Comprehensive Report on Project Complexities: Causes, Tools, & Cases

This report delves into the multifaceted aspects of project complexities, exploring the various factors that contribute to uncertainties and their impact on project outcomes. It discusses the causes of project failures, including unwillingness of stakeholders, ineffective project management, and unpre...Read More

Project Complexities

Abstract
There are various factors which contribute in increasing the complexities and uncertainties
merged with the development of the project. The complications and uncertainties associated
with the project development affects the quality of the project in terms of time and cost. The
project environment focuses on the work, health, and, safety standards which are provided to
the employees to compete their tasks with the given time boundaries and available resources.
The project environment is based on five factors which are categorised as cultural, social,
international, political, and physical. The complex projects implements various tools for
measuring the efficiency of the undertaken project .The progress of the project should be
monitored periodically for identifying the critical path of the project. The uncertainty of the
project can be measured by mapping of the project tools according to the requirement of the
project. According to the risks and its degree associated with the project completion phase,
the projects can be divided into three categories which are classified as simple, complicated,
and complex. The degree of the uncertainties and its impact on the development phases of the
project helps in identifying the complexities of the project. It can be concluded that the
incorporation of the risks and uncertainties had a direct inverse effect on the project
outcome. The variation occurs in the quality of the end product as expected by the project
owners and sponsors. The project fails due to the overrunning of the cost and time.
Keywords: Project Environment, project tools, project categorise, Gantt chart

Contents
Abstract......................................................................................................................................1
Introduction................................................................................................................................3
Discussion..................................................................................................................................3
1 Causes, environment, and properties of the complex project.........................................3
2 Tools and techniques to aid project manager manage complex projects........................7
3 The Degree and nature of the project cases..................................................................11
Discussion................................................................................................................................13
Conclusion................................................................................................................................15
References................................................................................................................................16

Introduction
The complications and uncertainties associated with the project development affects the
quality of the project in terms of time and cost. The gaps and flaws in the project
management cycle should be identified so that complexities and risks associated with the
development plan can be minimized. The inclusion of new technologies with the changing
world increases the level of complication in managing the trends of technical and
management complexities. The technical complexities are associated with the change of
technology according to the requirement of the marketing trends. The existing staff members
feel incompatibility with the new graphical user interface. The management complexities get
increased due to ineffective management of activities among the team members for
incorporating flow of information to manage effective coordination and cooperation among
them. The decision making process get affected due to rising of managerial discrepancies.
The employees skills and expertise should be sharpen by deploying the training and
development program required for making them compatible with the new technology which
helps in reducing the chaos and conflict among them (Wilson, 2012). The imbalance between
the resources supply and demand results in increasing the risks of grievances among the
working employees. There are various factors which contribute in increasing the complexities
and uncertainties merged with the development of the project (Vidal, and Marle, 2015). The
delay in the project time can occur due to the unwillingness of the employees, ineffective
resource management, inaccuracy in the work distribution, and others. The cost of the project
rises up due to the project is not completing on time. The scenario of the working
environment can be changed by including the new technologies
Discussion
1 Causes, environment, and properties of the complex project
Introduction and summary
There are various theories presented by the researcher to analyse the facts related to the
failure of project and uncertainties associated with it. The inter-relation and dependencies of
the time, cost, and quality should be determined to handle the flow of project activities
effectively. There are three major theories which are devised by the authors are categorised
as:

 Theory of interdependencies: The theory of interdependencies focuses on analysing
the facts related to the coordination in the deployment of the project activity schedule.
The communication flow of information and management of resources should be
systematically arranged for maintaining correlation among the working units of the
enterprise
 Theory of time management: The focus should be given on completing the activities
and resource distribution among the member participants within the given period of
time. The preference should be given on managing the time constraints which are
associated with the systematic completion of the project schedule structure. The
monitoring of the critical activities helps in completing the project without any dely.
 Theory of uncertainty: The identification of risks and uncertainties associated with the
project completion plan should be diagnosed early during the project starting phase.
The milestone should be achieved successfully by prioritizing the risks activities to
minimize it effectively. The efficiency of the project manager to take effective critical
decision in the emergency situation helps in flourishing the tasks without any
complexities. The procedure of risks allocation and management should be
systematically scheduled between the resources used in the completion of the project.
The failure of the project is due to various causes such as unwillingness of the stakeholders
nad employees in completing the given tasks, failure of the project manager in synchronising
the project schedule, unpredictable risks associated with the project, ineffective
implementation of project management methodology, poor quality of resources used,
inefficiency in identifying project requirement and development of the strategic plan, unclear
goal, vision, mission, and objectives of the project development schedule, ineffective
management of resources at the need and demand, and others.
The project environment focuses on the work, health, and, safety standards which are
provided to the employees to compete their tasks with the given time boundaries and
available resources. The project environment is based on five factors which are categorised as
cultural, social, international, political, and physical. The project team is the collection of
different culture with respect to caste, language, creed, race, region, and tradition (Whitney,
and Daneils, 2013). The social factor is responsible for developing the team spirit among the
working employees. The international relationship among the business partners and
employees helps in providing the knowledge related to the different working environment for
the development of the project criteria. The political control helps in analysing the role of

government plays in completing the project activity schedule. The physical environment of
the project helps in analysing the working facilities, machinery, and resources provided to the
team members for completing the given tasks.
The success of the project can be measured by analysing the delivery of the project within the
specified time and cost. The contribution of the project sponsors should be taken periodically
to judge the right method used for developing the project. The areas of improvement should
be monitored for increasing the efficiency of the project. The communication plan and tools
should be deployed in the systematic manner to increase the affordability of information and
resource management. The performance of the employees can be improved by providing
health and safety facilities to them. The aim, vision, and goal of the project should be clearly
defined to the stakeholders for completing the given tasks effectively. The feedback and
reviews from the sponsors and owner should be readily collected for optimizing the area of
improvement. It helps in improving the decision ability of the project manager. The manual
tests should be performed for increasing the efficiency of the project delivery.
Evidences and Example
Causes Description
unwillingness of the
stakeholders
The stakeholders are not able to give their best due to the
change in technology, poor remuneration, and others
failure of the project manager
in synchronising the project
schedule
Inexperience of the stakeholders in synchronising the project
schedule
unpredictable risks
associated with the project
The risks manager are not able to predict the risks associated
with the project
ineffective implementation of
project management
methodology
The project manager is not able to implement right
methodology for the development of the project
poor quality of resources
used
The contractor does not provide good quality resources at the
construction site of the project
inefficiency in identifying
project requirement and
development of the strategic
The project owner does not clearly identified the requirement
of the project (Saed, Yong, and Othman, 2016)

plan
unclear goal, vision, mission,
and objectives of the project
development schedule
The project manager is not able to present the clear goal,
vision, mission, and objectives of the project
ineffective management of
resources at the need and
demand
The contractor is not able to provide the resources on time
which leads to delay in the completion of the project
(Sperling, 2015).
Example:
During the study of Queensland health department, we have diagnosed that the employees
and the staff members do not give their best since they are not receiving adequate amount of
payment. The payroll is the major problem for the QLD health department.
The deep water horizon project fails due to the oil spilling complexities associated with the
functional program of the oil filling program. The environment gets polluted due to the
explosion of the gases (BOEM, 2016). The pollution level of the water also get increased
which is not suitable for the underground and marine living animals. The Ministry of
environmental service is appointed for identifying and checking the level of pollution in the
ocean and its control measures to lower down the pollution of the nearby surrounding. It is a
very complex task to handle the spilling of the oils in the ocean (Ramseur, 2015). The
explosion in the deep water horizon project can be depicted from the image below:
The channel tunnel project is facing the problem of signing treaty between the French and the
British. The political and legal risks are equipped with the project which results in the delay

of completing the construction of the tunnel. From the study of the various case studies we
are able to analyse the complexities of the project to complete the activities effectively within
the given time and cost.
Conclusion
It can be concluded that the project can be successfully completed by finishing the tasks
within the proposed deadline by managing uncertainties associated with the project. The
privilege should be given for managing the risks at an early stage of the project. The inter-
relation and dependencies of the time, cost, and quality should be determined to handle the
flow of project activities effectively. The scheduling of the stakeholder working curriculum
activities can be done by assigning the duties and control to complete the project accordingly.
The in-depth investigation helps in determining the clear aspect of goal, vision, mission, and
objectives of the project development schedule.
2 Tools and techniques to aid project manager manage complex projects
Introduction and summary
The tools and techniques should be deployed for managing the project deliveries. The
complex projects implements various tools for measuring the efficiency of the undertaken
project .The progress of the project should be monitored periodically for identifying the
critical path of the project. The uncertainty of the project can be measured by mapping of the
project tools according to the requirement of the project. The project can be effectively
controlled by deploying the tools such as network diagram, critical path analysis, and Gantt
chart. The analysis of the pending action in the project activity schedule helps in minimizing
the difference in the date of project completion. The critical analysis of the project activities
completion by finding out the critical path of the undertaken project helps in improving the
work flow performance of the project. The interdependencies and interrelationship between
the project activities helps in increasing the flow of information and resources among the
working units of the project. The employees should be given prediction and ordered for
completing the crtical activities before than the normal flow of project activities. The
monitoring of the project completion program by deploying the different measuring tools
such as Gantt chart, pert chart, network diagram, critical path analysis, and others helps in

increasing the monitoring process on the developed project schedule. The resources
distribution should be done according to the requirement of the activities so that the supply
and demand can be effectively managed between them. The leadership plays a vital role in
analysing the strategic plan of the project for completing the project effectively and
minimizing the risks associated with the project for the smooth working of the project.
The system anatomy tools are designed integrating the central control on the business
processes. The work efficiency of the team members can be improved by synchronising the
responsibilities and authorities associated with the project. The central control can be
managed by defining the correlation and interrelationship between the project activities.
The performance of the project can be improved by managing the linking of time between the
interconnected activities. The time should be divided among the project activities by
analysing the historical performance of the project completion activities. The organization
structure should be developed for managing the flow of information between the different
team members of the project. The impact of risks should be measured with respect to the time
required for finishing the tasks.
The deployment of earned value tools helps in evaluating the project complexities and
association of the risks in completing the given tasks. The functional dependencies of the
transaction should be measured for systematic management of the activities. The net profit
gained by the programmed project activities can be evaluated by increasing the transparency
and interrelationship between them.
The implementation of the soft linking tools helps in analysing the technical barriers which
are associated with the project development schedule. The feedback and reviews of the
sponsors and owners should be given privilege for improving the control over the project
schedule and systematic arrangement of the resources for finishing the tasks with efficiency
and effectiveness.
The project performance can be improved by managing the strategic alignment between the
internal and external members of the project.
Evidences and Example
Network Diagram:

The project planning can be effectively analysed by viewing the network diagram of the
project activities. It helps in analysing the interrelationship between the activities to get
central control of the activity schedule. The precedence of the activities helps in analysing the
input and output of the interdependent activities (Lebcir, Choudhrie, 2011). The total duration
of the time required for finishing the tasks can be calculated by analysing the network
diagram. The difference between the early start of the activities and late finish of the
activities helps in measuring the slack time.
Critical Path analysis:
The critical path should be determined from the Gantt chart to analyse the priority of
activities which are set for completing the tasks within the given period of time. The critical
activities should be incorporated with the Zero slack values for determining the efficiency of
the project effectively. The increment in the slack value results in delay of the project
activities. The monitoring of the critical path manages the centralized control on the project
performance. The critical activities are competed before than the other normal project
activities for ensuring the completion of the project within the given project boundaries of
time and cost.
Program evaluation and Review method:
The PERT chart is prepared for analysing the completion of the critical activities in the given
period of time. The analysis of the critical path helps in establishing smooth flow of activities
for completing the project effectively. The planning and scheduling of activities can be
simplified by initializing the pert chart.

Gantt chart
The project activities can be systematically scheduled by giving proper duration of activities
to finish the tasks effectively. The allocation of resources and cost helps in improving the
flow of information between various units of the project.
Work Breakdown structure
The work breakdown structure should be developed for dividing the project activities into
different modules for finishing the given task effectively. The given project activities is
hierarchically decomposed into various smaller activities which helps in increasing the
scheduling of time, cost, and control.
Documentation

The documentation of the project should be prepared for improving the business units and
operation in the future. The dependencies of the project schedule should be systematically
documented for future reference. The project status report helps in minimising the risks
associated with the project.
Conclusion
It can be concluded that the inclusion of different tools and technologies helps in completing
the project without any complexities and setting down smooth operation of the work flow
units. The progress of the project should be monitored periodically for identifying the critical
path of the project. The uncertainty of the project can be measured by mapping of the project
tools according to the requirement of the project. The deployment of the project tools helps in
minimizing the uncertainties and risks associated with the project completion phase. The
centralised control on the project activities helps in minimizing the impact of risks on the
project schedule for flourishing the tasks effectively.
3 The Degree and nature of the project cases
Introduction and summary
According to the risks and its degree associated with the project completion phase, the
projects can be divided into three categories which are classified as simple, complicated, and
complex. The degree of the uncertainties and its impact on the development phases of the
project helps in identifying the complexities of the project (Rauber, 2014). The selection of
wrong project methodologies results in increasing the complicacies and complexities of the
project. The efficiency of the project should be determined for resolving the problem domain
comply with the format of activity scheduling. The activities should be systematically
arranged for achieving the ultimately goal of the project. The documentation of risks and
uncertainties helps in minimizing the complexities associated with the project. The
framework of project activities and work breakdown structure should be prepared for
managing the complexities of the project.
The simple projects are the projects which are comply with the smaller range of uncertainties
and complexities within the working schedule of the project. The risks can be easily predicted
by optimizing the flow of information. The inclusion of tools and technologies are not
required for systematic analysing of the risks and uncertainties associated with the project

delivery program (Passenheim, 2015). The assessment and evaluation of the risks should be
done in the starting phase of the project.
The complicated projects are the project in which the degree of critical activities is tough to
estimates the risks association with the project delivery program. The predictability of the
risks is difficult to accompany during the project start-up phase (Owens, 2010). The
complicacies with the project delivery program can be increased due to no systematic
synchronisation of the activities to achieve the common tasks and objectives. The tools like
network diagram, Gantt chart preparation, and PERT charts are implied in the designing of
the project schedule. The risk manager should remain active in diagnosing the risks severity
and likelihood for effective completing the project activities. The uncertainties can be arise
anytime with the project phases.
The complex projects are the project in which the association of risks is not easy to determine
during the project start-up phase. The risks manager is not able to analyse the impact of
severity on the completion of the project phases which had a direct impact on the end results
of the scheduling process. The delay in the project takes place and it is not be able to
complete it within the given amount of cost and time. The possibilities of increasing the risks
and uncertainties arise due to the deployment of ineffective project methodologies and project
schedule (Otieno, 2014). The activities which are designed for the project to complete the
given task is not aligned with the final objectives and goal of the project.
Evidences and Example
The difference between the complex, complicated and simple project can be determined by
analysing the management of aircraft at the airport with its landing and take-off scheduling
procedures. The strategic approach is adopted by the flight controller to manage the time of
take-off and landing of the flight.
The simple project example is that the civil pilot is provided with the pre-planned strategy of
take-off and landing of the flight. The aim of the controller is to make available flight on the
scheduled time at the destination.
The complicated project can be analysed by the work flow management of the air traffic
controller. He is the person who synchronised the management of landing and take-off of the

air craft. The complicacy of the duties increases when the landing of the aircraft have to be
managed in the emergency situation (Oehmen, Josef, Thuesen, Christian, Ruiz, Pedro,
Geraldi, and Joana, 2015). The controller should keep all the information regarding to the
weather report, change in the climatic condition, and others. The assessment of the risks
should be determined in advance so that the pilot should be informed about the variation in
the climatic condition during the journey of the flight.
The complex project can be analysed by taking the example of the landing and take-off of the
fighter plane. The landing of the fighter plane is not fixed. It can be landed according to the
emergency situation. The complexity of the flight can be increased by landing it anywhere.
The flight controller should possess creative skills for landing of the flight.
Conclusion
It can be concluded that the degree of uncertainties associated with the project activity
schedule helps in categorising the project into simple, complicated and complex. The project
activities can be systematically scheduled by giving proper duration of activities to finish the
tasks effectively to minimize the complexity of the project. The efficiency of the project
should be determined for resolving the problem domain comply with the format of activity
scheduling.
Discussion
The project complexity is the ratio of risks and uncertainties incorporated with the
development process of the project schedule. There are various factors which give rise to the
complicacies of the project such as employee restriction to adopt the change in technology for
improving the operation efficacy of the business units (Ochieng, and Hughes, 2013). This
result in the unwilling performance of the project stakeholders and their percentage of
contribution in the development of the project degraded. The employees does not adopt
ethical behaviour in the transmission of information and management of resources among
them which increases the chaos and conflicts among them. The inefficacy of the project
manager in the construction of the project schedule and incorporation of the time limit for the
project start and finishing tasks results in the poor performance of the project. The critical
thinking and creative thinking of the project manager helps in resolving the complex tasks

and uncertainties associated with the system. The efficiency of the project completion process
decreases with the incorrect choice of project management methodology (Dao,
Kermanshachi, Shane, and Hare, 2016). The requirement of the project should be matched
with the project schedule developed for achieving the required tasks and set of project goal
and objectives. The complexities of the project depend upon the three major factors which are
cost, time, and quality. The trend analysis of the business process should be determined for
analysing the historical evidences of the past performance of the project. The success of the
project can be measure by analysing the return on investment. The risks can be minimized by
developing the effective plan for managing the risks at an early stage of the project (Davies,
2007). The drivers of the project should be determined in the project start up phase to
minimize its impact on the project development phase and helps in finishing the project
smoothly. The continuous improvement plan should be developed for minimizing the gaps in
the development process of the project and helps in achieving the long term sustainability of
the project. The development of the organization structure and project hierarchy system helps
in scheduling the delivery of the processes effectively. The reviews of the feedbacks helps in
updating the project work so as to minimise the complexities during the end process of the
project. The visualization of the project methodologies helps in analysing the impact of cost,
time, and quality on the end product of the project development life cycle. The uncertainties
associated with the project can be measured for evaluating the level of complexities in
completing the project smoothly. The peer to peer process scheduling for identifying the risks
is an important tasks for analysing the project boundaries. The data should be collected for
historic events to analyse the risks association with the project activities so that proactive
mitigation plan should be developed for it. The dependency among the project activities
should be determined so as manage the systematic scheduling of the project activities. The
areas of improvement should be monitored for increasing the efficiency of the project. The
communication plan and tools should be deployed in the systematic manner to increase the
affordability of information and resource management. The development of the work
breakdown structure and cost breakdown structure helps in reducing the risks and
complexities which are associated with the project development program (Beleiu, Crisan, and
Nistor, 2015). The project complexities which are associated with the project majorly
increases due to the unwilling nature of the stakeholder to adopt new technology. The
leadership plays a vital role in analysing the strategic plan of the project for completing the
project effectively and minimizing the risks associated with the project for the smooth
working of the project. The experienced project manager should be appointed for completing

the project because he can take creative action plan for minimizing the impact of
uncertainties by designing an alternative solution to accomplish the project tasks. The
stakeholders are not possess the creative thinking skills for solving the uncertainties
instantaneously (Baccarini, 2015). The delay in the scheduled activities completion will
results in the increment in the project cost structure. The overrunning of the cost and time
will signed as a project failure. This means that the complexities are not solved effectively
during the construction of the event. The social, political, ethical, and legal risks had a direct
adverse effect on the project complexities (Azim, 2010). There are various tools which are
used for analysing the risks and settling down during the project initiation phase. The most
successful project tools are the development of the Gantt chart to emphasis on the critical
path of the project activities. The identification of the critical activities helps in setting
priority to the critical tasks and completes the activities prior to the other activities.
Conclusion
It can be concluded that the incorporation of the risks and uncertainties had a direct inverse
effect on the project outcome. The variation occurs in the quality of the end product as
expected by the project owners and sponsors. The project fails due to the overrunning of the
cost and time. The marketing analysis of the competitors helps in aiding new technologies
with the project development schedule. The effective relationship should be developed with
the political authorities so that legal and political risks can be effectively reduced and helps in
completing the project smoothly without any interruption. The ineffective structure of the
organization hierarchy system helps in inducing the risks in the project phases. The creation
of the risks breakdown structure helps in minimizing the impact on the project outcome. The
analysis of the risks severity and likelihood helps in associating the priority to develop
effective mitigation plan to reduce its impact on the project boundaries and completing the
project successfully. The development of the project schedule should be done in the direction
of the project vision which should be clearly defined during the project initiation phase. The
innovative inclusion of the trends and technologies decreases the throughput of the
employees. The performance of the stakeholders can be improved by organizing a training
program to guide them for achieving the project goal and expected outcome. It helps in
increasing the contribution and willingness of the employees to give their best. The
implication of the tools for analysing the risks associated with the project should be done
according to the requirement of the project phase. The development of the Gantt chart, Pert

chart, and network diagram helps in analysing the critical activities which can affect the
completion of the project schedule within time and cost. The critical activities should be
completed at top priority so that their impact on the business process can be effectively
minimized. The technical complexities are associated with the change of technology
according to the requirement of the marketing trends. The existing staff members feel
incompatibility with the new graphical user interface. From the study of the various case
studies we are able to analyse the complexities of the project to complete the activities
effectively within the given time and cost. The feedback and reviews of the sponsors and
owners should be given privilege for improving the control over the project schedule and
systematic arrangement of the resources for finishing the tasks with efficiency and
effectiveness. The analysis of the pending action in the project activity schedule helps in
minimizing the difference in the date of project completion. The critical analysis of the
project activities completion by finding out the critical path of the undertaken project helps in
improving the work flow performance of the project. The visualization of the project
methodologies helps in analysing the impact of cost, time, and quality on the end product of
the project development life cycle.
References
Azim, S. (2010). Understanding and managing project complexities. 1st ed. [ebook].
Retrieved from https://www.escholar.manchester.ac.uk/api/datastream?
publicationPid=uk-ac-man-scw:121030&datastreamId=FULL-TEXT.PDF
Baccarini, D. (2015). The concept of project complexities- A review. International journal of
project management, 14(4), pp. 201-204. Retrieved from
http://ieg.ifs.tuwien.ac.at/~aigner/projects/planninglines/evaluation/
Project_Management/papers/baccarini96complexity.pdf
Beleiu, I., and Crisan, E., and Nistor, R. (2015). Main factors influencing project success. 1st
ed. [ebook]. Retrieved from
http://www.efos.unios.hr/repec/osi/journl/PDF/InterdisciplinaryManagementResearch
XI/IMR11a05.pdf

BOEM. (2016). An analysis of the impacts of the deepwater horizon oil spill on the Gulf
industry Retrieved from https://www.boem.gov/ESPIS/5/5518.pdf
Dao, B., Kermanshachi, S., Shane, J., and Hare, E. (2016). Identifying and measuring project
complexities. 1st ed. [ebook]. Retrieved from
https://www.researchgate.net/publication/303391889_Identifying_and_Measuring_Pr
oject_Complexity
Davies, T. (2007). Aspect of complexity: Managing project in the complex world. 1st ed.
[ebook].
Lebcir, R., Choudhrie, J. (2011). A dynamic model of the effects of project complexities on
time to complete construction projects. International journal of Innovation,
management, and technology, 2(6). Retrieved from http://ijimt.org/papers/179-
A10002.pdf
Ochieng, E., and Hughes, L. (2013). Managing project complexities in construction project:
The way forward. 1st ed. [ebook]. Retrieved from https://www.omicsonline.org/open-
access/managing-project-complexity-in-construction-projects-the-way-forward-2168-
9717.1000e111.pdf
Oehmen, Josef, Thuesen, Christian, Ruiz, Pedro, Geraldi, and Joana. (2015). Complexity
management for projects, programs, and portfolios, An engineering system
perspectives. 1st ed. [ebook]. Retrieved from
http://orbit.dtu.dk/files/108586258/Complexity_Management.pdf
Otieno, F. (2014). The role of monitoring and evaluation in projects. 1st ed. [ebook].
Retrieved from https://www.irbnet.de/daten/iconda/CIB8942.pdf
Owens, J. (2010). Risk management. Retrieved from
http://agile.csc.ncsu.edu/SEMaterials/RiskManagement.pdf
Passenheim, O. (2015). Project Management. 1st ed. [ebook]. Retrieved from
http://home.hit.no/~hansha/documents/theses/projectmanagement.pdf
Ramseur, J. (2015). Deepwater horizon oil spill: Recent activities and ongoing development.
Retrieved from https://fas.org/sgp/crs/misc/R42942.pdf

Rauber, J. (2014). A Critical analysis of quality management. 1st ebook. Retrieved from
http://www.ijmp.jor.br/index.php/ijmp/article/view/121/379
Saed, A., Yong, K., and Othman, M. (2016). Project complexity influence on project
management performance. 1st ed. [ebook]. Retrieved from https://www.matec-
conferences.org/articles/matecconf/pdf/2016/29/matecconf_ibcc2016_00065.pdf
Sperling, D. (2015). Guide to project management strategies for complex projects. 1st ed.
[ebook]. Retrieved from
http://onlinepubs.trb.org/onlinepubs/shrp2/shrp2prepubr10guide.pdf
Vidal, L., and Marle, F. (2015). Understanding project complexities: Implication of project
management. 1st ed. [ebook]. Retrieved from https://hal.archives-ouvertes.fr/hal-
01215364/document
Whitney, K., and Daneils, C. (2013). The root cause of failure in complex IT projects:
Complexity itself. 1st ed. [ebook]. Retrieved from
https://core.ac.uk/download/pdf/81107355.pdf
Wilson, D. (2012). Project Governance. Retrieved from
http://www.masterresearch.com.au/downloads/pdfs/Project_Governance_V2.pdf