BIM-3

Student’s ID: W22021252

Module Title: Building Information Modeling Management, Theory and Practice Module

Code Number: KB7034

Coursework Title: BIM-enabled solutions for construction planning and management of the

Smith’s Dock Project

Table of contents

Contents

Executive Summary ....................................................................................................................3

Brief introduction ........................................................................................................................3

Challenges Identified ..................................................................................................................4

Proposed MMC Method ..............................................................................................................5

Identified Challenges ..................................................................................................................8

BIM-enabled Solutions ............................................................................................................. 11

Conclusion ................................................................................................................................ 14

References ................................................................................................................................ 15

Glossary .................................................................................................................................... 17

Apendices ................................................................................................................................ 18

Executive Summary

Brief introduction

Building information modeling, also known as BIM, is the process of creating and

managing different kinds of data and information that are associated to a structure or building

that has been constructed. This technique includes both the beginning and completion of the

process of implementing many sets of rules and regulations that are relevant to a certain project.

Implementing a model that is up to date helps in both the process of creating linked data and

information sets as well as in the administration of such sets (Costin, 2018). With the assistance

of BIM, the construction process can be efficiently controlled, and all of this information and

data may be put to good use in the functioning of construction operations. Building information

modeling (BIM) is useful in the field of construction because it enables a display that is more full

and accurate of all essential aspects, as well as the insertion of elements that will assist in the

achievement of the overarching aims and objectives. In general, BIM is able to assist with the

management of the various forms of information and data that are required for the effective

completion of any particular construction project (Costin, 2018). The usefulness and usability of

building information modeling (BIM) in relation to the Smiths dock project, where its

application is acknowledged in various stages of the project's operation, will become the

emphasis of the next section of this study.

The project that was described above is a big construction endeavor, and as such, it

requires a significant amount of inventiveness and knowledge in order to properly tackle all

aspects of the endeavor while it is still in the process of being built. If you want to achieve the

greatest results possible, utilizing BIM would be quite helpful throughout the process, beginning

with the planning phase of the project and going all the way through the design of the building

and the operating process. The Building Information Modeling (BIM) approach is vital for

building projects because of the value it adds and the advantages it presents. This provides

evidence that the implementation of BIM in a particular industry is necessary for the

accomplishment of any specific project (Costin, 2018). The Smiths dock project is connected to

the primary emphasis of this location. It is a sizable construction endeavor with the goal of

enhancing the standard of living associated with docking in the North Shields. Therefore, in

order to assist in acquiring the finest output from the construction project and benefiting a large

number of people through the modification and imparting of the best inputs, excellent planning

and management procedure are required. This is due to the fact that excellent planning and

management procedure are required.

Challenges Identified

The execution of the project is being hampered by a number of key challenges. Because

of the project's enormity, the execution and implementation of various mandates and

requirements in the building process will take longer. This is the most challenging barrier since it

reduces the time available to perform the task. Management will require a toolbox of strategies

and procedures to hasten the construction (Bru & Hella, 2020). Thus, management will have an

easier time finishing the work inside the allotted time frame with the help of these methods.

The quality of the Smiths Dock project could suffer if unrealistic deadlines are imposed

on the team. There are some minor activities that, when completed, take a very long time but

yield a very good outcome. However, most project managers favor setting tight deadlines in

order to finish the project on schedule (Bru & Hella, 2020). Employees tend to focus more on

getting their work done than making sure it's of high quality, and this has an effect on the

project's overall output. It is possible that the Smith Dock project will be delayed due to a lack of

accountability on the part of team members due to the lack of communication amongst workers.

It is more challenging to carry out a job with only single individual than it is to accomplish a task

with several individuals. As a result, the Smiths Dock project manager will have a hard time

getting the crew to cooperate effectively.

The budget is another issue that has arisen throughout the building project's management

and planning. When it comes to planning and carrying out construction projects, money issues

consistently prove to be the most tenacious and consequential obstacles. The magnitude of the

Smith's Dock project involves a rigorous and dedicated budgeting procedure that provides for all

of the program's requirements and objectives (Bru & Hella, 2020). The fluctuating price of

construction supplies and other connected needs is a major issue that puts strain on the project's

budget. Managing money and materials can be a pain point and obstacle for construction project

planners and managers.

Proposed MMC Method

The process of planning, carrying out, and finally winding down a particular undertaking

or activity is what we mean when we refer to the "life cycle" of a project. This life cycle outlines

the necessary procedures that must be carried out in order to achieve the desired results

throughout the duration of the construction process. In the construction sector, the project life

cycle is put into practice by a significant number of trained specialists. Determine what has to be

done to get the construction project started as the first step in every construction job. This

includes determining what kinds of issues and opportunities will present themselves throughout

the construction phase as well as what kinds of resources will be required. This is essential

because planning assures that any difficulties that arise throughout the execution of the project

will be dealt with realistic solutions, hence reducing the possibility of undesirable results

occurring (Brouwer et al., 2017). In order to handle the Smith's Dock project more effectively,

there are a number of observable variables that will demand special attention. The quality of the

raw materials and the creation of a budget are two considerations that are essential to the success

of a project. Evaluations and checks are also included as part of the project life cycle to

determine whether or not the planned usage of resources and the development of necessary skills

are progressing as expected.

The decision to select high-quality materials and carry out projects in accordance with

quality standards is an essential component of the quality process. The development of Smith's

dock in San Francisco is a good illustration of the kind of project that aims to make the most of

the advantages presented by its waterfront location. When the plan is carried out correctly, a high

level of design quality can produce an atmosphere that people are happy to refer to as "home"

(Dupuis et al., 2020). We suggest populating the area with a significant amount of greenery so

as to maintain adequate ventilation and allow easy access to the water's edge. As a result, the

layout of the site ought to be revised so that it is both technologically advanced and in harmony

with both the natural world and the existence of humans. This would make it possible to give

protection without cutting people off from their connection to the natural world (Eleftheriadis

et al., 2017). The raw materials that are used need to be of a high enough quality to offer

durability to the construction process while also not generating a considerable amount of

environmental harm.

In addition to this, it is essential to acquire knowledge from the most prosperous

businesses all over the world that have already been established. In order to put a well-planned

design into effect, financial factors are another aspect that need to be given great attention

(Santos, 2019). This is as a result of the fact that the financial component of the budget is what

ultimately drives the project and makes the idea a reality. The reason for this is as follows: This

indicates that the budget needs to be meticulously planned out, and the financial resources should

be managed with a great deal of care in order to reduce the likelihood of the project failing. It

will be necessary to devise an original plan for both the beginning and the end stages of the

project if it is to be finished on time. Because of this, it is essential for those in charge of

planning to take into account the opinions of the people living in the surrounding community as

well as those of any other interested parties (Jin et al., 2019). Their contributions would be

helpful in conceiving of new perspectives and strategies that could increase the likelihood of the

project being a success. The knowledge and experience of these people will have a significant

impact on a project, ultimately leading to improved quality in both the planning and the carrying

out of the project. The plan should be an all-encompassing strategy that may be modified while

still maintaining its coherence. This is helpful for the financial aspect of things as well as

reacting to the ever-changing requirements of the client (Kehily and Underwood, 2017). During

this stage of the life cycle of the project, the team will be responsible for preparing for and

effectively resolving any issues that may arise while the building is being constructed. The

fundamental objective of the project to redesign Smith's dock is to develop a layout that would

simultaneously elevate the standard of living of current residents and pique the interest of

prospective arrivals.

You will be able to have a more distinct understanding of how the project will be carried

out if you adhere to the phases that make up the project life cycle. With the use of material

obtained from several different references and the perspectives of a large number of individuals,

a layout was developed that adheres to a comprehensive set of principles while also adhering to

the norms and regulations contained within the master plan (Kehily and Underwood, 2017). As

a part of this process, we developed a strategy for progressing the construction site in

coordination with regional agencies such as the Council for Architecture and the Built

Environment (CABE) 1and the North-East Design Review. Setting working boundaries and

enhancing quality beyond those limitations were both critical components of the project life

cycle that had to be adhered to in order for the project to be successful. The prefabrication stage

of the building process can therefore be improved thanks to this development (Abbasi &

Noorzai, 2021). Because of this, the original layout will need to be altered in some way, such as

by giving a straight surface the appearance of being curved. As part of the adjustments made to

the design, the layout as well as the scale of the elevations within the Smith's dock project were

also altered. This design took into consideration a number of design aspects that were influenced

by Smith's port facilities. These design elements included under-stair storage, a curved, panel-

filled elevation, and others (Kehily and Underwood, 2017).

Source: BIM Process

https://images.app.goo.gl/VLvThPBs1JobNupJ7

1 Council for Architecture and the Built Environment (CABE)

The dock project that Smith was working on was significantly bolstered as a result of the

alteration, and as a consequence, the potential for customization was increased. It was also

necessary to incorporate a substantial amount of adaptability into the project that Smith was

working on with his dock. This enabled a greater degree of adaptability with regard to

accommodating a huge number of people, and it also incorporated into the project a variety of

extremely effective marketing strategies that could be utilized by the target audience. The degree

of marketing differentiation drives the rate of return on Smith's dock, and it rises as the degree of

differentiation rises. The project's existing resources can be put to good use, not just now but also

in the long run, contributing to more effective project management. The long-term advantages of

the project are proportionate to the efficiency with which its resources are utilized (Marzouk et

al., 2018). This makes the project better as a whole and contributes to the goal of providing the

residents with a community that is more environmentally responsible and technologically

advanced. This results in people making the most efficient use of the space possible, in addition

to improving the rate of financial output that may be achieved as a result of this.

Identified Challenges

There have been other moments along the way where the construction of Smith's dock

has been beset by challenges. The fact that the preferences of the end users weren't taken into

account during the project that was associated to Smith's dock, despite the fact that doing so

would have been beneficial, has led to issues over the quality of the work. The reason for this is

that it opens up additional possibilities for flexibility when it comes to shipping the finished

product. It is possible to mix modular and off-site construction techniques, but this is only

possible if the building designs are meticulously controlled. On the other hand, the project at

Smiths Dock was driven more by the importance put on quality than by the preferences of

particular people (Rad et al., 2021). In order to properly complete the interior design of the

project, it was necessary to install larger windows, create more open floor plans, and raise the

ceiling. However, the awareness that a modular system within an off-site building method would

be more advantageous came about. Utilizing this strategy would result in more effective layouts,

cladding details, and fittings, in addition to increased efficiency and productivity. It is believed

that the Smith's Dock project is weak in each of these aspects, which has resulted in challenges

being encountered.

It is essential because the greater guarantee of quality technique is built on two

cornerstones, which are efficient processing and tight controls. This explains why it is so

necessary. The BIM planning process requires not only finishing the construction but also

interacting with the operational life cycle of the created asset. This is in addition to completing

the construction (Sampaio, 2017). This would ensure that the construction of Smith's dock goes

on without a hitch and that clients get the service they desire. This shows that implementing the

BIM approach into the Smith's Dock project would be extremely beneficial to the overall

outcome. The method is predicated on technological factors, which are used to ascertain whether

or not the design can be executed and to what extent it will be beneficial. As part of the work,

you will also be responsible for enhancing the overall quality of the buildings as well as the

design plans for them. Therefore, utilizing the BIM method would be an efficient means of

repairing the building's quality problems, which now exist. This would help to ensure that the

ultimate product of the construction project at Smith's Dock is of the best quality that is

achievable. The second challenge that was found within Smith's dock was the requirement for a

technologically advanced construction that is not only capable of accommodating change but is

also able to provide robust protection against earthquakes and other forms of natural disaster

(Santos et al., 2020). During the construction of Smith's Dock, the primary emphasis was placed

on enhancing the already-existing structure rather than making use of the cutting-edge

technology that is currently accessible for undertakings of this nature.

In spite of the fact that the concept of infrastructure is perpetually undergoing change,

Smith's project did not pay any attention to this particular dynamic. In addition, there were

developments made in the manner of putting construction activity into action, which is

something that is believed to be lacking in the project that is currently being considered. As a

direct consequence of this, the project is already running far behind schedule in terms of the

building technology and aesthetics. The use of BIM has advanced to the point where it is now

possible to model three-dimensional structures and include them into building plans. Because of

this, the utilization of BMI approaches results in the implementation of a documented form of

design. The implementation of this recorded approach of design has the potential to bring an

unparalleled level of adaptability to the construction site (Kehily and Underwood, 2017). The

design flexibility of the project includes the capacity to complete the building process in an

efficient and effective manner. This ability is part of the overall flexibility of the project. This

results in the building of structures that improve not just technically but also structurally as they

are built. The waterfront will be able to be utilized in a more effective manner as a result of

improved design and building of Smith's dock.

It was also believed that it would be difficult to carry out the construction process at the

location where the Smith's dock project was being developed because of the obstacles that might

arise. Because of this, there is a significant risk that the building system may be affected in an

undesirable manner, which presents a significant challenge. People who are working on the

building project at the site, particularly those who are working in potentially dangerous

situations, are also put in danger as a result of this (Kehily and Underwood, 2017). A tracking

and effective monitoring system that exercises its own control over the BIM technology used in

the deployment of BIM-based solutions is required in order for those solutions to meet the

requirements of the BIM approach. In addition to that, the use of cutting-edge cloud computing

services is included as a component of the technological application that is directed by BIM. In

addition to a tracking system that is effective for materials and controls, it is necessary to have a

monitoring system that is both safe and secure. This serves to improve the building site as a

working environment by averting harm to both the workers on the site and to civilization as a

whole, which would have been caused by the waste of human and material resources. It is also

necessary to manage and safeguard the data and information that is associated with the Smith's

Dock project (Santos et al., 2020).

A fundamental challenge that had to be overcome was the poor quality of the raw

materials that were used in the construction of Smith's dock. This issue has a workable solution

available in the form of the BIM approach. Significant technological issues can be improved by

the application of a BIM technique. It is possible to make use of potential such as the design for

hoisting steel structures in order to boost the amount of these vital components that are used in

the project. The usage of technology that is based on BIM allows for the reshaping of structures

in order to fit changing user requirements. In addition, not only can it be molded or reshaped, but

its stability in terms of safety and accuracy may also be retained in an efficient and effective

manner (Santos et al., 2020). This indicates that any essential modifications to the project can be

made in the future, whether to deal with an unanticipated crisis or to adapt to evolving

requirements. These modifications could be made for either of these reasons. It is not only

possible, but there is also no need to make any concessions in terms of the level of quality or

safety. This lends credence to the idea that if BIM is utilized in the construction of Smith's dock,

quality might be easily preserved.

The construction of Smith's dock is a major endeavor, and it will take a significant

amount of time to fully complete it while also satisfying all of the many regulations that come

along with it. Technology has made it much easier to put any work into action, which has

contributed to a significant reduction in the amount of time that is required to perform any given

task. The construction of large structures, such as the Smith's dock, that are predicted to take a

significant amount of time is therefore viable. This is due to the fact that the cost of the

procedure increases proportionally with the amount of time it takes to complete it. It's a difficult

scenario because increased spending will inevitably result in decreased profits (Santos et al.,

2020). Because of this, the amount of time needed to finish a project can be significantly reduced

with the assistance of technology that is based on BIM and the broad adoption of this

technology. A task of this nature calls for employees who are highly skilled and experienced in

order to monitor and carry out the task with as few hiccups as possible. This is a further

challenge that must be overcome during the execution of the project. Building projects that are

plagued by inexperienced or unskilled personnel may benefit greatly from employing technical

input and adopting a BIM strategy as a means of overcoming these challenges. When it comes to

the task at hand, a significant percentage of it may be completed in a manner that is technically

sound, and difficulties can be solved with relative ease if employee ignorance of the subject

matter is eradicated. The construction of the dock at Smith's is hampered further by the absence

of machinery that is of any use (Marzouk et al., 2018). Not only does the employment of

machines result in an improvement in the quality of the job being done, but it also results in an

increase in both the speed with which the project is completed and its precision. Therefore, the

utilization of BIM-based methodology is a crucial factor in determining whether or not Smith's

dock project will be successful.

BIM-enabled Solutions

Enhancing the overall quality of the work is essential to the completion of any project,

and the success of Smith's Dock is no different in this regard. The implementation of technical

ramifications has the potential to make significant headway toward resolving the problems that

are associated with the current topic of discussion. The construction project stands to gain a great

deal from the introduction of technology solutions that make use of contemporary design

methodologies, such as 3D modeling of the structures themselves. This is the case since doing so

guarantees that the design is cutting-edge as well as strong, being able to endure even the most

demanding of circumstances. It's possible that the implementation of BIM-based technology into

the building of Smith's pier is completely warranted. This is because these solutions are state-of-

the-art and highly sophisticated, making it possible for them to handle any issues that may arise

during the execution of any project or while it is being used. In addition, the utilization of state-

of-the-art technology that is predominately comprised of mechanical and electronic devices is

required for BIM methodologies (Marzouk et al., 2018). Those who are participating in the

project will need to exert less work than they did at the beginning of the process. Building work

may be carried out more easily and efficiently thanks to the use of machines, which also reduces

the amount of labor that must be performed by human employees. These solutions that adhere to

BIM are not only able to improve the building process, but they are also able to raise the safety

and security of the process.

BIM 360 software

Source: About BIM 360 Software

https://images.app.goo.gl/GK15PKTmTcNdwADC6

In addition to this, the solutions provided by BIM techniques ensure the confidentiality of

the data sets and information that are utilized in the Smith's dock project. Software is one

component of the cutting-edge technology that ensures the confidentiality and safety of the data

and information. This ensures that the data and information cannot be accessed by unauthorized

parties. It is absolutely necessary that this sensitive information be kept secure because its

disclosure could have extremely negative repercussions for the construction project. In addition,

the utilization of a range of cutting-edge technology makes it much simpler to monitor the

construction process and identify any modifications that need to be made to the Smith's Dock

project. This makes it possible to maintain a closer eye on the progress of the project. By

utilizing software that is based on BIM, it is possible to conduct more in-depth inspections at

each step of the development or refurbishment of a structure. The program has the potential to be

highly useful in locating and resolving issues that arise in the midst of a building project or

during the process of making modifications to an existing one (Kehily and Underwood, 2017).

The software that is based on BIM is helpful in the ongoing monitoring and inspection of each

and every aspect of the building process.

In addition, the building project that is currently underway stands to gain a great deal

from the solution that has been suggested, which entails enhancing the quality of the raw

materials that are being used in the Smith's dock project. As a direct consequence of this, not

only will the efficiency of the people in charge of organizing the project improve, but so too will

the residents' access to a modern, secure, and safe place to call home (Marzouk et al., 2018). In

addition, a platform known as Autodesk BIM 360 enables efficient synchronization of project

teams and data beginning with the design phase of a construction project and continuing all the

way through its conclusion. Because of this software, the construction company can now make

more informed choices, which in turn will lead to better outcomes.

Conclusion

In this study, a comprehensive analysis of the Smith's Dock project is presented, in which

a wide range of considerations are taken into account. The report has provided an overview, in

accordance with the stages of the project life cycle, of the necessary preparations and

requirements for the administration of the project. After the quality, the budget, and the resources

have all been analyzed, the report looks at the problems that have come up during the life cycle

of the project and examines how they came about. The challenges associated with the project

have been recognized, and techniques based on BIM (Building information modeling) have been

suggested as a means of tackling those challenges(Abbasi & Noorzai, 2021). We offer potential

solutions to these issues in the hopes that they will be effectively addressed and that the Smith's

Dock project will be able to derive the most possible benefits from its completion. The article

also discusses the thought process that went into developing the solutions for the project and

provides specifics on how to put them into practice. All of these discussions will have paid off

handsomely in terms of making life in the development more pleasant and increasing the bottom

line of the project if Smith's dock is successful in improving the project and resolving the issues

that residents anticipate will arise as a result of the project.

References

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transportation infrastructure–Literature review, applications, challenges, and

recommendations. Automation in construction, 94, 257-281.

Brouwer, J.M., Lan, P., Cowan, A.D., Bernardini, J.P., Birkinshaw, R.W., van Delft, M.F.,

Sleebs, B.E., Robin, A.Y., Wardak, A., Tan, I.K. and Reljic, B., 2017. Conversion of

Bim- BH3 from activator to inhibitor of Bak through structure-based design. Molecular

cell, 68(4), pp.659-672.

Dupuis, M., April, A. and Forgues, D., 2020. Enabling Automatic LCA at Any Stage of the

Building Based on Its BIM Model. Periodica Polytechnica Architecture, 51(1), pp.15-22.

Santos, R., Costa, A. A., Silvestre, J. D., &Pyl, L. (2019). Integration of LCA and LCC analysis

within a BIM-based environment. Automation in Construction, 103, 127-149.

Eleftheriadis, S., Mumovic, D. and Greening, P., 2017. Life cycle energy efficiency in building

structures: A review of current developments and future outlooks based on BIM

capabilities. Renewable and Sustainable Energy Reviews, 67, pp.811-825.

Jin, R., Zhong, B., Ma, L., Hashemi, A. and Ding, L., 2019. Integrating BIM with building

performance analysis in project life-cycle. Automation in Construction, 106, p.102861.

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information technology in construction, 22, pp.145-167.

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determine the trade-off between embodied and operation energy focused on renewable

energy use. Journal of Cleaner Production, 281, 125359.

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stage. Automation in Construction, 123, p.103480.

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Bru, C., & Hella, J. (2020). Managing Project Complexity in The Smart Building

Environment:“A Proposal of how to overcome the challenges in project management in

the Real Estate industry” (Master's thesis, HøgskulenpåVestlandet).

Glossary

(BIM)Building information modeling - the comprehensive method of producing and

maintaining data on a physical asset.

Docking -Bringing a Boat or Ship In to Dock

Project life cycle- comprises the steps taken to complete a project from start to finish.

Council for Architecture and the Built Environment (CABE) - The official government

expert on matters of public space, urban planning, and architecture.

Marketing differentiation - is a plan in which a business makes an effort to reach out to more

than one subset of its potential customers through a single set of promotional efforts.

Construction techniques - Are the methods employed by construction companies to

Appendices

Appendix -1

Location: Smith Dock Project Location

Appendix -2

Identification and Design Changes

Appendix -3

Construction Phase

Appendix -4

Final Output of work