CAUSES OF DELAY IN TALL BUILDING PROJECTS IN GCC COUNTRIES
ICCEPM2020, HONG KONG, 7-8 DEC, 2020
The 8th International Conference on Construction Engineering and Project Management
CAUSES OF DELAY IN TALL BUILDING PROJECTS IN GCC COUNTRIES
1. CAUSES OF DELAY IN TALL BUILDING
PROJECTS IN GCC COUNTRIES
ICCEPM-211
MUIZZ OLADAPO SANNI-ANIBIRE
PROF. IR. DR. ROSLI MOHAMAD ZIN
ASSOC. PROF. DR. SUNDAY OLUSANYA OLATUNJI
2. OUTLINE
Problem statement
Objective of the Study
Causes of construction delays
Questionnaire survey respondents
Survey results
Summary of conclusions
Future research direction
Appreciation
3. PROBLEM STATEMENT
Urbanization will add 2.5 billion people to
urban populations by 2050, and
consequently 66% of the world’s
population will inhabit urban centres
(United Nations).
Building tall is a viable solution to
creating urban space in areas where
there exists concentrated population,
scarcity of land, and high land costs.
4. PROBLEM STATEMENT
Mega structures are subject to
underperformance issues such as time
overruns and cost overruns resulting into
delays.
COST
QUALITY
PROJECT
SUCCESS
TIME
5. In 2014, the Council of Tall Buildings and Urban Habitat (CTBUH) published an article
highlighting the growing rate of delay in tall building projects.
PROBLEM STATEMENT
6. OBJECTIVE OF THE STUDY
Understanding
the causes of
delay could
minimize and
control delays
To determine and rank the main causes of
construction delays in tall building projects
11. Tall buildings are risky projects subject to increasing delay occurrences.
The top three causes of delay in tall buildings include
“client’s cash flow problems/delays in contractor’s payment”,
“contractor’s financial difficulties”, and
“poor site organization and coordination between various parties”.
Delay causes such as “civil disturbances/hostile political conditions” and “labor
disputes and strikes” were perceived as relatively insignificant in the GCC countries.
“Unexpected foundation conditions encountered in the field” was considered as an
unlikely cause of delay in tall building projects, as soil and foundation investigations
are considered critical aspects of tall building projects.
SUMMARY OF CONCLUSIONS
12. Further research will seek to:
Develop delay mitigation measures/strategies for tall buildings
Develop delay risk management framework for tall buildings
Adopt modern technology such as machine learning to learn from historical
data
Models for estimating the cost and duration of tall building projects
Models for forecasting delay in tall building projects
Models for predicting the risk of delay in tall building projects
Etc.
FUTURE RESEARCH DIRECTION