Project Risk Management Report for Construction of Office Block, Events Centre, or Multipurpose Spor

Hazard and Risk Assessment for the Construction Project

The aim of this assignment is to ensure students best prepared for their professional career through followings:

• They can identify hazards followed by asses the risk from them, aware of CDM regulations.
• Confidently eliminate / mitigate / control the risk and deliver the project safely.
• Capable of doing commercial management of projects and take decisions through economic analysis.
• Perform cost benefit analysis, whole life costing and value engineering in a typical construction project.
• Can develop a construction program through scheduling construction activities involved in a project.

Adil Consult after successfully wining the contract hire you as a project manager of any one of the

three construction output listed below of your own choice for the tasks given in the following sheet.

a)10-storey office block, b) events centre and c) multipurpose sports complex . Your Final Report Submission:

A report of one thousand five hundred words (word count must be provided – additional word will not be marked) which includes the following three section each of them has equal weightage of marks.:

1. Being a project manager of your chosen structure for construction, how will you ensure Health & Safety Management is implemented for this project. Identify the

Possible hazards for the design and construction of the project. List out the possible risks during the design construction and maintenance of the structure. Develop a Project Risk Management – include a typical Project risk assessment which incorporates all the possible hazards you can foresee and the ways you can eliminate / mitigate / control those risks delivering the project safely. List out the CDM duties for everyone involved in your project.

2. Perform cost benefit analysis, whole life costing and value engineering for the construction project you have chosen out of three listed above. would mitigate those risks.
3. Prepare a detail Program of the project you are Project manager in a form of Bar / Gantt Chart in an A3 sheet. Use of MS Project or any other similar form of software will be appreciated but not mandatory.

In the following page a brief description of a Light Urban Railway construction project is outlined with a list of possible fifteen activities. You need to put them in order and make a project program in a form of Bar / Gantt Chart in an A3 sheet, using those fifteen-activity schedule. Use of MS Project or any other similar form of software will be appreciated but not mandatory.

Your partner wants to make some investment, using four accountants s/he obtained two options A & B and the working out of their IRR. You need to choose from either of the two from their working out of two IRR (A &B) with four possible solutions to each option. Identify which working out is the correct one and most profitable investment. However, in your submission please make sure you submit supporting calculation to identify the correct value of IRR (i) and their implication (ii). You are free to use MS Excel and copy that relevant part of the worksheet in your submission word document which to be saved in PDF document for your Turnitin submission.

Your report should be a well-presented report and must include content page and with list of references at the end. All the questions are answered in brief and concise.

Brief outline description of the activities for the Light Urban Railway Bridge construction project

1. Construction of cofferdam at the middle of the basin for the central pier support and dewatering.
2. PM to produce construction program of work along with the all risk assessments using CDM starting of Health and safety file.

3. Installations of bearings for trusses followed by the erection of both trusses
4. Create all necessary site access to mobilize with appropriate fencing with provision of site office and welfare facility.
5. Production of detailed design and fabrication drawings along with the designer’s risk assessment.
6. Piling for all three piers substructure as well as the pad foundations for the two end abutments.
7. Installation of other mechanical and electrical items along with parapets and lightings.
8. Construct the cast-in-situ segments to connect precast segments connecting to them respectively.
9. Construction of cast in-situ prestressed cantilever segments using form travelers from piers and abutments at either ends.
10. Complete prestressed integral approach spans with appropriate overhangs
11. PM to ensure the Fabrication of two main trusses & the precast segments for the approach spans.
12. Casting of concrete decks inside the trusses and filling up with ballast.
13. Fixing of sleepers, rails in place after joining approach spans rails and install expansion joints.
14. Construction of two end abutments and all three intermediate piers for approach spans.
15. Completion of the project followed by handover to the client along with the H&S file to become the operation manual during the service life of the structure.