Training course

Overview

Practical Construction Planning is a comprehensive hands-on professional training course designed to develop the practical skills required to plan, coordinate, execute, monitor, and control construction activities effectively. The course focuses on converting project requirements, drawings, specifications, construction methodologies, resources, and schedules into workable site plans that can be implemented and monitored by construction teams. Participants gain practical experience in work breakdown, activity sequencing, scheduling, resource planning, procurement coordination, site logistics, workfront readiness, risk management, quality planning, health and safety planning, and construction progress control.

Practical Construction Planning emphasizes the tools and techniques used by construction professionals in real project environments. Participants learn how to prepare Work Breakdown Structures (WBS), activity lists, construction schedules, method statements, look-ahead plans, daily and weekly work plans, resource-loading schedules, procurement trackers, constraint registers, risk registers, site logistics plans, progress reports, productivity trackers, and recovery plans. The course combines practical construction planning principles with recognized frameworks and standards including ISO 9001, ISO 45001, ISO 14001, ISO 31000, Lean Construction, Last Planner principles, Critical Path Method (CPM), and established project-control practices.

The course progressively develops participants' ability to move from basic project information to integrated construction execution planning. Through practical workshops, participants interpret drawings and specifications, develop construction sequences, estimate activity durations, allocate labour and equipment, coordinate materials and subcontractors, identify constraints, monitor workfront readiness, measure productivity, update schedules, analyze progress, and respond to delays. Practical exercises use realistic construction scenarios so participants can experience the planning decisions, coordination challenges, information gaps, resource conflicts, and changing site conditions that occur during actual project delivery.

By the end of the training, participants will have developed an integrated practical construction planning capability that can be applied to building, civil engineering, infrastructure, industrial, and multidisciplinary projects. The course includes progressively challenging case studies, simulations, planning workshops, schedule-control exercises, recovery scenarios, and a final integrated construction planning project. Participants will learn not only how to prepare construction plans, but also how to test their practicality, communicate them to site teams, monitor implementation, identify deviations, and continuously improve project execution.

Course Duration

10 Days (80 Hours)

Target Participants

·         Construction Planners and Planning Engineers

·         Site Engineers and Construction Engineers

·         Construction Supervisors and Foremen

·         Project Coordinators

·         Construction Managers and Assistant Construction Managers

·         Quantity Surveyors involved in project planning and control

·         Project Controls Professionals

·         Site and Project Management Personnel

·         Contractors and Subcontractors

·         Professionals seeking hands-on construction planning skills

Course Objectives

By the end of the training, participants will be able to:

·         Apply practical construction planning principles throughout the project lifecycle

·         Interpret drawings, specifications, schedules, contracts, and construction information for planning purposes

·         Develop practical Work Breakdown Structures and construction work packages

·         Prepare construction activity lists, logic relationships, milestones, and execution sequences

·         Develop Gantt charts, network schedules, and practical Critical Path Method schedules

·         Prepare baseline, look-ahead, weekly, and daily construction plans

·         Estimate realistic construction activity durations using quantities, productivity rates, resources, and site conditions

·         Plan labour, equipment, materials, subcontractors, and other construction resources

·         Develop practical resource-loading, leveling, and capacity-planning approaches

·         Coordinate procurement activities and long-lead materials with construction schedules

·         Prepare site logistics and workfront-readiness plans

·         Identify, record, and remove construction constraints

·         Apply ISO 31000 principles to practical construction risk planning

·         Integrate ISO 9001 quality requirements into construction planning and work execution

·         Integrate ISO 45001 safety requirements and ISO 14001 environmental controls into work plans

·         Apply Lean Construction and Last Planner principles to improve workflow reliability

·         Measure physical progress, productivity, resource utilization, and schedule performance

·         Prepare practical construction reports, dashboards, and performance updates

·         Analyze delays and develop recovery, resequencing, and acceleration strategies

·         Use practical digital tools and spreadsheets to support construction planning and control

·         Develop and present an integrated construction planning package for a realistic project scenario

Course Content

Day 1: Practical Construction Planning Foundations and Project Information

Module 1: Practical Construction Planning Foundations and Project Information

1.      Construction Planning in Real Project Environments — Understanding how construction plans are developed, communicated, implemented, monitored, and revised from project requirements through site execution.

2.      Construction Project Lifecycle and Planning Activities — Reviewing feasibility, design, procurement, mobilization, construction, commissioning, handover, and closeout with emphasis on practical planning inputs and outputs.

3.      Understanding Construction Scope and Deliverables — Identifying project objectives, deliverables, work boundaries, assumptions, exclusions, interfaces, completion requirements, and operational constraints.

4.      Reading Drawings and Specifications for Planning — Interpreting architectural, structural, civil, MEP, detail, and coordination drawings together with specifications, schedules, revisions, and technical requirements.

5.      Work Breakdown Structures for Construction Projects — Developing practical WBS structures that divide projects into manageable phases, areas, systems, work packages, and activities.

6.      Construction Activity Definition and Work Packages — Defining activity descriptions, quantities, locations, responsible parties, predecessors, successors, resources, and completion criteria.

7.      Construction Planning Information and Document Control — Managing drawings, specifications, method statements, RFIs, technical queries, approvals, material submittals, site instructions, and controlled revisions.

8.      Planning Interfaces and Responsibility Allocation — Establishing coordination responsibilities between planners, engineers, supervisors, project managers, subcontractors, suppliers, consultants, and clients.

9.      Practical Exercise: Develop a Construction WBS and Activity List — Participants develop a WBS and activity register for a realistic construction project and identify work packages, interfaces, responsibilities, and planning information requirements.

10.  Case Study: Planning a New Construction Work Package — Participants review a project scenario containing incomplete information, multiple disciplines, site restrictions, and competing priorities and develop a practical initial planning package.

Day 2: Construction Methodology, Sequencing, and Execution Planning

Module 2: Construction Methodology, Sequencing, and Execution Planning

1.      Construction Methods and Execution Planning — Understanding how construction methods influence duration, productivity, resources, quality, safety, logistics, cost, and overall project performance.

2.      Developing Practical Construction Sequences — Establishing activity relationships, work dependencies, access requirements, inspection points, curing periods, interfaces, and handover requirements.

3.      Method Statements and Work Procedures — Preparing practical method statements covering scope, sequence, resources, equipment, materials, quality requirements, safety controls, environmental measures, and completion criteria.

4.      Constructability and Buildability Reviews — Identifying design and execution issues that could create delays, rework, congestion, excessive resource requirements, or unsafe conditions.

5.      Workfront Planning and Area Release — Establishing prerequisites for work, including approved information, access, labour, materials, equipment, permits, preceding activities, and quality requirements.

6.      Trade and Discipline Coordination — Coordinating civil, structural, architectural, mechanical, electrical, plumbing, finishing, and specialist works to minimize clashes and workfront disruption.

7.      Activity Duration Estimation — Estimating durations using quantities, production rates, crew composition, equipment capacity, working hours, site conditions, and realistic productivity assumptions.

8.      Construction Phase and Zone Planning — Dividing projects into construction zones, phases, work fronts, areas, systems, or buildings to support practical execution and coordination.

9.      Practical Exercise: Build a Construction Sequence — Participants develop an activity sequence for a selected construction package, establish dependencies, estimate durations, identify interfaces, and define workfront prerequisites.

10.  Case Study: Construction Sequence Failure — Participants analyze a scenario involving poorly coordinated trades, incomplete preceding works, access restrictions, and material shortages and redesign the execution sequence.

Day 3: Practical Scheduling, CPM, and Baseline Development

Module 3: Practical Scheduling, CPM, and Baseline Development

1.      Construction Scheduling Fundamentals — Understanding schedules, activity calendars, milestones, dependencies, planning horizons, constraints, and the connection between master and detailed schedules.

2.      Developing Gantt Charts — Creating practical bar-chart schedules, assigning durations, sequencing activities, establishing milestones, and communicating planned work to construction teams.

3.      Network Logic and Activity Relationships — Applying Finish-to-Start, Start-to-Start, Finish-to-Finish, and Start-to-Finish relationships appropriately within construction schedules.

4.      Critical Path Method in Practice — Calculating early and late dates, total float, free float, critical activities, and project completion drivers.

5.      PERT and Construction Duration Uncertainty — Using optimistic, most likely, and pessimistic duration estimates to assess uncertainty in selected construction activities.

6.      Schedule Calendars and Working-Time Assumptions — Considering working hours, shifts, weekends, holidays, weather limitations, access restrictions, curing periods, and other calendar constraints.

7.      Baseline Schedule Development — Establishing approved activity dates, logic, milestones, assumptions, resources, calendars, and control points for construction execution.

8.      Schedule Quality and Practical Validation — Checking logic, missing relationships, unrealistic durations, excessive constraints, incorrect calendars, broken sequences, and unworkable assumptions.

9.      Practical Exercise: Develop a CPM Construction Schedule — Participants create a schedule from a project activity list, establish logic, calculate float, identify the critical path, and prepare a practical baseline.

10.  Case Study: Baseline Schedule Review — Participants assess a flawed construction programme containing unrealistic durations, incomplete logic, procurement gaps, and incorrect dependencies and develop corrective actions.

Day 4: Resource Planning, Productivity, and Capacity Management

Module 4: Resource Planning, Productivity, and Capacity Management

1.      Practical Construction Resource Planning — Identifying labour, equipment, materials, subcontractors, supervision, temporary facilities, and other resources required for planned work.

2.      Manpower Planning and Crew Composition — Developing crew structures, identifying skill requirements, allocating labour, considering shifts, and matching manpower to production targets.

3.      Equipment Planning and Utilization — Selecting equipment based on capacity, productivity, availability, site conditions, utilization, maintenance, and operating requirements.

4.      Material Resource Planning — Determining material quantities, delivery requirements, approval status, storage capacity, inspection needs, protection requirements, and workfront availability.

5.      Resource Loading and Histograms — Loading labour and equipment requirements against activities and identifying peaks, shortages, idle periods, and resource conflicts.

6.      Resource Leveling and Smoothing — Adjusting activity timing, crew allocation, equipment deployment, and sequence to reduce resource conflicts while protecting important milestones.

7.      Construction Productivity Measurement — Calculating output per labour hour, crew shift, equipment hour, or other suitable production units and comparing performance with planned rates.

8.      Productivity Loss Identification and Analysis — Identifying waiting, rework, congestion, material shortages, poor access, equipment downtime, information delays, and inefficient work methods.

9.      Practical Exercise: Prepare a Resource Plan — Participants prepare manpower and equipment loading for a construction work package, identify capacity constraints, and develop resource-leveling actions.

10.  Case Study: Productivity and Resource Conflict — Participants analyze a project with labour shortages, equipment conflicts, poor productivity, and competing work fronts and develop a practical resource recovery strategy.

Day 5: Procurement, Materials, Site Logistics, and Workfront Readiness

Module 5: Procurement, Materials, Site Logistics, and Workfront Readiness

1.      Construction Procurement Planning — Linking material and equipment procurement activities to construction schedules, work packages, required-on-site dates, and project milestones.

2.      Material Submittals and Approval Tracking — Managing samples, technical submittals, shop drawings, approvals, inspection requirements, release dates, and procurement status.

3.      Long-Lead Item Planning — Identifying critical materials and equipment, establishing procurement milestones, monitoring supplier commitments, and escalating potential delivery risks.

4.      Supplier and Subcontractor Coordination — Establishing scope, deliverables, mobilization requirements, resources, documentation, interfaces, and performance expectations.

5.      Construction Site Logistics Planning — Planning access routes, delivery areas, traffic movements, storage, laydown, lifting zones, waste routes, temporary facilities, and material-flow paths.

6.      Material Delivery, Inspection, and Storage — Coordinating deliveries, inspection on receipt, quantity verification, preservation, traceability, storage conditions, and release to work.

7.      Construction Readiness Checklists — Confirming drawings, materials, manpower, equipment, access, permits, quality documentation, safety controls, environmental requirements, and preceding work before release.

8.      Workfront Constraints and Constraint Registers — Recording constraints, assigning owners, establishing due dates, monitoring closure, and escalating unresolved issues.

9.      Practical Exercise: Develop a Procurement and Logistics Tracker — Participants prepare a tracker connecting materials, approvals, suppliers, delivery dates, storage, workfront requirements, and schedule activities.

10.  Case Study: Workfront Not Ready for Construction — Participants diagnose a failed workfront caused by missing materials, incomplete approvals, access problems, insufficient resources, and unresolved safety requirements and prepare a readiness recovery plan.

Day 6: Practical Risk, Quality, Safety, and Environmental Planning

Module 6: Practical Risk, Quality, Safety, and Environmental Planning

1.      Construction Risk Planning Using ISO 31000 Principles — Identifying hazards, threats, opportunities, causes, consequences, controls, owners, mitigation actions, and monitoring requirements.

2.      Construction Risk Registers and Action Tracking — Developing practical risk registers, assigning owners, setting treatment actions, monitoring risk status, and escalating critical risks.

3.      Constraint and Interface Risk Management — Identifying dependencies involving design, procurement, subcontractors, access, approvals, utilities, neighbouring works, and operational interfaces.

4.      Quality Planning and ISO 9001 Principles — Integrating inspection and test plans, checklists, hold points, witness points, testing, documentation, nonconformance management, and corrective action into construction plans.

5.      Safety Planning and ISO 45001 Principles — Integrating hazard identification, risk assessment, permits, toolbox talks, lifting controls, work-at-height requirements, excavation controls, electrical safety, and emergency arrangements.

6.      Environmental Planning and ISO 14001 Principles — Managing dust, noise, waste, water, erosion, pollution prevention, spill control, material handling, and environmental monitoring.

7.      Integrated Work Method and Control Planning — Combining methodology, schedule, resources, quality, safety, environmental requirements, logistics, and risk controls into practical work plans.

8.      Pre-Start and Work Authorization Processes — Establishing practical pre-start checks, permits, briefings, readiness verification, inspections, and authorization requirements before work begins.

9.      Practical Exercise: Integrated Workfront Risk and Readiness Review — Participants assess a simulated workfront and develop a combined risk, quality, safety, environmental, logistics, and readiness plan.

10.  Case Study: High-Risk Construction Activity — Participants respond to a scenario involving schedule pressure, incomplete resources, quality hold points, safety risks, environmental restrictions, and subcontractor interfaces.

Day 7: Look-Ahead Planning, Lean Construction, and Workflow Control

Module 7: Look-Ahead Planning, Lean Construction, and Workflow Control

1.      Look-Ahead Planning in Practice — Understanding the purpose of short-term planning and translating master schedules into achievable weekly and near-term construction activities.

2.      Three-Week and Six-Week Look-Ahead Planning — Developing rolling plans that identify activities, durations, responsible parties, constraints, required resources, and planned completion dates.

3.      Constraint Identification and Removal — Systematically identifying information, labour, materials, equipment, access, approval, safety, quality, and interface constraints before they affect execution.

4.      Last Planner System Principles — Understanding collaborative planning, reliable commitments, should-can-will-did planning, constraint management, and workflow reliability.

5.      Pull Planning and Collaborative Sequencing — Working backward from milestones to identify handoffs, dependencies, commitments, and required readiness conditions.

6.      Percent Plan Complete and Plan-Failure Analysis — Measuring completed commitments, identifying reasons for non-completion, and using results to improve planning reliability.

7.      Lean Construction and Waste Reduction — Identifying waiting, rework, excess movement, unnecessary processing, overproduction, defects, excess inventory, and underutilized capability.

8.      Daily Coordination and Visual Planning Tools — Using planning boards, constraint boards, daily huddles, production charts, action registers, and visual management techniques.

9.      Practical Exercise: Weekly Work Planning Workshop — Participants create a weekly work plan, identify constraints, establish reliable commitments, calculate PPC, and analyze causes of missed activities.

10.  Case Study: Repeated Weekly Plan Failures — Participants investigate persistent workflow problems caused by poor coordination, late materials, incomplete preceding work, access restrictions, and inadequate planning and develop improvement actions.

Day 8: Progress Measurement, Schedule Updating, and Construction Reporting

Module 8: Progress Measurement, Schedule Updating, and Construction Reporting

1.      Practical Construction Progress Measurement — Measuring quantities installed, completed activities, weighted progress, milestones, workfront completion, and physical evidence of progress.

2.      Rules of Credit and Progress Verification — Establishing objective rules for assigning progress percentages and verifying completed work through records, measurements, inspections, and site evidence.

3.      Daily Construction Progress Reporting — Recording labour, equipment, materials, activities, quantities, weather, instructions, delays, incidents, constraints, and significant site events.

4.      Weekly Progress Reports and Performance Summaries — Consolidating daily information into meaningful reports covering planned progress, actual progress, productivity, constraints, risks, and upcoming activities.

5.      Schedule Updating and Status Dates — Recording actual starts and finishes, remaining durations, forecast dates, progress status, logic changes, and data-date requirements.

6.      Planned Versus Actual Analysis — Identifying schedule variance, progress slippage, productivity deterioration, resource deviations, milestone threats, and critical-path movement.

7.      Construction Forecasting — Forecasting remaining work, activity completion, production rates, resource requirements, and expected workfront completion.

8.      Construction KPIs and Performance Dashboards — Applying indicators such as progress variance, productivity, PPC, labour utilization, equipment utilization, rework, constraints, quality findings, and safety observations.

9.      Practical Exercise: Develop a Construction Progress Dashboard — Participants analyze simulated project data, calculate key performance indicators, identify trends, prepare a forecast, and create a concise construction performance report.

10.  Case Study: Project Performance Slippage — Participants review progress records showing delayed activities, declining productivity, material shortages, and resource constraints and develop corrective actions supported by evidence.

Day 9: Delay Analysis, Recovery Planning, and Construction Optimization

Module 9: Delay Analysis, Recovery Planning, and Construction Optimization

1.      Practical Construction Delay Identification — Recognizing schedule-affecting events including late information, material delays, access restrictions, labour shortages, equipment failures, design changes, and subcontractor issues.

2.      Contemporary Records for Delay Management — Maintaining records of instructions, correspondence, site conditions, photographs, daily reports, labour records, equipment records, delivery information, and schedule updates.

3.      Schedule Impact Assessment — Assessing how delays and changes affect activities, dependencies, float, work fronts, milestones, and project completion.

4.      Disruption and Productivity Loss Analysis — Identifying fragmented work, interference, congestion, waiting, rework, resource displacement, and other productivity impacts.

5.      Recovery Planning Principles — Developing corrective actions through resequencing, additional resources, improved methods, workfront changes, constraint removal, and subcontractor intervention.

6.      Fast-Tracking and Crashing — Understanding schedule compression through overlapping activities, additional resources, additional shifts, alternative methods, and associated risks.

7.      Resource Reallocation During Recovery — Reassigning labour, equipment, subcontractors, materials, and work fronts while maintaining safety, quality, and productivity controls.

8.      Scenario Planning and Contingency Measures — Developing alternative plans for procurement delays, severe weather, design changes, labour shortages, access restrictions, and other uncertainties.

9.      Practical Exercise: Recover a Delayed Construction Work Package — Participants analyze schedule slippage, identify root causes, redesign sequencing, allocate resources, establish recovery milestones, and prepare a recovery plan.

10.  Case Study: Multi-Cause Construction Delay — Participants address a complex delay involving design changes, procurement disruption, poor productivity, subcontractor performance, restricted access, and competing project priorities.

Day 10: Integrated Practical Construction Planning and Capstone Project

Module 10: Integrated Practical Construction Planning and Capstone Project

1.      Integrated Construction Planning Framework — Combining scope, WBS, methodology, sequencing, scheduling, resources, procurement, logistics, risk, quality, safety, environmental controls, and progress management.

2.      Planning Tools and Practical Templates — Applying construction planning templates such as WBS sheets, activity registers, schedule trackers, resource histograms, procurement trackers, constraint logs, risk registers, readiness checklists, and progress reports.

3.      Spreadsheet-Based Construction Planning and Control — Using practical spreadsheet techniques for activity tracking, resource planning, progress calculations, productivity measurement, variance analysis, forecasting, and dashboards.

4.      Digital Construction Planning and BIM Concepts — Understanding how scheduling applications, mobile field tools, BIM, 4D planning, digital dashboards, common data environments, and construction analytics support practical planning.

5.      Construction Change and Baseline Control — Recording changes, assessing impacts, maintaining schedule integrity, updating plans, managing approvals, and preserving clear planning records.

6.      Integrated Planning Review and Quality Assurance — Reviewing construction plans for logic, feasibility, resource sufficiency, readiness, risk, quality, safety, environmental compliance, and coordination.

7.      Lessons Learned and Continuous Planning Improvement — Capturing causes of planning failures, effective practices, improvement opportunities, standard work, corrective actions, and lessons for future projects.

8.      Integrated Construction Planning Simulation — Participants manage a realistic project scenario involving schedule constraints, limited resources, procurement problems, quality requirements, HSE controls, subcontractor interfaces, and changing priorities.

9.      Capstone Exercise: Prepare a Complete Practical Construction Plan — Participants develop an integrated planning package containing WBS, methodology, activity sequence, schedule, resources, procurement, logistics, constraints, risk, quality, HSE, environmental controls, look-ahead plan, progress measures, and recovery provisions.

10.  Capstone Presentation, Review, and Practical Action Plan — Participants present their construction planning package, respond to changing site scenarios, justify planning assumptions, receive structured feedback, identify improvement opportunities, and develop an action plan for applying the methods in real construction projects.