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Construction project management is the organisation of the entire project life cycle, from the initial concept and design stage through work acceptance and commissioning of the building. Construction project management brings together decisions related to schedules, costs, resources, risks, contracts, and interaction between project participants.
Without a unified management system, designers, clients, contractors, and suppliers make decisions independently, which can lead to additional works, downtime, and budget increases when project changes occur.
Comprehensive construction project management allows the client to receive objective information about the project status and make decisions before deviations become critical.
Construction project management begins with defining the project objectives, planned budget, schedule, and expected result.
After that, a construction project management plan, construction schedule, responsibility structure, and reporting procedure are developed.
A construction project management system should cover:
— design and collection of initial data
— contract execution and allocation of responsibilities
— planning of schedules, budget, and resources
— implementation control and approval of changes
— acceptance of works and project completion
Project management in construction does not replace the designer, contractor, or technical supervision. Its task is to coordinate all participants around the approved project objectives.
The life cycle of a construction project consists of several interconnected stages. At the initiation stage, the purpose of the facility, initial constraints, client requirements, and preliminary economic feasibility are determined.
Construction project planning then begins: the technical assignment is prepared, the budget is developed, and the sequence of design, procurement, and construction works is established.
During the implementation stage, the construction project manager controls execution of the approved plan, decision-making deadlines, and the impact of changes on project costs.
Project completion includes acceptance of works, correction of deficiencies, contract close-out, and transfer of the required documentation to the client.
Construction project management from design through completion is therefore a continuous process rather than control limited to the construction site.
A construction project involves the client, designers, general contractor, subcontractors, suppliers, technical supervision specialists, and designer’s supervision representatives.
The construction project manager coordinates their activities but should not replace their professional responsibilities.
A responsibility matrix in construction defines who prepares a decision, who approves it, who performs the work, and who accepts the result.
Without such allocation, the same issue may formally fall under the responsibility of several participants while in practice remaining unresolved.
A construction schedule should reflect not only the duration of construction works but also the timing of design, approvals, procurement, deliveries, and acceptance.
A baseline construction schedule is approved for schedule control and is then compared with actual progress.
If a delay against the construction schedule is identified, its cause and impact on subsequent stages must be determined.
Simply increasing the number of workers does not always shorten the project duration. A delay may result from missing drawings, unapproved changes, late equipment deliveries, or the inability to begin the next process.
Common causes of construction delays include an unrealistic initial schedule, delayed client decisions, poor contractor coordination, and lack of control over critical activities.
Construction budget management begins with approval of the initial cost and the procedure for introducing changes.
Construction project budget control should show not only amounts already paid but also contractual commitments, expected additional works, and the forecast cost of project completion.
Construction budget overruns often accumulate gradually. Individual changes may appear insignificant, but together they can increase the cost of materials, works, equipment rental periods, and site maintenance.
Construction project cost management should therefore be linked to change control and verification of actual completed quantities. Independent verification of estimates, payments, and correspondence between costs and actual project readiness is carried out through financial and technical control of construction.
Construction project risks should be recorded before they develop into actual losses.
For this purpose, a construction project risk register is maintained, indicating the probability of each event, possible consequences, responsible specialist, and response measures.
Significant risks include errors in initial data, design delays, increases in material costs, late equipment deliveries, insufficient contractor qualifications, and changes in client requirements.
The construction risk register should be reviewed regularly. Once the project changes, the original risk assessment can quickly become outdated.
Changes to design solutions during construction may affect the schedule, budget, procurement, and structures that have already been completed.
Construction project change management should therefore include technical justification, cost calculation, assessment of schedule impact, and written approval.
Additional construction works should not be performed solely on the basis of a verbal agreement. Article 671 of the Civil Code of the Republic of Uzbekistan regulates changes to design and cost-estimate documentation and provides for approval of an additional estimate when the scope of works increases significantly.
A construction project change register makes it possible to track the basis for each decision, responsible persons, cost changes, and consequences for the schedule.
Construction project control is based on comparing the approved plan with actual data.
A construction project progress report should show work completion status, schedule deviations, budget utilisation, unresolved issues, changes, and key risks.
Construction project milestones are established before implementation begins. They may include completion of design, receipt of approvals, delivery of major equipment, completion of individual construction stages, and readiness of the facility for acceptance.
Technical supervision of construction checks the quality of works and materials and compliance with design solutions, while construction project management additionally links this information with schedules, contracts, budgets, and client decisions.
Construction project management makes it possible to combine design, procurement, construction, control, and decision-making within a single system.
Effective management of investment and construction projects is based on a reliable schedule, controlled budget, clearly allocated responsibilities, risk management, and a formalised change procedure.
The main result of project management is not an increase in the number of reports, but the timely identification of deviations and decision-making before they lead to schedule delays, budget overruns, or rework of completed construction activities.
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