Tender for 2.5km of Dedicated Riverfront Residential Development at Northdshore

This written assignment discusses the project definition, justification, financing, team, processes, estimates, change requirements, quality assurance and control, document management, reporting and governance, disputes, arbitration and mediation, and safety requirements for the Tender of 2.5km of Dedicated Riverfront Residential Development at Northdshore.

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
2.5km of dedicated riverfront residential development
at Northdshore

1.0 Project Definition
The project of 2.5km of dedicated riverfront residential development at Northdshore is
developed for executing the development of the effective completion of the project tasks. The
project would be successively deployed for easing the alignment of the successive development
of the tasks and it would allow the uses of the improved project completion (Tedla and Patel
2018). The alignment would be deployed for easing the completion of the act of completing the
deployment model. The completion of the project would be successfully aligned with the
alignment of the tasks for forming the uses of the operations. The alignment of the operations has
been supported for implying the successful completion of the tasks of the developing faster
project completion method. The development of the residential complex for the alignment of the
improved construction project would be formed. The construction project would ease the
alignment of the operations and it would be helpful for easing the processes of the complete plan
development. The various construction tasks would be helpful for forming the analysis of the
improved functional development. The analysis would imply with the alignment of the improved
activity development and extension of the construction tasks for forming the allocation of the
profound management processes.
2.0 Explanation of Project Justification
The project of 2.5km of dedicated riverfront residential development at Northdshore would end
with the execution of the construction methodology. The deployment would be aligned for
constructing the residential complex for the alignment of the operations (Vaidyanathan et al.
2015). The project would help in easing the alignment methods for forming the uses of the
successive development of the processes and it would be helpful for forming the allocation of the

tasks. The alignment would be supported for implementing the development processes. The
development would be implied for listing the alignment of the project completion model. The
project development would be eased for forming the uses of the construction management
principles and it would align with the development of the tasks for favouring the alignment of the
operations. The deployment would be helpful for executing the alignment for forming the
implication of the successful execution of the project tasks. The residential complex would be
formed for aligning the uses of the constant development of the building development aligning
with the completion of the successful project completion. It is also helpful for forming the
utilization of the processes favouring the simplification of the construction completion.
3.0 Project Financing
The project financing is dependent on the implication of the project completion tasks and the
utilization of the profound system development (Umar et al. 2016). The financing in project
would take over the development of the tasks for listing the supplementary development model.
The financial tasks of the project are dependent on the execution of the tasks for the 2.5km of
dedicated riverfront residential development at Northdshore project. The financial support for the
project would be eased by utilizing the successful implementation of the tasks favouring the
utilization of the operations. The implementation would be helpful for aligning resource
utilization. The project would be sponsored by the various supportive and regulatory operations.
The support would also be dependent on the utilization of the tasks favouring the implication of
the tasks. The support and successive listing of the functions would help the projection of the
tasks for favouring the implication of the tasks favouring the implication of the successive
development factors. The support by the state government is also a must for easing the flow of
information processing and the utilization of the successive development model (Bijwar and

More 2017). The support and deployment would be helpful for taking care of the activities
supporting the utilization of the operations.
4.0 Identification of conditions, team, processes for the Project
The project of 2.5km of dedicated riverfront residential development at Northdshore would end
with the execution of the construction methodology. The deployment would be aligned for
constructing the residential complex for the alignment of the operations. The completion of the
project would ease in taking care of the final deliverables and the alignment of the improved
functional development methods. The conditions for the completion of the project are,
 Easing the flow of information in the organization would allow listing the modification of
the residential complex development at riverfront.
 The residential complex would be developed aligning with the continuation of the
activities and the utilization of the formation model. The allowance would be formed for
allowing the significant modification methods.
 The utilization of the resources would be deployed for forming the implication model.
The utilization would be helpful for integrating the deployment of the construction
activities.
The project team would be developed for executing the project and achieving the final
deliverable. The project team would comprise of,
a) Project Manager: Responsible for the management of the project activities

b) Contractor: External Support to project activities for aligning with the implication of the
effective project activities.
c) Workers: Responsible for the execution of the project activities
d) Planner: Responsible for the planning of the project activities
e) Budgeter: Responsible for the budget development of the project activities
f) Documenter: Responsible for the documentation in the project
The construction project would consume the activities of aligning the processes and formation of
the improved development model (Feng and Zhong 2015). The alignment of the operations can
be helpful for forming the list of the successful execution. The project of 2.5km of dedicated
riverfront residential development at Northdshore would end with the execution of the
construction methodology. The deployment would be aligned for constructing the residential
complex for the alignment of the operations. The completion of the project would ease in taking
care of the final deliverables and the alignment of the improved functional development
methods. The activities of the project are aligned for using the implication and hence it would be
supported for forming the implication of the activities (Kebede and Patel 2018). The deployment
would be helpful for covering the planning, architecture, construction activities like tiling,
excavating, layering, covering, shredding, and excavating.
5.0 Estimates of Project
Project estimates are dependent on the resource used for the completion of the project activities.
The construction project would consume the activities of aligning the processes and formation of
the improved development model (Tedla and Patel 2018). The alignment of the operations can be

helpful for forming the list of the successful execution. The project of 2.5km of dedicated
riverfront residential development at Northdshore would end with the execution of the
construction methodology. The deployment would be aligned for constructing the residential
complex for the alignment of the operations. The completion of the project would ease in taking
care of the final deliverables and the alignment of the improved functional development
methods.
Resources Usage Cost
Architect Development of the design for the $61,000
Contractor External Support to project activities for aligning with the
implication of the effective project activities. $85,000
Contracts and
Documentation
Proper documentation and the effective utilization of the
documentation $15,000
Construction
Materials Required for the construction of the residential complex $340,000
Documenter Responsible for the documentation in the project $40,000
Engineer Required for taking care of the technological activities $125,000
Labourers Responsible for the execution of the project activities $95,000
Processing Materials Materials for executing the operations and supporting the
deployment of the activities $135,000
6.0 Project Change Requirements
The project of 2.5km of dedicated riverfront residential development at Northdshore would end
with the execution of the construction methodology. The deployment would be aligned for
constructing the residential complex for the alignment of the operations (Liu 2017). The
completion of the project would ease in taking care of the final deliverables and the alignment of

the improved functional development methods. The activities of the project are aligned for using
the implication and hence it would be supported for forming the implication of the activities. The
new residential complex would be helpful for forming the implication of the activities forming
the implication for the activities. The construction project would consume the activities of
aligning the processes and formation of the improved development model. The alignment of the
operations can be helpful for forming the list of the successful execution. The construction of the
riverside would be deployed for forming the implication of the processes (Feng and Zhong
2015). The alignment would be helpful for covering the implication of the operations and using
the deployment methods.
7.0 Quality Assurance and Control of Project
The quality analysis would be helpful for taking care of the final deliverable for the project
would be formed for listing the utilization of the activities favouring the implication of the
operations (Guo Li and Chen 2017). The quality assurance would be developed for being utilized
for easing the project operations. The completion of the project would ease in taking care of the
final deliverables and the alignment of the improved functional development methods. The
activities of the project are aligned for using the implication and hence it would be supported for
forming the implication of the activities. The new residential complex would be helpful for
forming the implication of the activities forming the implication for the activities. The
construction project would consume the activities of aligning the processes and formation of the
improved development model. The list of the 7QC methods would help in forming the
implication of the successive management of the construction process. The control activities for
the project would be supplied for forming the utilization of the activity control operations

(Ballarini, Corgnati and Corrado 2014). The control of the project activities would help in listing
the utilization for forming the allocation of the successive development factors.
8.0 Document Management, Reporting and Governance
The document management is helpful for easing the flow of information and it would imply the
successive formation and it would help in forming the utilization of the activities, the alignment
would be supported by the deployment and the implication would be helpful for managing the
documents for listing the successful implication of the activities (Sivarasu, Sekaran and Karthik
2015). The completion of the project would ease in taking care of the final deliverables and the
alignment of the improved functional development methods. The construction project would
consume the activities of aligning the processes and formation of the improved development
model. The list of the 7QC methods would help in forming the implication of the successive
management of the construction process. The utilization would help them for carving out the
utilization for the execution of the improved activity development. The alignment of the
operations can be helpful for forming the list of the successful execution. The project of 2.5km of
dedicated riverfront residential development at Northdshore would end with the execution of the
construction methodology. The deployment would be aligned for constructing the residential
complex for the alignment of the operations (Rode et al. 2016). The completion of the project
would ease in taking care of the final deliverables and the alignment of the improved functional
development methods. The activities of the project are aligned for using the implication and
hence it would be supported for forming the implication of the activities.
9.0 Disputes, Arbitration and Mediation

The disputes, arbitration and mediation would be helpful for forming the utilization of the
operations for forming the implication model. The alignment model would be successful for
forming the utilization of the activities for favouring the utilization and it would be useful for
dealing with the considerations for the deploying the successful integration model (Jia et al.
2017). The construction project would consume the activities of aligning the processes and
formation of the improved development model. The alignment of the operations can be helpful
for forming the list of the successful execution. The project of 2.5km of dedicated riverfront
residential development at Northdshore would end with the execution of the construction
methodology. The completion of the project would ease in taking care of the final deliverables
and the alignment of the improved functional development methods.
10.0 Safety Requirements
The alignment of the safety can be helpful for forming the list of the successful execution. The
project of 2.5km of dedicated riverfront residential development at Northdshore would end with
the execution of the construction methodology (Lea et al. 2016). The deployment would be
aligned for constructing the residential complex for the alignment of the safety. The completion
of the project would ease in taking care of the final deliverables and the alignment of the
improved functional development methods. The activities of the project are aligned for using the
implication and hence it would be supported for forming the implication of the activities. The
successful alignment of the safety and it would involve the implication of the safety.

References
Ballarini, I., Corgnati, S.P. and Corrado, V., 2014. Use of reference buildings to assess the
energy saving potentials of the residential building stock: The experience of TABULA project.
Energy Policy, 68, pp.273-284.
Ballarini, I., Corgnati, S.P. and Corrado, V., 2014. Use of reference buildings to assess the
energy saving potentials of the residential building stock: The experience of TABULA project.
Energy Policy, 68, pp.273-284.
Bijwar, R.M. and More, A.B., 2017. DELAY ANALYSIS IN CONSTRUCTION OF
REDEVELOPMENT RESIDENTIAL PROJECT.
Feng, Y. and Zhong, Y., 2015. Case Study on CO 2 Emission by Construction of Structural
Elements of a Residential Project in Singapore. In Proceedings of the 19th International
Symposium on Advancement of Construction Management and Real Estate (pp. 303-312).
Springer, Berlin, Heidelberg.
Guo, K., Li, D. and Chen, Y., 2017. Option Game Model of Low-Carbon Residential Investment
Decision-Making Under Imperfect Competition. In Proceedings of the 20th International
Symposium on Advancement of Construction Management and Real Estate (pp. 841-850).
Springer, Singapore.
Guo, K., Li, D. and Chen, Y., 2017. Option Game Model of Low-Carbon Residential Investment
Decision-Making Under Imperfect Competition. In Proceedings of the 20th International
Symposium on Advancement of Construction Management and Real Estate (pp. 841-850).
Springer, Singapore.

Jia, K., He, G., Fan, S., Lin, G., Lu, S. and Pan, F., 2017, November. Cyber and physical
integration analysis for automated residential demand response in smart grid. In Asia-Pacific
Power and Energy Engineering Conference (APPEEC), 2017 IEEE PES (pp. 1-6). IEEE.
Kebede, Y.T. and Patel, D., 2018. ASSESSING PROBLEMS OF CONSTRUCTION
MATERIAL MANAGEMENT IN RESIDENTIAL PROJECT: CASE STUDY.
Kulkarni, U., Chalke, M. and Lobo, R., 2015. Ecology and Biodiversity of Proposed Residential
Project at Village Waddhamna, Nagpur, Maharashtra. International Journal of Environmental
Science and Development, 6(10), p.781.
Lea, E., Andrews, S., Haines, T., Nitz, J., Haralambous, B., Moore, K., Hill, K. and Robinson,
A., 2016. Developing networks between residential aged care facilities as a result of engagement
in a falls prevention project: an action research study. Contemporary nurse, 52(2-3), pp.163-175.
Liu, L., 2017. Research on Financing Risks of Green Residential Buildings: A Case Study of the
Chengdu Langshi Green Blocks. In Proceedings of the Tenth International Conference on
Management Science and Engineering Management (pp. 1631-1642). Springer, Singapore.
Rathod, R.G. and Patil, A.R., 2016. Efficient Planning Scheduling and Delay Analysis of
Residential Project. International Journal of Engineering Research and Applications, 6(9),
pp.39-45.
Rode, C., Abadie, M., Qin, M., Grunewald, J., Kolarik, J., Laverge, J. and Zhang, J., 2016. An
International Project on Indoor Air Quality Design and Control in Low Energy Residential
Buildings. In IAQ 2016 Defining Indoor Air Quality: Policy, Standards and Best Practices.

Sivarasu, S.R., Sekaran, E.C. and Karthik, P., 2015. Development of renewable energy based
microgrid project implementations for residential consumers in India: scope, challenges and
possibilities. Renewable and Sustainable Energy Reviews, 50, pp.256-269.
Tedla, Y. and Patel, D., 2018, March. Assessing Problems of Construction Material Management
in Residential project: Case Study. In International Journal of Emerging Technologies and
Innovative Research JETIR (Vol. 5, No. 3 (March-2018)). JETIR.
Umar, U.A., Shafiq, N., Malakahmad, A., Nuruddin, M.F. and Salihi, I.U., 2016, December.
Ranking of Principal Causes of Construction Waste for Malaysian Residential Project. In
Engineering Challenges for Sustainable Future: Proceedings of the 3rd International
Conference on Civil, Offshore and Environmental Engineering (ICCOEE 2016, Malaysia, 15-17
Aug 2016) (p. 163). CRC Press.
Vaidyanathan, K., Reddy, P., Yamgar, S. and Dhekale, R., 2015, February. Learnings from
Application Of Last Planner In A Residential Project. In First Annual Conference of Indian Lean
Construction Conference (pp. 316-327).