Professional Planning Engineer Preparation Course.

Learn to build a schedule management plan from contract documents, approvals, and internal project data, aligning internal and external reports for effective project initiation.

Analyze inputs from contracts, drawings, and policy to build a schedule management plan. Use PMBoK methods and data analysis to derive the baseline and outputs.

Prepare a comprehensive project baseline by detailing scope, schedule, cost baselines, wbs, obs, ebs, and activities, then learn how to track, control, and present data to stakeholders using Primavera.

Begin your project baseline preparation by studying contract documents and drawings, then build the work breakdown structure and schedule plan for a roofing and wet-area waterproofing example project.

Explore practical schedule types a planning engineer uses, including tender and mobilization schedules, baseline and updated schedules, mitigation, revised and recovery schedules, forecast and look-ahead schedules, and as-built schedules.

Learn to build a professional marine project baseline using mapping sheets, WBS, BOQ, CBS, and RBS, connected to Primavera and Excel for resource loading.

Check project drawings to align the planning methodology with contour levels and surveying data, allocate resources like long boom excavators, and identify items not in the boq for consultant approval.

Identify the project scope from the POQ, extract contract documents and site handover details, and set the baseline within a 24-month contract using document priority.

Review the contractual documents, BOQ, general conditions, special conditions, specifications, and drawings to establish a reliable baseline. Translate minutes of meeting and the project plan into actionable activities.

learn how to create a hierarchical WBS from scope documents through brainstorming and stakeholder meetings, using the EBC method (engineering-procurement-construction) to form a 100% WBS baseline in Primavera.

Develop a comprehensive WBS with work packages and planning packages, aligned to milestones and EBC delivery, emphasizing progressive elaboration, 100% scope, deliverables, mutual exclusivity, and avoiding scope creep.

Create a project baseline by building a WBS in Primavera or Excel, defining the project, stages, packages, zones, and villa schemes, and preparing activity lists and stakeholder updates.

Create and manage a cost breakdown structure to classify project costs into labor, material, and equipment, aligned with the baseline for cost control.

Create your project baseline by extracting activities from the book and documents, breaking them into measurable steps, assigning resources, calendars, and dependencies, and building an Excel activity list for Primavera.

Translate bill items from the BOQ into individual activities, assign resources and durations, and build a Primavera schedule with a Gantt chart baseline that links POQ, WBS, and time scales.

Explore how to link BOQ items, WBS, and activities into a coherent baseline, using mapping sheets to align BOQ, WBS, and POQ with invoices for accurate progress.

Build the activity list and a WBS, comparing ABC engineering and procurement with a WBS. Divide work into zones A, B, and C for roof and wet-area tasks using Primavera.

Learn to build a detailed WBS and divide project areas for progress tracking. Map POQ items to activities using a mapping sheet, data validation, and automatic coding.

Learn how a planning engineer builds a project baseline by linking the WBS, activity lists, and resource estimates to balance duration, relationships, and resources for a Primavera schedule.

Build a centralized resource dictionary with procurement data to manage materials, suppliers, prices, and availability across projects, enabling accurate budgeted labor, materials, and equipment quantities in Primavera.

Assign resources to activities in the baseline plan by building a resource dictionary and defining labor, materials, and equipment productivity. Coordinate with the execution team to finalize durations and scheduling.

Develop a resource breakdown structure from activity lists and boq data, detailing labor, equipment, and materials with codes for Primavera. Learn coding, units, costs, and maximums for effective planning.

Learn how to assign resources to activities in Primavera using resource lists, WBS, and productivity concepts, and build estimation sheets to derive duration and budget units.

Create a mapping sheet to integrate BOQ, WBS, activities, and CBS into a smart ERP-like resource database, then automate resource assignment using standard activity codes and productivity data.

Construct the project baseline by linking activities through clearly defined relationships, estimating durations, allocating resources, and building a gantt-based schedule that reveals dependencies, wbs relationships, and the critical path.

Learn how to establish activity relationships in Primavera and align WBS with procurement and engineering. Discover cycle-by-cycle scheduling, from dredging and rock supply to block installation.

Coordinate procurement, approvals, and installation of marine fittings, bollards, navigation marks, ladders, and utilities; start civil and generator works with lean concrete foundations, cabling, testing, and commissioning.

Learn how to estimate activity duration, define the original duration, and align milestones, constraints, and resource limits with the project baseline. Apply these steps to achieve effective scheduling.

Apply GAO and DCMA based best practices to duration and relationships, decomposing work into manageable activities, avoiding merge points, and ensuring horizontal and vertical traceability for a solid baseline.

Estimate activity duration by considering quantity, resources, and productivity to build the project baseline, and understand how activity relationships and scheduling shape the plan.

Learn how to estimate project duration by mapping resources and rules, selecting equipment and crews, and using pivot tables to derive maximum durations for scheduling in cycle-based planning.

Learn to develop and revise a project baseline through a repeatable schedule process, coordinating resources, durations, and stakeholder approvals using Primavera or Excel.

Master core scheduling concepts, from planning definitions to baselines and Gantt charts, including early start and finish, late start and finish, floats, and the critical path.

Define the project baseline by building the WBS, resource dictionary, and zone-specific activities, then estimate durations, assign resources by category, and align Primavera and Excel for scheduling and baseline checks.

Learn to plan cash out and cash in by allocating direct and indirect costs, adjusting budgets in Primavera, and creating weighted cost distributions and cash flow visuals for stakeholders.

Learn to build and validate the project baseline by connecting activities, estimating durations and resources, checking logic, milestones, and the schedule management plan for DCMA 14 compliant consultant submission.

learn how to establish a project baseline by ensuring complete network logic and proper relationships, avoiding dangling logic and prohibited start-to-finish, while managing calendars, constraints, floats, change control, and risk.

Learn to perform baseline checks in Primavera and DCMA integration, review logs for warnings, verify predecessors and relationships, and prepare, submit, and publish the schedule with consultant approval.

Create a dynamic project schedule by linking activities with predecessors and successors, applying DCMA 14 rules, and validating the baseline through F9, critical path, and float checks in Promovera.

Identify high float in a project schedule and reduce it by adjusting relationships and durations, breaking down tasks, and refining procurement and approvals to protect the critical path.

Learn how to finalize a baseline by iterating convergence of logic relationships, DCMA-14 in Primavera, end date constraints, resource limits, and cash flow to resolve over allocations.

Finalize the project schedule by validating DCMA 14, optimizing total float, and setting a realistic baseline with resources, cash in/out, and Primavera planning.

Explore distributing bulk boq amounts into cash-in curves using weighted percentages and wbs mapping, then build a bms with mapping sheets, cash-in tables, and tracking to produce the s-curve.

Distribute cash-in using BOQ-based weighting, cost, duration, and man-hour methods. Load into Primavera to build a BOQ-based BMS and tracking.

Submit the project baseline with attachments and a stakeholder-focused narrative report, detailing scope, milestones, risks, WBS, calendar, critical path, procurement, and performance measures for ongoing updates.

Master project progress monitoring and control through daily data collection, tracking sheet, and site oversight. Update Primavera baselines, track actuals, remaining quantities and costs, and implement corrective actions.

Learn to collect actual site data, update Primavera schedules, and forecast remaining work using daily progress, labor, material, and QC reports to keep the project on track.

Develop and practice data collection for daily progress reports to support project planning and monitoring in the professional planning engineer preparation course.

Learn how to collect data on construction materials from MRFs to Bo, delivery notes, and invoices, and track warehouse stock and material consumption for project baselines.

Discover how planning engineers collect data, update programs, and generate reports by linking site work with departments. Learn techniques to insert actuals, estimate remaining, and forecast in Primavera.

Learn how to collect and feed data from ERP or similar systems (such as Odoo, Primavera, IMS Project) into tracking sheets and Excel to monitor material use, progress, and forecasts.

Collect site data from daily reports, tracking sheet, and DBR, feed the BMS, and use Primavera for scheduling and EVM analysis to drive on-site actions that close variances.

Learn to collect and validate daily progress data from ERP and Primavera systems, including labor, activity details, quantities, and productivity, for accurate planning updates.

Learn to generate and review the materials consumption report to identify wastage and align plan with progress data, using data sheets, Excel, IRB systems, and Primavera.

Master warehouse control by monitoring material flow between site and warehouse, managing MRF and BO processes, tracking expiry and slow-moving stock, and aligning with look-ahead forecasts.

Learn to craft a work progress report in Primavera, using duration, physical, and units updates, with weights, actual progress, and weekly or monthly S-curve reports.

Explain how a project evaluation report aggregates income, costs, and profits to inform stakeholders, detailing site engineer performance, cost components, and net profit insights.

Explore client invoices versus progress invoices, and how planning and cost control engineers compare data, monitor contract quantity, progress quantity, and variances to ensure proper approvals and timely variation orders.

Explore revised and recovery schedule concepts, including baseline change and contract quantity. Learn to use variation orders, Primavera, and Excel to create revised plans and updated s-curves.

Master how the earned value method merges scope, schedule, and cost to measure project performance against a performance measurement baseline, forecast time and budget, and report results.

Explore earned value management concepts: planned value, actual cost, and earned value, and how to compare BCWS, ACWP, and BCWP against baselines to assess schedule and cost performance.

Explore earned value performance indicators by calculating schedule variance and cost variance, along with their percentages, using baseline, earned value, and actual cost to assess on, ahead, or behind schedule.

Learn how to read earned value, interpret schedule variance and cost variance, and apply the cost performance index, SBI, and CSI to assess project health and forecast remaining work.

Forecast project costs using earned value reporting, applying forecasting indicators such as EAC, ETC, TCBI, CBI, SBI, and variance at completion to guide cost control.

Explore a cross-disciplinary workshop integrating planning, Primavera, cost management, and Power BI to create a high level schedule, pricing, and early reporting, including resource loading and cash out distribution.

Learn how planning engineers estimate resources and costs, distribute labor, materials, and indirect expenses in Primavera, and generate cash out distributions for project cash flow.

Master cash out and cash in planning by breaking down costs by resource and contract terms. Use Primavera to create time-distributed reports that align with vendor and subcontractor payment plans.

Learn to plan cash in by distributing the project cost across activities using weighted percentages from direct costs, aligned with weekly invoices and a seven‑day payment cycle.

Explore how engineers use ai to streamline planning, costing, and reporting, from creating mapping sheets and WBS from POQ items to automated pricing and dashboards.

Define the planning engineer role by preparing the project baseline and monitoring schedule health. Report variances to stakeholders, implement corrective actions, and reduce material wastage while ensuring on-time completion.

Learn how planning engineers use Primavera to manage contract baseline, revisions, and EOT, update progress, calculate forecast completion, and prepare two-week lookahead and critical-path analyses.

Build a work breakdown structure from contract documents, break activities into manageable steps, estimate durations and resources, and schedule in Primavera to establish a baseline aligned with the critical path.