Construction Project Management and Schedule Planning Using Primavera P6

Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Key source references: 5 أيام, 25 ساعة.

Covers project-based learning, engineering case studies, applied deliverables, teamwork, and final presentation. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Uses case-based learning and project work to connect engineering methods with real construction, infrastructure, supervision, procurement, quality, safety, design, and site-management needs. Key source references: 1, 2, 3, 4, 5.

Covers Primavera P6 project setup, WBS development, activities, logical relationships, calendars, CPM, resources, costs, progress updates, and reports. Covers critical path analysis, early and late dates, float, schedule logic, delay effects, and project control. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements. Key source references: CPM, PERT, Primavera P6.

Covers project-based learning, engineering case studies, applied deliverables, teamwork, and final presentation. Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Uses case-based learning and project work to connect engineering methods with real construction, infrastructure, supervision, procurement, quality, safety, design, and site-management needs.

Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Key source references: 1, 5 أيام, 2, 3, 4.

Practical application: participants work individually or in small teams on realistic engineering scenarios, project files, site drawings, schedules, models, inspection records, quantity sheets, contract documents, survey data, safety cases, or construction deliverables using structured templates and guided steps. Covers Primavera P6 project setup, WBS development, activities, logical relationships, calendars, CPM, resources, costs, progress updates, and reports. Covers project-based learning, engineering case studies, applied deliverables, teamwork, and final presentation. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Uses case-based learning and project work to connect engineering methods with real construction, infrastructure, supervision, procurement, quality, safety, design, and site-management needs. Key source references: 1, Primavera P6, 2, 3, 2026, 31, 4, 5, 23, 3 أيام, 6.

Covers Primavera P6 project setup, WBS development, activities, logical relationships, calendars, CPM, resources, costs, progress updates, and reports. Covers work breakdown structures, work packages, coding, deliverable breakdown, and construction schedule organization. Covers project-based learning, engineering case studies, applied deliverables, teamwork, and final presentation. Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Uses case-based learning and project work to connect engineering methods with real construction, infrastructure, supervision, procurement, quality, safety, design, and site-management needs. Key source references: WBS, 1, 2, 3, 4, Primavera P6.

Covers Primavera P6 project setup, WBS development, activities, logical relationships, calendars, CPM, resources, costs, progress updates, and reports. Covers work breakdown structures, work packages, coding, deliverable breakdown, and construction schedule organization. Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Key source references: 1, 2, 3, 4, WBS, Primavera P6, 50, 100 نشاط.

Covers Primavera P6 project setup, WBS development, activities, logical relationships, calendars, CPM, resources, costs, progress updates, and reports. Covers road geometric design, pavement design, drainage, intersections, traffic safety, earthworks, and infrastructure specifications. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Key source references: 1, 2, 3, 4, PERT, 6, Primavera P6.

Covers Primavera P6 project setup, WBS development, activities, logical relationships, calendars, CPM, resources, costs, progress updates, and reports. Key source references: 1, 2, 3, 4, Primavera P6.

Practical application: participants work individually or in small teams on realistic engineering scenarios, project files, site drawings, schedules, models, inspection records, quantity sheets, contract documents, survey data, safety cases, or construction deliverables using structured templates and guided steps. Covers work breakdown structures, work packages, coding, deliverable breakdown, and construction schedule organization. Covers project-based learning, engineering case studies, applied deliverables, teamwork, and final presentation. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Develops professional engineering communication through technical reports, records, evidence files, submittals, dashboards, meeting notes, recommendations, and final presentations. Uses case-based learning and project work to connect engineering methods with real construction, infrastructure, supervision, procurement, quality, safety, design, and site-management needs. Key source references: 1, 10, WBS, 4, 2, 30 نشاط, 3, PERT, 5, 6.

Covers Primavera P6 project setup, WBS development, activities, logical relationships, calendars, CPM, resources, costs, progress updates, and reports. Covers project-based learning, engineering case studies, applied deliverables, teamwork, and final presentation. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Develops professional engineering communication through technical reports, records, evidence files, submittals, dashboards, meeting notes, recommendations, and final presentations. Uses case-based learning and project work to connect engineering methods with real construction, infrastructure, supervision, procurement, quality, safety, design, and site-management needs. Key source references: 1, 2, 3, 4, 5, 0, Primavera P6.

Covers Primavera P6 project setup, WBS development, activities, logical relationships, calendars, CPM, resources, costs, progress updates, and reports. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Key source references: Primavera P6, 1, 2, 3, 4, 10, 5 أيام, 50 ساعة.

Covers Primavera P6 project setup, WBS development, activities, logical relationships, calendars, CPM, resources, costs, progress updates, and reports. Covers work breakdown structures, work packages, coding, deliverable breakdown, and construction schedule organization. Covers construction materials, concrete, steel, asphalt, aggregates, testing, specifications, approvals, and quality enhancement. Covers risk identification, probability and impact assessment, mitigation actions, registers, monitoring, and reporting. Covers project-based learning, engineering case studies, applied deliverables, teamwork, and final presentation. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Develops professional engineering communication through technical reports, records, evidence files, submittals, dashboards, meeting notes, recommendations, and final presentations. Uses case-based learning and project work to connect engineering methods with real construction, infrastructure, supervision, procurement, quality, safety, design, and site-management needs. Key source references: 1, 2, 3, 5, 10%, 4, Primavera P6, WBS.

Practical application: participants work individually or in small teams on realistic engineering scenarios, project files, site drawings, schedules, models, inspection records, quantity sheets, contract documents, survey data, safety cases, or construction deliverables using structured templates and guided steps. Covers project-based learning, engineering case studies, applied deliverables, teamwork, and final presentation. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Develops professional engineering communication through technical reports, records, evidence files, submittals, dashboards, meeting notes, recommendations, and final presentations. Uses case-based learning and project work to connect engineering methods with real construction, infrastructure, supervision, procurement, quality, safety, design, and site-management needs. Key source references: 1, 50 ريال, 100 ريال, 500 ريال, 400 ريال, 3, 000 ريال, 2, 4, 5, 10%, 6.

Covers Primavera P6 project setup, WBS development, activities, logical relationships, calendars, CPM, resources, costs, progress updates, and reports. Covers project-based learning, engineering case studies, applied deliverables, teamwork, and final presentation. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements. Develops professional engineering communication through technical reports, records, evidence files, submittals, dashboards, meeting notes, recommendations, and final presentations. Uses case-based learning and project work to connect engineering methods with real construction, infrastructure, supervision, procurement, quality, safety, design, and site-management needs. Key source references: Primavera P6, 0, 5 أيام.

Covers Primavera P6 project setup, WBS development, activities, logical relationships, calendars, CPM, resources, costs, progress updates, and reports. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Key source references: 1, 2, 3, 4, 5, Primavera P6.

Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Key source references: 1, 2, 3, SV, CV, SPI, 4, CPI, 5, EAC, 6.

Practical application: participants work individually or in small teams on realistic engineering scenarios, project files, site drawings, schedules, models, inspection records, quantity sheets, contract documents, survey data, safety cases, or construction deliverables using structured templates and guided steps. Covers technical reporting, site reports, progress reports, inspection reports, executive summaries, and recommendations. Covers project-based learning, engineering case studies, applied deliverables, teamwork, and final presentation. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Develops professional engineering communication through technical reports, records, evidence files, submittals, dashboards, meeting notes, recommendations, and final presentations. Uses case-based learning and project work to connect engineering methods with real construction, infrastructure, supervision, procurement, quality, safety, design, and site-management needs. Key source references: 1, 12, 10, 2, 6, SPI, 0, 9, CPI, 95, 3, SV, CV, 4, EAC, 5.

Covers earned value management, planned value, earned value, actual cost, SPI, CPI, SV, CV, EAC, and performance reporting. Covers technical reporting, site reports, progress reports, inspection reports, executive summaries, and recommendations. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Develops professional engineering communication through technical reports, records, evidence files, submittals, dashboards, meeting notes, recommendations, and final presentations. Key source references: 1, 2, 3, 4, EVM, 5, PDF, Excel.

Covers Primavera P6 project setup, WBS development, activities, logical relationships, calendars, CPM, resources, costs, progress updates, and reports. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Key source references: 1, 2, 3, 4, 5, Primavera P6.

Covers Primavera P6 project setup, WBS development, activities, logical relationships, calendars, CPM, resources, costs, progress updates, and reports. Covers quality management, inspection, testing, records, NCRs, corrective actions, material approvals, and compliance improvement. Covers risk identification, probability and impact assessment, mitigation actions, registers, monitoring, and reporting. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements. Key source references: 1, 2, 0, 3, 4, 5, Primavera P6.

Covers Primavera P6 project setup, WBS development, activities, logical relationships, calendars, CPM, resources, costs, progress updates, and reports. Covers claims preparation, contractual notices, delay analysis, cost impact, supporting documentation, and negotiation. Covers technical reporting, site reports, progress reports, inspection reports, executive summaries, and recommendations. Covers project-based learning, engineering case studies, applied deliverables, teamwork, and final presentation. Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements. Develops professional engineering communication through technical reports, records, evidence files, submittals, dashboards, meeting notes, recommendations, and final presentations. Uses case-based learning and project work to connect engineering methods with real construction, infrastructure, supervision, procurement, quality, safety, design, and site-management needs. Key source references: 1, 2, As-Built, 3, 4, 5, 6, Primavera P6.

Practical application: participants work individually or in small teams on realistic engineering scenarios, project files, site drawings, schedules, models, inspection records, quantity sheets, contract documents, survey data, safety cases, or construction deliverables using structured templates and guided steps. Covers Primavera P6 project setup, WBS development, activities, logical relationships, calendars, CPM, resources, costs, progress updates, and reports. Covers work breakdown structures, work packages, coding, deliverable breakdown, and construction schedule organization. Covers earned value management, planned value, earned value, actual cost, SPI, CPI, SV, CV, EAC, and performance reporting. Covers road geometric design, pavement design, drainage, intersections, traffic safety, earthworks, and infrastructure specifications. Covers technical reporting, site reports, progress reports, inspection reports, executive summaries, and recommendations. Covers project-based learning, engineering case studies, applied deliverables, teamwork, and final presentation. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Develops professional engineering communication through technical reports, records, evidence files, submittals, dashboards, meeting notes, recommendations, and final presentations. Uses case-based learning and project work to connect engineering methods with real construction, infrastructure, supervision, procurement, quality, safety, design, and site-management needs. Key source references: 500 متر, 18, 50, 1, Primavera P6, 2, WBS, 3, 50 نشاط, 4, PERT, 10, 5, 6, 7, 8, 9, EVM, SPI, CPI, EAC, 11, 12.

Covers Primavera P6 project setup, WBS development, activities, logical relationships, calendars, CPM, resources, costs, progress updates, and reports. Covers work breakdown structures, work packages, coding, deliverable breakdown, and construction schedule organization. Covers critical path analysis, early and late dates, float, schedule logic, delay effects, and project control. Covers earned value management, planned value, earned value, actual cost, SPI, CPI, SV, CV, EAC, and performance reporting. Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements. Key source references: Primavera P6, WBS, CPM, EVM.