Implementing A Better Project Life Cycle Model For Brampton Civic Hospital

Brampton Civic hospital aims at building up a public hospital dot will be accessible fot cieryonc. the hospital has included new infrastructure with emerging techodopes for providing truer stmtse to the patients Woodman te I lastak, 200M. The project lh ,RPFc implemented in I trampion city Comb This is Canada's first public hospital The total expected aria regatta' to complete this project is 1.2 million sit It and will include 60$ beds and 108 rooms for opctation purposes. 

report is going to discuss shout the implementation and decommissioning teases that arc important for this case study The Ikampum awe haat ease study will be used to detenmne the requirements that are nixessmy for developing a propel life suck. This is essential to understand the need for controlling the process. determining the management and maintain the supply chain mamas:mete This is necessary for the immix leads to understand the qualit) that is is to be maintained while deielaport this project tOnnarehal. Vitiates dt Aguadai 2003) The risks duo are likely to come along oath the implementation of this protects are needed to be addressed. The maior tick dut are likely to come aegjwith the Implementanon of this case study is the cost overflow The colt in managing the technologj toed will be huge and thus will slyest the hospital. Apart from this. the 

About the Brampton Civic Hospital

The report aim is to implement better project life cycle model for Brampton Civic hospital. Brampton civic hospital is a public hospital and provides facility that is accessible for all. The hospital developed its infrastructure with advanced technology and medic al equipment’s. The aim behind implementing new technology is to provide better health facility towards the community people.

The project is being executed in Brampton city located in Canada. The area required for developing this project is around 1.2 million sq. ft. and includes 108 rooms and 608 beds for operation. The paper will develop a proper infrastructure strategy for building the hospital. The report is going to be distributed into four major parts that will includes project life cycle of infrastructure, management of asset and sustainability managing infrastructure project performance, and finally the last part will include safety and security associated with the project infrastructure.

About the Brampton Civic Hospital 

Brampton Civic hospital is a hospital that aims in providing free services to their patient. This is an acute care hospital located in the Brampton city. The hospital was designed by Parkin Architects limited in joint venture with Adamson Associates. The hospital was started with 608 beds. This is the first public hospital developed in Canada and maintained under private public partnership. This hospital started working from 2007 and replaced the Peel memorial hospital (Goodman & Hastak, 2006). The hospital servers around 500,000 residents of Brampton and the people from different areas. The hospital can give accommodation to 80000 patient in time of emergency. The employees associated with the organization are around 4100 (Guo & Skitmore, 2010).

Discussion  

The report aims at discussing the phases related to decommissioning and implementation. For this report the chosen case study is of Brampton Civic Hospital and this is important to determine each step associated with hospital. The requirements needed throughout the development of this project is needed to understand. This becomes important to understand the process controlling phase and also there is a need to determine the quality management (Krohe, 2008). Apart from these it is essential to maintain the supply management chain. Thus, it is necessary to develop a project plan that will be beneficial for the hospital.

3.1. Infrastructure project life cycle

Every project needs to be understand well before planning. The Brampton civic hospital needs to develop an infrastructure project life cycle before planning. This will help the hospital to understand the phases and the working of infrastructure life cycle (Marlow, Beale & Burn, 2010). With better approach towards the infrastructure project life cycle better quality of service can be provided towards the customer. Apart from this, there are several risks that are associated with the infrastructure. Thus it becomes essential to mitigate this risks. In the project development cycle it becomes essential to encourage the role that every stakeholders plays in private sector participation (Martland, 2012). The key risks related with the implementation of Brampton project is with the handling of new equipment’s.

Discussion

This becomes essential to recognise the project lifecycle of organisation so that the processing lifecycle can be improved. However it is necessary to have trained employees and staffs who will be able to handle every instrument well (Ormazabal, Viñolas & Aguado, 2008). Getting a good knowledge of infrastructure development entails assessment in project development and acknowledge depths of the project.

The phases of project life cycle includes:

• Pre-investment phase:this includes project identification, preparation of the project, feasibility study of project and approval of the project and finally the need for good finance.
• Investment phase:this phase includes detailed engineering and designing of the project. The implementation of project also comes under this phase.
• Post investment phase:this phase includes project operations, monitoring of the project in mid-term and ex post evaluation.             

3.2 Managing infrastructure project performance:

The aim behind developing Brampton civic hospital was to provide better facility to everyone. The report focuses on the performance definition. Brampton civic hospital should be aware about the effects of implementing new technology within the hospital (Penn & Parker, 2012). The procurement plan includes planning the contract and metric that will be helpful to regulate performance of the contract.

  The responsibility of the project manager is to set a deadline and finish the project within the time. The services and product offered by the hospital needs a standard document to continue the procurement plan. Public infrastructure projects are important for every country. This helps in driving country’s economic success and also has the capability to grow and become more feasible in the competitive market (PwC 2014). This is essential to manage the project performance so that the newly implemented technology can be used properly to achieve maximum benefits.

With the implementation of a better public infrastructure with newly implemented technologies creates a positive impact on the community and also helps in providing better land a healthy life style. Managing the infrastructure is necessary to maintain a good balance in country. Brampton civic hospital is the first civic hospital of Brampton, thus it is essential to manage infrastructure well so that maximum support can be provided to the customers (Chen et al.

2009). The main benefit of a civic hospital that it chooses project wisely and always takes responsibility to fulfil the needs of the people associated with the hospital (Rahman & Kumaraswamy, 2008). This ensures that the project chosen are beneficial for the hospital and also ensures that better project can be developed with less amount of money. Ideal project initiates growth and allocate the right resources and raw material that ensures on budget and on time completion of the project without changing the surroundings.

3.3 Asset management and sustainability

Asset management and sustainability are introduced with the purpose of improving the work and pronouncement making. The decision is made with the aim to manage the assets affectively that are needed in present and also aims at managing the assets that will be needed in the future. It becomes important to make decision correctly that will be beneficial for the hospital and the staffs associated with the hospital. to successfully complete the commission steps , the hospital and the management team needs to monitor some basic phases that comprises start, meet often, determined training and lastly the management team of the hospital needs to keep commissioning involved (Rodgers, 2005).

3.1. Infrastructure project life cycle

After the completion of contract the organization can start with implementation of this project. Before starting the project it is important to verify each documents and get the permission from the government. As Brampton hospital is a public hospital, thus it needs to be approved by the government.  The challenges that are supposed to be faced while implementing this project are also needed to be addressed and to be mitigated in time. Life cycle cost analyses is used to manage the asset efficiently and also enables long duration cost optimization (Accenture, 2012).

It is the responsibility of the project leader to manage the resources accordingly and organize them in a proper manner so that they can evaluate based project. The responsibility of project leader is to look after the stakeholders and check the supply chain management. With a proper Supply chain management the project lead can get a 360 degree visibility into the ecosystem of the suppliers. Effective SCM system helps in accomplishing the following goal this includes managing contractual obligations to ensure continuous supply of resources and also avoids service delivery disruptions.  This cycle includes evaluating the costs after analysing them by determining the assets used and also offers least cost solution.

3.4. Infrastructure project security and safety

This is important to conduct a comprehensive risk assessment that will determine the potential security risks and will involve strategies to mitigate the risks involved in deigning phase. This is essential of develop a better security plan that will ensure safety of each patients associated with the hospital (Sánchez Soliño & Vassallo, 2009). Moreover the data stored within the documents of the company needs to be maintained with highest security. Every data associated with the patient needs to be maintained with highest security, as no third party can be allowed to access the information about any employee or patients. IAHSS security design guidelines for healthcare facilities ensure developing security design with the Brampton civic hospital. Apart from these, the pharmacies hired by the organization needs to be knowledgeable enough so that they can provide better facility. There are several threats associated with the use of new instruments.

The report evaluates in detail the functioning issues that are most likely to be faced with the application of these project. There are some issues related to safety and security issues that are identified and mitigation techniques are also provided. With the implementation of new technology and equipment it becomes essential to hire highly technical staffs that can operate this equipment properly (Song, Mohamed & AbouRizk, 2009). With proper use of the technology efficiency can be achieved.  Apart from these disease control and prevention publishes guidelines are designed to manage the impact of construction activities on health.

3.3 Asset management and sustainability

Reflection 

The case study of Brampton civic hospital includes implementing new facility for hospital that is used to serve the community people to cure several health issues with the help of advanced technologies. The first part of the report has described about the key challenges that are faced while developing this project. Moreover, the strategies to overcome these challenges are described. Apart from the challenges there are some risks that are needed to be mitigated. This becomes important for the Brampton civic hospital too work in a way that will increase the efficiency and service provided towards the patients.

Safety of the patient is also an important aspect. According to me apart from the implementation of new technologies it is necessary to develop proper guidelines that will ensure safety of the people associated with the hospital. With new technologies there are chances of new opportunities. This will bring success towards the hospital. The partnership followed by the hospital public private partnership. This ensures job opportunity within the society and also creates a constructive impact on community. The developed project will ensure benefits for government.

 For completing the project within time hospital has implemented several financial stability. Moreover government body has also helped the hospital by providing fund. Part b of these assignment has discussed about the need for infrastructure feasibility. Thus, from the above report it can be concluded that managing the infrastructure with proper security strategies will be beneficial for the project. Apart from managing the infrastructure it is necessary to develop proper security guidelines that will ensure better safety towards the people associated with the civic hospital. According to me managing infrastructure properly and developing each step with care and safety will be helpful for the project.

Conclusion

From the report it can be said that there is a need to emphasis on decommissioning phase and implementation phases apart from determining the opportunities, challenges and stakeholders associated with the project. Before implementing any project it is important to learn about the infrastructure of the organization. Thus, it is important to learn the infrastructure and life cycle followed. After understanding the infrastructure, it becomes necessary to manage the performance of the infrastructure. This includes a procurement plan that ensures delivering a proper set of requirements needed for developing the project.

Asset sustainability and management involves managing the asset required by the hospital while developing the project. This phase includes getting permission from every stakeholders and government body. Brampton civic hospital can start working only after the project is being approved. After analysing all the needs and getting approved by community people, the hospital needs to assess the risks that are likely to be faced by the hospital while developing the project. After assessing the risks, it is needed to develop a proper strategy plan that will help in mitigating tis risks. The report has included every possible risks management strategies. Thus, the developed report will be beneficial for understanding the implementation and decommissioning phases.

References 

 Accenture (2012). Intelligent Urban Infrastructure: High Performance Platform for Urban Development. Retrieved from https://www.accenture.com/t20150523T043119__w__/us-en/_acnmedia/Accenture/Conversion-Assets/DotCom/Documents/Global/PDF/Industries_4/Accenture-Intelligent-Urban-Infrastructure.pdf#zoom=50

Chen, P., Scown, C., Matthews, H. S., Garrett, J. H., Jr., & Hendrickson, C. (2009). Managing critical infrastructure interdependence through economic input/output methods. Journal of Infrastructure Systems, 15(3), 200–210. Reprinted by permission of the American Society of Civil Engineers via the Copyright Clearance Center.

Gil, N. (2009). Developing cooperative project client-supplier relationships: How much to expect from relational contracts. California Management Review, 51(2), 144–169. Reprinted by permission of the University of California Press via the Copyright Clearance Center. [PDF]

Goodman, A. S., & Hastak, M. (2006). Infrastructure planning handbook: Planning, engineering, and economics. Chapters 6 and 11, Reprinted by permission of American Society of Civil Engineers via the Copyright Clearance Center.

Guo, H. L., Li, H., & Skitmore, M. (2010). Life-cycle management of construction projects based on virtual prototyping technology. Journal of Management in Engineering, 26(1), 41–47. Reprinted by permission of American Society of Civil Engineers via the Copyright Clearance Center.

Krohe, J., Jr. (2008). Our daunting to-do list: When it comes to infrastructure, we know the problems. What are we going to do about them? Planning, 74(9), 6–13. From TUA library databases. https://ezproxy.laureate.net.au/login?url=https://search.ebscohost.com/login.aspx?direct=true&AuthType=ip,url,uid&db=a9h&AN=34692084&site=eds-live&scope=site

Marlow, D. R., Beale, D. J., & Burn, S. (2010). A pathway to a more sustainable water sector: Sustainability-based asset management. Water Science & Technology, 61(5), 1245–1255. From TUA library databases: https://ezproxy.laureate.net.au/login?url=https://search.ebscohost.com/login.aspx?direct=true&AuthType=ip,url,uid&db=cmedm&AN=20220247&site=eds-live&scope=site

Martland, C. D. (2012). Chapter 5 (Sec 5.1)

Ormazabal, G., Viñolas, B., & Aguado, A. (2008). Enhancing value in crucial decisions: Line 9 of the Barcelona subway. Journal of Management in Engineering, 24(4), 265–272. From TUA library databases. https://ezproxy.laureate.net.au/login?url=https://search.ebscohost.com/login.aspx?direct=true&AuthType=ip,url,uid&db=edsgao&AN=edsgcl.186516397&site=eds-live&scope=site

Sánchez Soliño, A., & Vassallo, J. M. (2009). Using public-private partnerships to expand subways: Madrid-Barajas International Airport case study. Journal of Management in Engineering, 25(1), 21–28. From TUA library databases. https://ezproxy.laureate.net.au/login?url=https://search.ebscohost.com/login.aspx?direct=true&AuthType=ip,url,uid&db=bth&AN=35745912&site=eds-live&scope=site

Song, L., Mohamed, Y., & AbouRizk, S. M. (2009). Early contractor involvement in design and its impact on construction schedule performance. Journal of Management in Engineering, 25(1), 12–20. From TUA library databases. https://ezproxy.laureate.net.au/login?url=https://search.ebscohost.com/login.aspx?direct=true&AuthType=ip,url,uid&db=edsgao&AN=edsgcl.191855321&site=eds-live&scope=site