7-C[1].M-final

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    Construction Project Management &

    Planning

    Part I:

    Planning-Process: Planning aims at formulation of a time-based plan of action

    for coordinating various activities and resources to achieve specified objective.

    Planning is the process of developing the project plan.

    Planning in its broader perspective, involves advanced thinking as to what is to be

    done, what are the activities, how it is to be done, when it is to be done, where it

    is to be done, what is needed to do it, who is to do it and how to ensure that it is

    done. All of this is canalized to generate and evaluate options for evolving an

    action plan aimed at achieving the specified goals.

    Project Planning Techniques:

    STAGES PLANNING PROCCESS TECHNIQUES/METHODS

    Time Planning Breaking down project

    work.

    Developing time network

    plans.

    Scheduling work

    Work Breakdown

    Network analysis, Gantt chart, Line of

    Balanced technique

    Time limited scheduling, Resources

    limited scheduling

    PlanningResources

    Forecasting resourcerequirements

    Planning manpower

    requirements

    Planning materials

    requirement

    Planning Equipment

    procurement

    Budgeting costs

    Designing organisational

    structure

    Allocating tasks and

    resources

    Forecasting

    Manpower scheduling

    Materials scheduling

    Equipment selection and scheduling

    Cost planning and budgeting

    Organisation design

    Resource allocation

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    Planning

    Implementation

    Formulating monitoring

    methodology

    Resource productivity control

    Time control

    Contribution control

    Budgetary control

    Planning:Time Planning:

    Project Work Breakdown : This means breaking down the scope of

    project work into its constituent sub projects, tasks, work packages and activities.

    Modelling and analysing networks : This include developing logic diagrams or

    sub-networks to develop a time planning model and analysing it to determine the

    project completion time.

    Scheduling Work Programme : This involves putting plan on calendar basis and

    using the scheduled programme to forecast inputs and outputs.

    Resource Planning:

    Forecasting Input and Output : Input and Output forecasting aids in

    conceptualizing the project. It indicates the Quantum of resources required for

    executing a project and the output expected.

    Planning Construction Work Force : It primarily focuses on determining the size of

    the project work force, its structuring into functional groups and workers teams

    and scheduling the manpower recruitment/ induction to match the task

    requirements.

    Planning Construction Materials : It involves identifying the materials required,

    estimating quantities, defining specifications, forecasting requirements, locating

    sources for procurements, getting material samples approved, designing materials

    inventory and developing the procurement plan to ensure a smooth flow of

    materials till the connected construction works are completed at the project site.

    Planning Construction Equipment : It aims at identifying the construction tasks to

    be undertaken by mechanical equipment, assessing the equipments required,

    exploring the equipment procurement options and finally participating in the

    decision making for the selective equipment.

    Planning Construction Standard Costs : It aims at the integration of planning

    judgement, costing techniques and accounting disciplines for the development ofstandard costs, financial forecasts, project budget and cost control measures.

    Planning Construction Budget : The purpose of such planning is to assign financial

    targets and resources to reach functional group so as to establish some basis for

    controlling their performance and to make participants plan with cost

    consciousness instead of purposeless routine working.

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    Project Control/ Implementation Process:

    Project control Methodology : This acts on a common language of understanding.

    It defines the performance parameters to be controlled and outlines the

    performance accounting and monitoring processes.

    Controlling Resource Productivity : This aims at ensuring efficient utilization of

    the inputs of men, materials and equipments by identifying cause of their wastage

    as well as affecting improvements to minimize it.

    Controlling Costs: It aims at restraining of expenditure within the predefined

    limits. It involves the processing of reports received from various responsibilities

    centres relating to the cost incurred.

    Controlling Time : It involves the monitoring of time status by updating the project

    networks and time schedules, reviewing duration of balance activities, computing

    deviation and evaluating the implications of deviation project time objectives by

    time analysing the project network.

    Part II (Project CPM/ PERT Network Analysis):

    The term project network analysis is a generic term covering all the networking

    techniques used for planning, scheduling and controlling of projects. The two commonly

    used techniques are:

    Critical Part Method (CPM) : An experienced planner can develop the CPM sub

    networks of a sub project or a task, working straight from its work breakdown

    structure or task matrix.

    Programme Evaluation and Review Techniques (PERT) :Its an event oriented

    technique. It lays stress on measuring the uncertainty in activity times by using

    three times duration estimation method.

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    Part III (Project Management):

    The project manager aims to achieve its missions by:

    Managing Time and progress

    Cost and cash flow

    Quality and performance

    Organization behaviour

    With Organization resources

    Planning resources

    Organizing resources

    By Scheduling resources

    Directing resources

    Monitoring resources

    Controlling resources

    Quality constraints

    Within Time constraints

    Cost constraints

    Environment constraints