PPMP20015 Assessment
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PPMP20015 Assessment
Assessment 2D: Group Oral Presentation
“Construction productivity improvement: Analyzing innovative methods and
technologies that can enhance productivity in the construction industry and their
impact on project delivery”
Introduction
•
The study's main purpose is to learn if cutting-edge practises and materials may boost construction production
and speed up project completion.
•
The construction sector may benefit greatly from discussions on how to increase productivity using new
methods and technology that speed up the completion of projects (
Elghaish et al. 2021
).
•
The presentation research will examine the larger context of construction management to determine the efficacy
of contemporary practises and tools.
Need and significance of the study
•
Recent advances in construction technology are having
a significant impact on the industry.
•
Productivity is at an all-time high, and working
conditions
have
vastly
improved,
because
to
technological developments.
•
It keeps up with the latest technical breakthroughs and
see the value they can bring to the construction sector
(Lee et al. 2021).
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Research Question
•
Some of the research questions which will be addressed in the presentation
are as follows-
•
What is the role of technology in construction industry?
•
What are the innovative methods and technologies that can enhance productivity in the
construction industry?
•
What is the impact of innovative methods and technologies on project delivery of
construction industry?
Research Objectives
•
Some of the research objective which will be addressed in the
presentation are as follows-
To analysis the role of technology in construction industry
To evaluate the innovative methods and technologies that can enhance productivity in the
construction industry
To analysis the impact of innovative methods and technologies on project delivery of
construction industry.
Preliminary literature review
•
Role of technology in construction industry
•
From the planning stages all the way through to the day the project is finished,
"construction technology" includes everything that was used.
•
Businesses who invest in this sort of technology have a good chance of seeing a rise in
productivity.
•
Data may be collected in real time on the job site and sent to faraway project managers
using mobile devices (
Li et al. 2023
).
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Continue…
•
Innovative methods and technologies that can enhance productivity in the construction
industry
•
Rapid use of machine learning and other kinds of AI in the construction sector. Because it eliminates
the need for ongoing human supervision, digital technology like this leads to significant productivity
benefits in manufacturing plants.
•
Workers will have more time to focus on other, more important projects. The application of artificial
intelligence in building site monitoring is also the subject of ongoing study (Wang et al. 2022).
Continue…
•
Impact of innovative methods and technologies on project delivery of construction
industry
•
Complex machinery may be difficult to assemble in the great outdoors.
•
As off-site manufacturing has become more commonplace, workplace productivity has
increased (
Ye et al. 2022
).
•
When a supplier constructs a massive heat exchanger in their facility, they can better monitor
the flow of components and materials, simplify production, and increase output.
Research Approach
•
Research techniques have a critical role in enhancing the significance of the study's objectives.
•
The entirety of the data utilised in this study was derived exclusively through interviews and other
qualitative research methodologies.
•
The main objective of this qualitative research was to get a deeper understanding of how the
utilisation of advanced methodologies and technology may enhance the efficiency and punctuality of
the construction process (
Al-Ababneh 2020
).
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Data collection methods and analysis
•
This study will employ secondary research methodologies, including a systematic literature assessment of
academic publications authored by researchers holding PhD degrees.
•
The articles will come from online resources including the CQ University library, Scopus, Science Direct,
and Research Gate, among others (
Zhou et al. 2022
).
•
To accurately assess the impact of the pandemic on the construction industry, we propose applying an
interpretivism research approach to investigate data acquired from official publications and commercial
media.
Ethics Statement
•
This measure guarantees the protection of participants' privacy as perceived by the researchers conducting the
study.
•
The confidentiality of the submitted information shall be upheld at all times.
•
The study's findings will be communicated to the participants, and any ethical issues that arise will be
addressed.
•
The eradication of plagiarism and academic dishonesty occurs through the appropriate attribution of work
completed by someone other than oneself (Al-Ababneh 2020).
Project schedule and milestones
Research Activities
Estimated duration
Selection of Topic
1 Week
Definition of research topic
1 Week
Definition of research scope
1 Week
Significance of the study
1 Week
Preliminary review
2 Week
Summary table
2 Week
Theme matrix
1 Week
Selecting research methodology
1 Week
Data collection techniques
2 Week
Conducting literature review
1 Week
Analysis of data
1 Week
Findings
1 Week
Drawings conclusions
1 Week
Report to be printed, bound, and submitted
6 Days
Finalisation of a Project
1 Day
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Risk register
Risk
Probability (1 very low, 5
very high)
Impact (1very low, 5 very
high)
Assessment
(Impact
x
Probability)
Response strategy
Coherence and logic are lacking in the
statement. User text lacks information.
5
5
25
Mitigate
Data collection is time-consuming.
4
5
20
Accept
The issue is financial resource allocation.
2
5
10
Transfer
Not enough reaction time.
3
4
12
Mitigate
Respondent has not responded.
3
3
9
Avoid
Inability to comprehend
4
4
16
Accept
The mentioned behaviour is unethical.
3
5
20
Mitigate
The analytical inaccuracy is discussed.
3
4
13
Transfer
Issues Secondary Source Use Identified.
3
5
15
Mitigate
Uncertainty surrounds the topic's nature.
3
4
18
Mitigate
Stakeholder analysis
Stakeholder
Influence (ability to effect changes)
Impacted by project
Information
needed
Outcome
desired
Researcher
High
High
All
Positive
CQU Library
High
Medium
Essential
Positive
Supervisor
High
Medium
Essential
Positive
Unit coordinator
Medium
Medium
Not essential
Negative
Ethic committee
Low
Medium
Not essential
Negative
Project Gantt chart
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Project resources and budget
Activity
Resources
Budget allowance AUD
Literature review
Library
resources,
personal
researcher
$80
Printing cost
Printing report (hard copy)
$80
Data analysis tools
Tools
improve
data
analysis
productivity.
$50
Travel expenses
Transportation
$50
Buyable
research
articles
were
acquired.
We purchased some of the most
beneficial articles to improve them.
$20
Total
$280
Conclusion
•
The presentation concluded that utilisation of unmanned aerial vehicles (UAVs), also known as
drones, is being increasingly embraced by the construction sector.
•
Unmanned aerial vehicles (UAVs) can be employed by ground crews to conduct inspections of
structures and bridges without exposing personnel to potential risks.
•
Drones have the potential to be employed for the purpose of capturing visual representations of the
architectural framework throughout the construction process.
References
•
Al-Ababneh, MM 2020, ‘Linking ontology, epistemology and research methodology’,
Science & Philosophy
, Vol. 15, No. 9, 75-91.
http://eiris.it/ojs/index.php/scienceandphilosophy/article/viewFile/500/732
•
Elghaish, F, Matarneh, S, Talebi, S, Kagioglou, M, Hosseini, MR, & Abrishami, S 2021, ‘Toward digitalization in the construction industry with immersive
and
drones
technologies:
a
critical
literature
review’,
Smart
and
Sustainable
Built
Environment
,
Vol.
10,
No.
3,
345-363.
https://pure.hud.ac.uk/ws/files/21800081/ST_aaam.pdf
•
Lee, CH, Liu, CL, Trappey, AJ, Mo, JP & Desouza, KC 2021
, ‘Understanding digital transformation in advanced manufacturing and engineering: A
bibliometric
analysis,
topic
modeling
and
research
trend
discovery’,
Advanced
Engineering
Informatics
,
Vol.
50,
No.1,
101428.
https://drive.google.com/file/d/1WaWygGMY4AlFsbqWNzRR5oBAphXvEJSF/view
•
Li, L, Yi, Z, Jiang, F, Zhang, S & Zhou, J 2023
, ‘Exploring the mechanism of digital transformation empowering green innovation in construction
enterprises’,
Developments in the Built Environment
, Vol. 10, No. 2, 100199.
https://www.sciencedirect.com/science/article/pii/S2666165923000819
•
Wang, K, Guo, F, Zhang, C & Schaefer, D 2022, ‘From Industry 4.0 to Construction 4.0: Barriers to the digital transformation of engineering and
construction
sectors’,
Engineering,
Construction
and
Architectural
Management
,
(ahead-of-print),
Vol.
10,
No.
2,
10-12.
https://www.researchgate.net/profile/Kaiyang-Wang-9/publication/362538087_From_Industry_40_to_Construction_40_Barriers_to_the_Digital_Transforma
tion_of_Engineering_and_Construction_Sectors/links/635e083d96e83c26eb682d0f/From-Industry-40-to-Construction-40-Barriers-to-the-Digital-Transfor
mation-of-Engineering-and-Construction-Sectors.pdf
•
Ye, X, Zeng, N & König, M 2022, ‘Systematic literature review on smart contracts in the construction industry: Potentials, benefits, and
challenges’,
Frontiers of engineering management
, Vol. 9, No. 2, 196-213.
https://link.springer.com/content/pdf/10.1007/s42524-022-0188-2.pdf
•
Zhou, Y, Li, H & Sun, H 2022, ‘Metalloproteomics for biomedical research: methodology and applications’,
Annual Review of Biochemistry
, Vol. 91, No.
2, 449-473.
https://www.annualreviews.org/doi/full/10.1146/annurev-biochem-040320-104628
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