Innovation and Technology in the Construction Industry

Discover the role of innovation and technology in the construction industry with Desklib. This presentation covers the impact of AI, machine learning, and sustainable building materials, as well as future implications and examples of innovative measures in the industry. References are also provided for further reading.

Innovation and Technology in the Construction industry

Table of content
• Introduction
• Innovation and technology impacts the build environment
• Examples
• Future implications
• Conclusion
• References

Introduction
Construction industry is a branch of manufacturing and trade based on
maintaining, building and repairing structure. It has been identified that
innovation in this industry are progressing in rapid manner. This industry is
measuring use of innovation and technology at a higher extent rate.

Innovation and Technology impacts
the built environment
• Artificial intelligence and machine learning for construction work
close are playing important role in built environment. This
innovation and technology is managing the complexities of
construction with the help of communication transparency in data
artificial intelligence is making significantly easier to assure success
in all these areas, which further result towards higher profits.

Cont..
• Resource and workflow management software is one of the most
efficient innovation and a greater issues of technology to manage
resources and workforce which helps in reducing maximum
expenses for construction companies and effective workforce
management. Companies in this sectors have opportunity to
conduct their operations in a smooth manner, avoid unexpected
expenses and resource allocation.

Examples
• Robotic Total stations (RTS) is emerging as one of the most innovative
measures in construction industry which is integrated with an electronic
distance measurement. This provides companies in this industry to
remotely controlled from the distance with the help of using tablet which
is equipped with relevant software.
• Sustainable building material in today’s time construction industry are
looking forward to implement the ways to reduce carbon emission in this
this industry is significantly turning to be more effective manners to build.

Future implications
Technology and innovation in construction industry are rapidly
progressing in which organization in this industry are needed to
invest in innovation and technology in order to conduct their
operations and accelerate their growth to assure future sustainability.
Technology and innovations like AI and machine learning for
construction, outflow resource and workforce management software,
3D printing are some of the future implication of construction
industry.

Cont.…
• With the help of taking advantage of innovation and technology like
building information management, robotic total station, mobile
devices, sustainable building materials, cloud computing
construction industry have opportunity to significantly committed to
keep up to date with the future trend and further provide satisfaction
to its consumers government.

Conclusion
According to the abovementioned analysis, it has been identified that
innovation and technology is playing vital and crucial role in
construction industry in which with the help of many innovation and
advanced technology companies in this industry are having
opportunity to conduct cost effective business operations with less
risk, low labour, cost higher efficiency and other advantages.

References
• Alaloul, W.S., Liew, M.S., Zawawi, N.A.W.A. and Kennedy, I.B., 2020. Industrial
Revolution 4.0 in the construction industry: Challenges and opportunities for
stakeholders. Ain shams engineering journal, 11(1), pp.225-230.
• Hazarika, N. and Zhang, X., 2019. Factors that drive and sustain eco-innovation in the
construction industry: The case of Hong Kong. Journal of cleaner Production, 238,
p.117816.
• Sadeghi, M., Mahmoudi, A. and Deng, X., 2022. Adopting distributed ledger technology
for the sustainable construction industry: evaluating the barriers using Ordinal Priority
Approach. Environmental Science and Pollution Research, 29(7), pp.10495-10520.

Thank you