Brisbane Airport's New Runway Construction Tender

This tender notice is for the construction of a new runway at Brisbane Airport, Australia. The project definition, justification, financing, team, estimates, change requirements, quality assurance, document management, reporting, governance, disputes, arbitration, mediation, and safety requirements are discussed.

PPMP20013: Project Management for Operators
of Large Assets
Written Assignment
The Tender
Student:
ID:
Lecturer:

NOTICE INVITING TENDER
NOTICING INVITING TENDER
Tender Notice No: BANRC/ASD/FGH/JKL/2805/T-12
TENDER
FOR
Brisbane Airport's new runway construction

1.0 Project Definition
The project title is Brisbane Airport's new runway construction and it is deployed for aligning
with the effective and improved communication with the deployment of the workings. The
completion of the project would result in developing the new runway at the Brisbane Airport,
Australia. The construction would be helpful for aligning with the involvement of the workings
for forming the implication of the improved functional development (Liu, Fellows and Chan
2014). The airport had old structured airport runway and it would result in decreasing the
effective runway for the flights. The project would ensure that improved construction workings
would be aligned for developing the renovated runway structure for the airport. The project
workings are responsible for the completion of the effective resource use for developing the final
project workings. The implication of the project management practices would support the
continuation of the project workings favouring the implication of the successive activity
development. The project plan development would be aligned for implying the use of the project
workings favouring the run way development for the operations. The implication would align
with the deployment of the new runway construction (Meadows 2015). The completion of the
project would end in developing the final run way for the Brisbane Airport.
2.0 Explanation of Project Justification
The Brisbane airport has been facing the issues of worn out runway with some broken structure
of road. The project of Brisbane Airport's new runway construction would be required for
aligning with the development of improved technological equipments (Zerjav et al. 2015). The
project would be reliable for executing the workings and form the effective implication of the
operations. The runway would require the implication of the workings for forming the use of the

workings and it would also be forme for listing the deployment models. The project is aligned
for forming the effective implication methods. The use would also be helpful for implication of
the effective processes for developing the runway. The project would be aligned for using the
implication of the workings for implementing the project management workings for executing
the project. The project is required for adjusting the innovative technology and aligning the
smart processing for the project workings. The use would be helpful for using the deployment of
the successive integration methods. The investment by the bankers and other sponsors would be
developed for using the money for attaining improved construction of the run way for Brisbane
Airport (DONG 2016). The project is necessary in context of developing the straight runway for
the airport as Brisbane is a very busy airport and a number of international and nations
3.0 Project Financing
The project financing would be dependent on the allocation of the resource use and formation of
the effective implication of construction materials. The project finance would be managed by the
support of Bankers and Government of Australia. The project resources would be supported by
the deployment of the integrated development method (Robbins 2015). The investors would be
required for implying the successive resource allocation and it would also be helpful for forming
the use of the improved functional development. The financing of the project would be
dependent on the completion of the project workings. The resource allocation would support the
use of project implication development. The investment by the bankers and other sponsors would
be developed for using the money for attaining improved construction of the run way for
Brisbane Airport. The financing of the project is deployed for ensuring that project would be
aligned successfully. The alignment of effective implication would be supported for developing
the implication of the processes favouring the financial activities. The implication would be

supported for developing the alignment methods for using the development of activities (Runrun
and Richards 2018). The project deployment would form the implication requirement for easing
the alignment of the processes and development.
4.0 Identification of conditions, team, processes for the Project
The project conditions are developed for ensuring the formation of the improved functional
development and using the alignment of the successive development model. The deployment of
the activities would favour the utilization of the technology and construction for developing the
final project deliver. The conditions of executing the project for constructing the run way for
Brisbane Airport would include,
 Development of the specific structure for favouring the utilization of the improved
functional and operational development
 Acquisition of the resources for ensuring that the run way construction would be aligned
for developing the project activity completion
The project team would involve the following members,
a) Project Manager for managing the activities of the project
b) Contractor for supporting the completion of the project activities
c) Workers for carrying out the activities
d) Planner for developing the project plan
e) Budgeter for making effective project budget

f) Documenter for developing project documents
The construction of the new runway would include a number of construction activities like
layering, shredding, tiling, covering, excavating, and finalizing the runway construction. The
construction of the project activities would be helpful for developing the understanding of the
improved activity development. The construction of the project would support the implication of
the operations. The runway construction would include the activities of levelling the line for the
implementation activities. The completion of the activities would be deployed for aligning the
processing of the activities.
5.0 Estimates of Project
The Brisbane Airport's new runway construction project for the completion of the new run way
would result in forming the utilization of the human and material resources for the project. The
estimation of the project would be dependent for the alignment of the improved functional
development. The various resources like alignment of the operations would be helpful for
forming the utilization of the activities favouring the alignment of the improved functional
development. The estimation of the project would help in easing the utilization of the operations
favouring the integration of the proposed development methods. The estimates of the project are
given below,
Resources Usage Cost
Labour For carrying out the activities $75,000
Architect For developing the design for the new run way $65,000
Engineer In charge of the activities of the development $125,000
Contractor Providing support for executing the project $82,000

Construction Materials Required materials for the development of the project
activities $225,000
Processing Materials Required materials for the deployment of the successive
execution of the project activities. $125,000
Contracts and
Documentation
Proper contracts for the execution of the effective project
activities would be developed $79,000
6.0 Project Change Requirements
The Brisbane airport has been facing the issues of worn out runway with some broken structure
of road. The project of Brisbane Airport's new runway construction would be required for
aligning with the development of improved technological equipments. The project would be
reliable for executing the workings and form the effective implication of the operations (Kale et
al. 2018). The runway would require the implication of the workings for forming the use of the
workings and it would also be forme for listing the deployment models. The project is aligned
for forming the effective implication methods. The use would also be helpful for implication of
the effective processes for developing the runway. The change of the runway is a major project
for the execution of the activities for aligning with the development of the successive activity
development. The change activity development would be helpful for forming the alignment of
the improved functional development model. The airport had old structured airport runway and it
would result in decreasing the effective runway for the flights. The project would ensure that
improved construction workings would be aligned for developing the renovated runway structure
for the airport. The project workings are responsible for the completion of the effective resource
use for developing the final project workings. The implication would align with the deployment

of the new runway construction. The completion of the project would end in developing the final
run way for the Brisbane Airport.
7.0 Quality Assurance and Control of Project
The implication of the project management practices would support the continuation of
the project workings favouring the implication of the successive activity formation. The project
plan formation would be aligned for implying the use of the project workings favouring the run
way formation for the activity (Nicholas and Steyn 2017). The assurance of quality would be
formed for integrating the activities supporting the utilization of the activity and it would also be
helpful for forming the implication formation. The assurance of quality would be helpful for
limiting the deployment of the activities for using the formation of the integration management.
The assurance of the project capability would support the alignment for the execution of the
improved functional formation. The assurance of the project quality would be based on the
formation of the effective project execution. The analysis would help in forming the implication
of the effective processing for listing the allocation of the processes. The project control can be
implemented by the use of the quality control methods (Nozu, Sakakibara and Matsushita 2016).
The implication would support the formation of the activities for listing the alignment of the
improved processing.
8.0 Document Management, Reporting and Governance
The document management would be supported for forming the allotment of the activities of
project of constructing runway for Brisbane Airport. The management of the documents would
support the utilization of the processes and formation of the improved activity development
(Isaac and Steyn 2017). The documents would be made following the PMP documentation

process and it would align with the improvisation of the processes for supporting the effective
development model. The documents would be managed using the effective governance model.
The management of the documents would support the implication alignment methods for easing
the final reporting and development. The development of the final project document would be
eased for using the alignment of the factors for forming the alignment of the operations. The
using of the activities is helpful for easing the alignment model for forming the activity
development. The alignment of the processes would be aligned for system development methods.
The project steering committee would be required for forming the alignment of the activities for
forming the successive alignment of the operations favouring the utilization of the processes.
9.0 Disputes, Arbitration and Mediation
The disputes would be required for aligning with the effective solvency model for development
of the possible solutions. The organizations have been facing many possible solutions for
developing the improved functional development. The listing of the operations would be formed
for listing the utilization of the operations and forming effective alignment of the disputes. The
disputes would be formed for using the implication of the activities for implementing the final
project deliverable. The utilization would be supported for using the development models. The
utilization would be able to integrate the operations for dealing with the possibility of aligning
with the development of the arbitration model. The analysis would also form the support for
forming the completion of the activities. . The assurance of the project capability would support
the alignment for the execution of the improved functional formation. The assurance of the
project quality would be based on the formation of the effective project execution. The analysis
would help in forming the implication of the effective processing for listing the allocation of the
processes. The project control can be implemented by the use of the quality control methods. The

implication would support the formation of the activities for listing the alignment of the
improved processing.
10.0 Safety Requirements
The Brisbane airport has been facing the issues of worn out runway with some broken structure
of road. The project of Brisbane Airport's new runway construction would be required for
aligning with the development of improved technological equipments. The project would be
reliable for executing the workings and form the effective implication of the operations. The
runway would require the implication of the workings for forming the use of the workings and it
would also be forme for listing the deployment models. The project is aligned for forming the
effective implication methods. The use would also be helpful for implication of the effective
processes for developing the runway. The construction project is dependent on the completion of
the effective alignment model. The successful completion of the project is deployed for using the
alignment of the successive development model. The safety considerations would be formed for
easing the utilization of the operation. The implication would be supported for the alignment
would be implied for easing the process development. The project would be reliable for
executing the workings and form the effective implication of the operations. The runway would
require the implication of the workings for forming the use of the workings and it would also be
forme for listing the deployment models. The project is aligned for forming the effective
implication methods. The use would also be helpful for implication of the effective processes for
developing the runway.

References
DONG, R., 2016. Research on Risk Management of Zhengzhou Airport Project under
Environmental Systems. Journal of Residuals Science & Technology, 13(9).
Isaac, G. and Steyn, G., 2017. St Helena Airport dry gut rockfill. Civil Engineering= Siviele
Ingenieurswese, 2017(v25i3), pp.21-26.
Kale, P.R., Jadhav, K.S., Dhoke, S.H. and Salunke, P.J., 2018. Environmental Impact
Assessment on Navi Mumbai Airport. International Journal for Advance Research and
Development, 3(2), pp.11-13.
Liu, A.M.M., Fellows, R. and Chan, I.Y.S., 2014. Fostering value co-creation in construction: A
case study of an airport project in India. International Journal of Architecture, Engineering and
Construction, 3(2), pp.120-130.
Meadows, B.C., 2015. Archaeological Overview Assessment for the Extension of Runway 08R
and 26L and Related Airside Works Project Pitt Meadows Regional Airport Project, Pitt.
Nicholas, J.M. and Steyn, H., 2017. Project management for engineering, business and
technology. Taylor & Francis.
Nozu, M., Sakakibara, M. and Matsushita, K., 2016. Application of Mammoth Vibro-Tamper
(MVT) for the shallow compaction at airport runway expansion project in Florida. Japanese
Geotechnical Society Special Publication, 2(47), pp.1648-1653.

Robbins, G., 2015. The Dube TradePort-King Shaka International Airport mega-project:
Exploring impacts in the context of multi-scalar governance processes. Habitat International, 45,
pp.196-204.
Runrun, D. and Richards, W.C., 2018. Network evolution simulation of cooperation relationship
in two phase project of zhengzhou airport based on BIM. Journal of Intelligent & Fuzzy Systems,
34(2), pp.1187-1192.
Zerjav, V., Davies, A., Edkins, A. and Jones, P., 2015. Building Progressive Confidence: the
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Terminal. UCL STEaPP.