Complete Primavera P6 For Beginners in 1 Hour | Full Project in Primavera p6 in English

Primavera P6 Building Construction Project Planning

The video presents a beginner-oriented walkthrough of planning a building construction project in Primavera P6. It explains how to build a schedule from project documents, organize the work, calculate dates and costs, and prepare the schedule for review and baseline tracking.

1. Set Up the Project

• Create an EPS (Enterprise Project Structure) to organize projects into departments or business areas, much like folders on a computer.
• Create a new project under the appropriate EPS.
• Use the project’s contract documents to enter its name and start date. The presenter advises leaving the finish date open initially in many cases.
• Locate and open the project in the Activities window.

2. Gather Project Information Before Scheduling

The presenter emphasizes basing the schedule on project documentation and consulting the client, consultant, and company management throughout its development. Relevant documents and inputs include:

• Contractual milestones and project requirements.
• BOQ (Bill of Quantities), which describes work items, units, quantities, rates, and costs.
• Design drawings and engineering information.
• Productivity data for estimating work durations and resource needs.
• Company or project WBS templates and guidance from senior management.
• Applicable contract conditions and construction requirements.

The presenter recommends submitting work for review and approval at appropriate stages to avoid extensive rework.

3. Build the WBS

• Create a Work Breakdown Structure (WBS) to divide the project into manageable phases and components.
• Example categories include design and engineering, foundations, structures, MEP work, and exterior finishes.
• Break major categories into lower-level components where useful—for example, dividing MEP into elevators, HVAC, and plumbing.
• The WBS is hierarchical: parent items contain child items, which may contain further levels.
• The WBS describes the project’s deliverables; activities are added underneath it to describe the work required to produce them.
• Use P6’s hierarchy and move controls to arrange WBS elements and adjust their order.
• Submit the proposed WBS for review before proceeding too far.

4. Configure Project and Display Settings

• Set the industry in Admin Preferences where applicable.
• Add the project’s required units of measure in Admin Categories.
• Confirm the relevant currency. If needed, add a currency, configure its symbol and exchange rate, and select it in user preferences.
• Customize the Activity view’s columns—for example, activity ID, activity name, duration, and cost.
• Adjust the Gantt chart timescale to show the schedule by day, week, month, quarter, or year.
• Save useful combinations of columns and displays as layouts so they can be reused.

5. Create Activities Under Each WBS

• Translate BOQ work descriptions and construction methods into clear, actionable schedule activities.
• Add activities under the relevant WBS, either manually or by importing them. The presenter recommends learning manual entry before relying on bulk-import methods.
• Arrange activities in the order in which the work is expected to be carried out.
• Use construction knowledge and input from quantity surveyors and other project personnel to define activity sequence and scope.

6. Create and Assign Calendars

• Create a project calendar and set working days and hours, including different shift lengths or nonworking days.
• Add holidays or other nonworking dates as appropriate.
• Configure working and nonworking periods within a day, such as breaks.
• Assign the calendar to activities. For many activities, the presenter demonstrates using Fill Down to copy the calendar assignment rather than editing each activity individually.
• Refresh the project data after making calendar changes.

7. Link Activities and Develop the Schedule Logic

• Define relationships between activities so P6 can calculate their sequence.
• A predecessor is an activity that comes before another; a successor follows or depends on it.
• For example, site preparation precedes excavation, which precedes subsequent foundation work.
• Enter relationships through Activity Details or apply them to selected activities using the link-activities command.
• Link work packages together—for example, connect the final foundation activity to the first structural activity.
• Aim to create a complete, logically connected project network rather than leaving activities unlinked.
• Review the resulting logic in the Gantt chart or Activity Network Diagram.

8. Estimate Durations Using Quantities and Productivity

• Use BOQ quantities and productivity information to estimate the effort and duration of activities.
• The presenter describes using productivity data—such as the quantity of work achievable per hour—along with total work quantities to calculate required effort.
• The relationship presented in P6 is:

Budgeted units = budgeted units per time × duration

• Project-level time allowances can be broken into phases, then into WBS elements and activities. In the presenter’s approach, durations are assigned to activities and P6 rolls those values up to higher WBS levels.
• Check the project’s execution sequence and duration assumptions with senior management and relevant project stakeholders.

9. Understand the Critical Path

• Once activities have durations and relationships, P6 calculates the schedule and identifies the critical path.
• The critical path is the longest path through the project network and controls the project’s overall duration.
• An activity’s total float is the amount of time it can be delayed without delaying the project completion date.
• In the tutorial’s simplified interpretation:
  • Activities with zero total float are critical.
  • Activities with positive total float are noncritical.
• Changes to activity durations or relationships can change the critical path.
• The presenter describes a schedule with logic, durations, and critical-path analysis as a planning stage before adding detailed resources and costs.

10. Add Resources and Costs

• Create project resources in the Enterprise Resources area, such as labor, equipment, and materials.
• Configure resource IDs, names, types, and units of measure.
• Distinguish resource types:
  • Labor and nonlabor resources are generally measured by time.
  • Material resources use appropriate quantity units, such as cubic meters.
• Enter resource rates and availability or effort information as appropriate.
• Assign resources to activities and specify their planned usage.
• P6 uses duration and budgeted units per time to calculate total units; resource rates can then contribute to activity costs.
• If assigned costs do not appear, the presenter suggests recalculating assignment costs in P6.
• Resource and cost loading can support cost breakdowns, cash-flow views, and resource reporting.

11. Review Usage Profiles and S-Curves

• Use the Activity Usage Profile and Activity Usage Spreadsheet to review resource or cost distribution over time.
• The profile can display labor, nonlabor, material, or total units and costs.
• Cumulative values add previous periods together and are used to represent S-curves.
• Time-interval values show the value for an individual period and are useful for histograms.
• Adjust the timescale and display options to make the schedule and resource or cost trends easier to read.
• The presenter describes S-curves and related views as ways to examine planned funding requirements and compare baseline, actual, and remaining values.

12. Prepare and Submit Planning Documents

The presenter lists several items a planning engineer may need to prepare for review:

• The project schedule in P6 and in an exportable format such as Excel or PDF.
• S-curves and cash-flow information.
• Resource usage or other supporting reports.
• A submission letter describing what is being submitted.
• A narrative report explaining schedule assumptions and settings, such as calendars and scheduling configuration.

P6’s export and print functions can create files for stakeholders who need to review the schedule outside the software. The presenter also demonstrates print setup and PDF output.

13. Create and Assign a Baseline

• After the schedule is reviewed and approved, use Project → Maintain Baselines to create a baseline copy.
• Give it an appropriate name, such as an initial or primary baseline.
• Use Assign Baselines to assign it as the project and primary baseline.
• Ensure baseline bars are enabled in the Gantt chart.
• Once execution begins, compare the current schedule with the baseline to identify slippage or variance against the original plan.

Speakers and Sources Featured

• Speaker: Engineer Waqas (the auto-generated subtitles render the name approximately as “Vakas”), presenting the tutorial.
• Other people or entities referenced, but not heard as speakers: Clients, consultants, company management, quantity surveyors, designers, and project teams.
• Project information sources discussed: Contract documents, BOQ, drawings, productivity sheets, WBS templates, and applicable contract guidance.