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Petronas Twin Towers - Transversal Case - Master en Project Management

Lau MontufarEnsayo15 de Abril de 2018

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PETRONAS TWIN TOWERS        

TRANSVERSAL CASE

Laura Esmeralda Novoa de Sibrian | Master in Project Management | Nov. 19. 2017


Table of Contents

Project name        4

Project purpose and Justification        4

Timeline        4

Scope description        4

Deliverables        5

Constraints        5

Key stakeholders        6

Project acceptance criteria        6

Assumptions        6

Work breakdown structure (WBS)        6

Work breakdown structure (WBS) dictionary        6

Risk Executive Summary        8

Risk Identification Process        8

Analysis and Evaluation of risk        9

Risk Mitigation        10

Risk Monitory        10

Roles and Responsibilities        11

Risk Register as 19/11/2017        0


Project Scope Statement

Project name

“Petronas Twin Tower Building”

Project purpose and Justification

This project consists of building a skyscraper located in Kuala Lumpur, Malaysia, this building is the first of this type in Malaysia, the main objective is to give to the country a business center integrated by malls, shopping, apartments, mosque and offices in the same place and those building will be the icon of the country, that shows modern and power of a growing economy, also this project will represent the Islamic culture and architecture to all the world.

Timeline

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Scope description

The twin towers building project was pushing by the prime minister of Malaysia and the idea is to build in a ground located in an old country club a couple of towers that shows to the world the power and modernism of the new emergent economy of Malaysia in order to have the “tallest build in the world”.

Every tower must have a height of 452 mts  and 341,760 m2, they have to include an airlift bridge to connect them each other, 88 floors, every tower have to include pinnacles, 5 floors to parking with capacity of 5,400 cars, 88 elevators, 10 mechanical staircases in each tower and 29 double elevators platform and high speed in each tower.

Deliverables

The deliverables for this project are:

  1. Conclude the building of the two towers, the foundation of those have to be done.
  2. The building has to show to the world the Malaysia/ Islamic architecture in their design
  3. A sky bridge for connect both towers
  4. Towers must be tallest in the world

Constraints

  • Time: The to complete the project is 6 years
  • Budget: EUR 950 million
  • Design: the building has to include Islamic architecture
  • Construction:
  • The material to use is concrete instead of steel because the cost to import steel is too high.
  • The area in which the towers will be constructions not son firm rock but fragile rock and sediment
  • New construction techniques will be use in that scale, so, any mistake could be a failure.
  • Different companies will be used to construct every tower
  • Environmental factors: bad weather and by culture the work stop when is raining.
  • Other factors:
  • Foreign contractors
  • Language and culture differences
  • Political project

Key stakeholders

  • Project Manager
  • Architect: Cesar Pelli
  • Prime Minister: Dr. Mahathir Mohamad
  • Malaysia Government

Project acceptance criteria

The project will be accepted as long as it compliance with the criteria indicated bellow:

  • Two towers have to include Islamic architecture
  • Twin towers have to be constructed by 2 differents companies
  • Twin towers must be safe taking into account the last events occurred in US (Oklahoma)
  • Twin towers have to be constructed with concrete instead of steel
  • Twin towers have to compliance with safety and environment laws
  • Twin towers have to be an icon of Malaysia culture

Assumptions

  • Financial resources are available when is needed
  • Materials are available when is needed
  • Logistic resources are available when is needed
  • Expertise of the staff is enough to the project
  • The project is feasible regarding to soil report
  • One company will build the two towers
  • Concrete to be used is good and is feasible to use it for the building
  • Weather will not be an issue – it is not in the loop any environmental catastrophe


Work breakdown structure (WBS)

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Work breakdown structure (WBS) dictionary

WBS Code

WBS Element

1.1

Initial design

WBS Element Description

Assigned to: Cesar Pelli / Architech

Predecessor: N/A

Successor: 1.2

Description: This activity consists in understand all the stakeholder’s requirements and make an initial design including them

Start date:  -

Finish date: -

Budget: -

WBS Code

WBS Element

1.2

Stakeholders feedback

WBS Element Description

Assigned to: Cesar Pelli / Architech

Predecessor: 1.1

Successor: 1.3

Description: Once the initial design was completed, this have to be showed and explained to stakeholders and sponsor to receive feedback and make  the changes as needed.

Start date:  -

Finish date: -

Budget: -

WBS Code

WBS Element

1.3

Final architecture design

WBS Element Description

Assigned to: Cesar Pelli / Architech

Predecessor: 1.1 and 1.2

Successor: 2.1.1

Description: With the stakeholders feedback, make all the changes as needed and get the final architecture design, which will be the base to start the field work.

Start date:  -

Finish date: -

Budget: -

WBS Code

WBS Element

2.1.1

Soil investigation

WBS Element Description

Assigned to: Team member 1

Predecessor: -

Successor: 2.1.2

Description: use a determined method to identify physical properties of soil at construction site. This procedure has to establish:

  1. If the soil is safe and solid to construction
  2. Take soil test and analyze them
  3. Elaborate the report with conclusions.

Start date:  -

Finish date: -

Budget: -


Project risk analysis

Risk Executive Summary

The purpose of this document is to explain the kind of risks and their impact in the project, so, we can have positive risks (opportunities) or negative risks (threats).

For this analysis we will focus on threats, as we understand the importance of the risk management, we will use the “Risk register” tool to identify risk accordance to the work execution, this tool will be available in a shared folder to all team members, because all of team members are responsible of risk identification.

To achieve this, we are including in this document the information indicated below:

  • The process that has been implemented by the project team to identify and mitigate the threats
  • Risk mitigation strategies
  • Frequency of risk review and who will be the responsible of do it
  • Roles and responsibilities of risk management
  • A complete risk register containing all the risks identified for the project, the grading and the response of those.

Risk Identification Process

  • All team members are responsible to identify and document the risks in the template defined as soon as they identify it.
  • The risks that have to be used as base, are all the risks identified during initiation stage
  • The categories that will be used to identify the risks are:
  1. External risks: This category include all the risks that cannot be managed by the project team and we can breakdown in the sub-categories as below:
  1. Environmental factors
  2. Legal factors
  3. Social factors
  4. Political factors
  5. Contractual factors
  6. Business factors
  7. Economic factors
  1. Internal risks: In this category include all the risks that are managed by the project team, and we can breakdown in sub- categories as below:
  1. Design factors
  2. Materials factors
  3. Construction factors
  4. Administration factors
  • Once the risks are identified must be indicated in the “Risk register” and in a weekly basis will be reviewed by the Project Manager and the team
  • Based on that, will be develop strategies to mitigate and respond to the risk

Analysis and Evaluation of risk

Risks will be evaluated determining the likelihood of a risk or threat being realized and the seriousness  if this occur, so in that way we will use the table showed below:

...

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