
Visualizing the model from different views
Software generates a 3D model, allow easier plan
and elevation from different directions.
Two-dimension view
Given physical 2D architectural and structural
drawing.
Participation in decision making
The cost planning in 5D-BIM becomes part of the
design process as it provides cost feedback
immediately on each design decision made.
Cost feedback on design
Traditional cost estimating is typically performed
after the design is completed.
Work successfully with complicated projects Not recommended in complicated projects
Create connections between the project
stakeholders
No connection between the project
stakeholders
Project participants work individually.

20. Comparison between the cost planning process of 5D-BIM and traditional
method
5D-BIM cost planning process:
1. First, import the 3D-BIM model to 5D-BIM tool.
2. Secondly, determine elements of cost planning for the 3D-BIM model.
3. Thirdly, calculate the quantities for the determined element.
4. Lastly, price the quantity for the 3D elements using the date base of pricing.
Traditional cost planning process:
1. First, analyse the project by dividing the project into elements.
2. Secondly, extract quantities of the elements.
3. Thirdly, price the quantities by using company’s old records or similar
estimates.
4. Lastly, complete the estimate by printing the estimated prices on the worksheet.
3D BIM Determinin
g Elements
Calculating
Quantity
Pricing
elements
of cost
plan

21. - 6D BIM -
Generally,
6D BIM is an acronym for 6D Building Information Modelling and it is also a term
commonly used in the construction industry where it refers on the project life-cycle
management information.
Services provided by 6D BIM:
6D BIM involves the inclusion of information to support facilities management
and operation to drive better project outcomes.
This data might include information on:
I. the manufacturer of a component,
II. installation date,
III. required maintenance
IV. details of how the item should be
configured
Figure above illustrates the 6D BIM model as mentioned above 6D BIM also known
as the project or building life-cycle management information therefore it can be
clearly seen in the figure that all the elements portrayed from the first step to the
sixth step are regarding about sustainability.
Purpose:
It allows an organisation to understand the methods and the cost for the
sustainability of the project and allocate the finance accordingly.

22. Advantages of 6D BIM
i) Automating Existing Preventive Maintenance Program
This benefit is where is an existing preventive maintenance program isn’t
already automated then BIM can automate it automatically by connecting
the existing software package to supplement the data and
information that already exist to ensure there is a more robust
maintenance program
ii) Improve Space Management
Using this 6D BIM, it allows the user to show and visual the maintaining
element such as AHU etc quickly without even need to ultilise the space
and able to use those spaces more efficiently
iii) Assisting Building Analysis
Because 6D BIM software enable the data and repository of the database
to be constantly updated and therefore when referring back to the
building model in the software, it ensures minimum mistake in
gathering required information
iv) Reduce Time Taken
It has been proven that in the case studies report by the University of
Southern California that 6D BIM able to save the maintenance time up to
80% as all the element that need to be maintained can be identified
quickly with the software and locating the particular element therefore
wastage of time on finding maintaining element is reduced hence saving
time for the remaining part.
i) ii) iii) iv)

23. Disadvantage of 6D BIM
i) High Setup Cost
Setup cost for 6D BIM software is relevantly expensive to install and also
to hire an expertise or verified trainer to train the people to use this
program, the cost for it is high hence this would be the major
disadvantage of this whole system.
ii) Incompatibility Issue
This happened mainly in Malaysia because construction industry in
Malaysia still not on par with the current technology of construction as
most of the construction company prefer to stick with the traditional
method as it is more practical and economical to practice therefore most
of the time, this software is having incompatibility where some people do
not have to software to access the file etc.
iii) Lack of Experts
This contribute to the increase of the setup cost because this technology
is somewhat new in the neighbourhood especially in Malaysia hence the
number of existing experts that mastered the software is very less
resulting in less amount of people that able to use this software.
i) ii) iii)

24. List of software using 6D Bim
1. Autodesk Revit
Autodesk Revit is a building information modelling
software for architects, landscape architects,
structural engineers, MEP engineers, designers and
contractors. This is a program that developed by
Autodesk and it allows users to manipulate whole
building or assemblies or individual 3D shape plan
and track various stages in the building's lifecycle,
from concept to construction and later maintenance
or demolition.
2. AutoCAD Architecture
AutoCAD Architecture is a flagship product of
Autodesk. It is a product with tools tailored for
architectural work. It is roughly the same function as
the Autodesk Revit but this software is more
advanced and more sophisticated to use.
3. ArchiCAD
ArchiCAD is an architectural BIM CAD software
developed by the Hungarian company Graphisoft, it
offers computer with solution to handle common
aspect of aesthetics and engineering during the
whole process of designing of the built environment.
4. BricsCAD
BricsCAD is a software application that developed by
Bricsys. It includes with an advance 3D sketch
modeler with full Industry Foundation Classes
certified BIM functionality and keeping everything
synced with the final construction document set.

25. - 7D BIM -
Generally,
BIM 7D model: Facility Management
Bim facility management organizes and access information like energy usage or
output about a building in 3D format. The tool, also known as a “model”, is used
to manage buildings or facilities through a custom-made database. Users can
visually “move”, or search the database without requiring the users to understand
the facility in depth.
Evolution of 7D BIM
Before,
Before the use of BIM FM, users would
have to get the unit and read the make/
model information physically.
After,
Now, users would go to the unit of the
model instead and click on the unit to
have access to all information.
Purpose:
The purpose of this model is to provide our clients an innovative solution, while
also making contributions to the construction related technology positively. The
original objective of the 7D model is generally to:
I. Enhance construction processes by providing access to all relevant project
datas in a model based concept for construction teams to refer to on site
II. Create a building model similar to what is desired.
III. Protect the company’s design and construction efforts so that plagiarism is
prevented.

26. List of Software for 7D model:
1. Bentley Facilities
Their mission is to create a well maintained campus
infrastructure that is supported and to ensure that
they provide the highest quality of service efficiently
to all of their customers.
Bentley facilities can be classified into three categories which are:
1. Bentley Facilities Planner,
- Bentley Facilities Planner allows information to be obtained easily and quickly on
location and state of space and asset.
2. Bentley Facilities Manager
- Bentley Facilities Manager keeps all of the information related to the facilities in
a powerful window and it also gives out authorities
3. Bentley Facilities Administrator.
- Bentley Facilities Administrator is designed to be plug in to the ProjectWise
Administrator.
2. EcoDomus
EcoDomus is an IT firm that focuses on improving the ways a building is designed,
built, managed, retrofitted using BIM. EcoDomus manages facility data via Common
Data Environment(CDE). It enables internet of things by providing core facility
information and integrating BIM with building automation systems and SCADA. It
gives a 3D view of facilities without too much hassle for facility managers that links
Asset Information Model in BIM with real time facility data operations acquired.

27. 3. FM:Systems FM:Interact
FM: Systems BIM software allows AEC and other
professional facilities to connect Autodesk Revit models
to cloud-based system to assist in managing spaces,
propose the next maintenance and so on. FM:Interact
maintains live integration between buildings models
and the system, this enables AEC and FM professionals
to share ideas during design, construction, and
throughout building lifecycle.
4. Onuma System
Onuma is an ecosystem of tools, platforms and services
for buildings, cities and more. It is used for early
planning, through design and construction and into
operations. Onuma allows data to flow in many formats,
to connect and synchronise with other systems well. It is
also does not require any software installations. Data
still flows from the system into cloud, offline
applications, and into others such as Google, Sketchup,
Revit, and more, regardless if it’s online or offline.
5. Vintocon ArchiFM (For ArchiCAD)
ArchiCAD is the most widely used architectural design system. Its 3-dimensional
CAD software is combined as an organic part to cooperate during graphic and
database operations. ArchiFM is able to retrieve a lot of information from existing
floor plans. This speeds up the process of uploading datas and serves as a starting
point for graphic operation.

28. Advantages to CSCM
i) Effective operational cost
BIM allows the incorporation of environmental
considerations and life cycle operation, as well as the
maintenance costs into the designing process cost
effectively. In BIM, the workplace productivity factors will be
taken into account equally based on statistical workplace
performance data that is reliable.. The involvement of BIM
minimizes losses as well as reduce operational costs in
the near future.
ii) Shorter time for decision making
It allows the information and database for required
analysis and evaluation to be obtained in a shorter time
frame. FM models could be combined with building system
controls to monitor building performances, allowing facility
managers to improve building equipments to ensure they
perform at their maximum potential.
iii) Resource for decision making
BIM FM provides well grounded facility information
database and incorporated views of all the facility system
to allow facility managers to be able to retrieve and analyse
information about the whole system. It enables a new way
of analyzing the behaviour of a building to plan the next
maintenance and repair work in facilities.
iv) Better documentation system
Without the use of paper, data can be captured and
modified using devices. This makes things easier for staffs.
It also reduces the space for data storage and creates a
sustainable environment in a workplace. Instead of using
blueprints, 3D models can be used to reconcile real
components.

29. Collaboration and work flexibility
Reliable building information can be shared with anyone
who needs it throughout the lifecycle of the building easily.
BIM allows collaboration with partners and customers easily
so that both parties are satisfied. BIM also has the potential
to eliminate inefficiencies and improve communication.
BIM has been proposed as a multi-disciplinary collaboration
platform. Use of technologies in today’s modern society
makes things so much easier and faster.
Updated information and clash detection
BIM is able to compile and maintain all information of a
building. Besides that, it is able to search and detect any
clash from any location that is in conflict with each other.
This prevents future troubles and lost of money when
changes are needed to be made at a later stage.
Disadvantages to CSCM
Unfamiliar of the model
BIM in facility management is still relatively new to the
society, hence many people are unfamiliar with the system
and needs more training because they can fully commence
the use of this system. This is to avoid any troubles that
come with poor management that might cause further
trouble for the program operator, information lost, and may
incur more cost.
Requires professional
This system requires a professional with management
skills that will be able to handle all of the operation and
maintenance of the facility throughout the operation or the
building’s life cycle to prevent any mistakes.
High initial cost
To obtain the software and the license itself requires high
cost. Other costs including setting up the system,
updating the system from time to time and so on.

30. - RECOMMENDATIONS -
The future of BIM
The future of the construction industry is digital, and BIM is the future of design
and long term facility management. Furthermore, it is government led and driven
by technology and clear processes and it is implementing change across all
industries. As hardware, software and cloud applications indicate greater capability
to handle increasing amounts of raw data and information, we feel that the use of
BIM will become even more important.
“Government as a client can derive significant
improvements in cost, value and carbon performance
through the use of open shareable asset information.”
Recommendations for better services:
1) Flexibility Changes
Allowing more flexibility through different processes will therefore make even
more changes and transfer into advantages. This can make the Bills of Quantities
to be processed more accurately with the updated cost of the materials in the
industry.
2) Resistant to Viruses or Corruption
Electronically transmitted information becoming corrupted or altered is also a
main concern. Such concerns should not be seen for future services to prevent
progress of projects.
3) Ability to identify various file formats
The technology these days uses different type of software/file formats to
identify. As the file format that can be read for BIM is only the BIMfile, without a
computer having the software, it will not be accessible. Therefore, if the file can be
saved as PDF, an international format, information can be delivered easier.

31. - CONCLUSION -
Future Potential
BIM is a relatively new technology especially in the construction sector, an industry
typically slow to adapt to change. Therefore, we feel that BIM proponents claim that
in the near future, it will offer a lot of value in terms of:
1. Improving visualization.
2. Improving productivity via easy information retrieval.
3. Increasing coordination of construction documents.
4. Linking of vital information such as vendors for specific materials, location of
details and quantities required for tendering.
5. Increasing speed of delivery.
6. Reducing overall costs.
Building information modelling can provide the industry with a lot opportunities to
raise the quality of the industry to a much higher level.
Overall conclusion
But most important of it all, it can help us, quantity surveyors to speed up the
estimating process compared to the traditional method. With the development of
technology like BIM, the responsibilities of the professionals are starting to shift.
BIM includes a series of cost management functions that could change the
processes of cost management of construction projects. This benefits us, Quantity
Surveyors to dig deeper into different parts of the cost management process,
and thus, learn more and achieving more. Having the capability to simulate a range
of data options with real-time cost advice and carry on throughout the detailed
design, construction, and operational stages, BIM will surely place construction
practices at a higher value.

32. - REFERENCES -
1. http://www.bimpanzee.com/bim-3d-4d--5d--6d---7d.html
2. https://www.linkedin.com/pulse/20140822053129-66002134-benefits-of-4d-bim-in-
project-phasing
3. https://books.google.com.my/books?id=aCi7Ozwkoj0C&pg=PA180&dq=services+
+bim+4d&hl=en&sa=X&ved=0ahUKEwjvobvyjc7bAhWMLY8KHYgZA-
MQ6AEIKDAA#v=onepage&q=4d&f=false
4. https://bimestimate.eu/en/the-theory-of-evolution-bim-3d-7d/
5. https://thebimhub.com/2014/09/16/bim-5d-tools-redefine-construction/
#.WyC9NPZuLIV
6. https://www.constructiontuts.com/bim-software/
7. http://www.buildingincloud.net/wp-content/uploads/2017/03/BIM-Software-list.pdf
8. https://www.mckinsey.com/industries/capital-projects-and-infrastructure/our-
insights/imagining-constructions-digital-future
9. https://www.forconstructionpros.com/construction-technology/article/12286825/
how-5d-macro-bim-saves-time-money-in-preconstruction-and-early-design
10. http://i-rep.emu.edu.tr:8080/jspui/bitstream/11129/2922/1/AlsharqawiYazan.pdf
11. http://ascpro.ascweb.org/chair/paper/CPRT114002013.pdf
12. http://www.irbnet.de/daten/iconda/CIB_DC25601.pdf
13. https://www.thenbs.com/knowledge/bim-dimensions-3d-4d-5d-6d-bim-explained
14. http://www.youbim.com/5-ways-bim-can-benefit-facility-management/
15. http://ecodomus.com/wp-content/uploads/2015/05/
isarc2014_submission_122_davtalab.pdf
16. https://en.wikipedia.org/wiki/ArchiCAD
17. https://en.wikipedia.org/wiki/Autodesk_Revit
18. https://engworks.com/services/6d-bim-for-facility-management/
19. https://en.wikipedia.org/wiki/AutoCAD_Architecture
20. https://en.wikipedia.org/wiki/BricsCAD

33. 21. ArchiFM. (n.d.). ArchiCAD. Retrieved from
http://www.archifm.net/archifm-net-functionality/archicad/
22. Aziz, N., Abdul, H., & Ariff, N. (2016, November 10). Building Information Modelling
(BIM) in Facilities Management: Opportunities to be Considered by Facility
Managers. Retrieved from
https://www.sciencedirect.com/science/article/pii/S1877042816315063
23. Bayyari, M. (2015, August 17). List of BIM Software & Providers. Retrieved from
https://thebimhub.com/2015/08/17/list-of-bim-software-providers/#.Wy9YLKczbIU
24. BCC Black Construction. (n.d). BIMFM Case Study. Retrieved from
http://www.blach.com/sites/default/files/BIM%20FM%20-%20Case%20Study.pdf
25. Bentley Facilities. (n.d.). Facilities Management. Retrieved from
https://www.bentley.edu/offices/facilities-management
26. Bentley Systems (2008, November 7). Bentley Facilties V8i Modules. Retrieved from
ftp://ftp.bentley.com/pub/help/facilities/08110527en/html/FacilitiesPlanner/
modules.htm
27. EcoDomus. (n.d.). About Us – EcoDomus. Retrieved from
http://ecodomus.com/about-us/
28. FM Systems. (2017, May 26). BIM for the Building Lifecycle. Retrieved from
https://fmsystems.com/our-software/bim/
29. Onuma-BIM. (n.d.). BIM Ecosystem. Retrieved from
http://www.onuma-bim.com/