Training course

Overview

Construction Planning for Executives is a comprehensive professional training course designed to equip senior leaders, executives, directors, and decision-makers with the strategic knowledge required to govern construction planning, project delivery, resource allocation, risk, schedule performance, and organizational execution. The course provides an executive-level understanding of how construction planning connects corporate objectives with project strategy, capital investment, delivery models, operational performance, commercial outcomes, and long-term business value.

Construction Planning for Executives examines the governance and strategic dimensions of construction planning across the project lifecycle, from project definition and feasibility through design, procurement, construction, commissioning, handover, and closeout. Participants learn how to evaluate construction strategies, approve planning frameworks, establish realistic delivery objectives, oversee major schedules, understand critical dependencies, allocate organizational resources, manage portfolio-level constraints, and make informed decisions when projects experience cost, schedule, quality, procurement, safety, or execution challenges.

The course integrates recognized project controls and management principles with frameworks and practices including ISO 31000 for risk management, ISO 9001 for quality management, ISO 45001 for occupational health and safety, ISO 14001 for environmental management, Lean Construction, Last Planner principles, Critical Path Method (CPM), Earned Value concepts, risk-based planning, scenario analysis, BIM and 4D planning, and integrated project controls. Executives will learn how to interpret dashboards, schedule forecasts, risk registers, resource plans, progress reports, performance indicators, and recovery strategies without becoming unnecessarily involved in operational detail.

Through executive case studies, strategic planning workshops, portfolio scenarios, decision-making exercises, risk simulations, schedule-performance analysis, recovery planning, and an integrated capstone, participants develop the ability to challenge assumptions, identify emerging threats, evaluate strategic alternatives, strengthen governance, and align construction planning with organizational priorities. The course emphasizes executive accountability, evidence-based decision-making, effective escalation, stakeholder alignment, resilience, digital transformation, and sustainable construction delivery to support predictable and controlled project outcomes.

Course Duration

10 Days (80 Hours)

Target Participants

·         Chief Executive Officers and Managing Directors

·         Executive Directors and Construction Directors

·         Project and Programme Directors

·         Operations Directors and General Managers

·         Development Directors and Capital Investment Executives

·         Senior Construction Managers and Project Managers

·         Portfolio and Programme Managers

·         Engineering and Technical Directors

·         Commercial and Contracts Directors

·         Procurement and Supply Chain Executives

·         Senior professionals responsible for construction governance, investment, delivery, and project performance

Course Objectives

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

·         Explain the strategic role of construction planning in achieving organizational and project objectives

·         Evaluate construction planning strategies across the complete project lifecycle

·         Establish effective executive governance structures for construction planning and project controls

·         Assess project scope, delivery models, planning assumptions, strategic dependencies, and execution risks

·         Interpret master schedules, critical paths, milestones, resource plans, forecasts, and schedule-performance indicators

·         Evaluate resource allocation, procurement strategies, construction capacity, and portfolio-level constraints

·         Apply risk management principles aligned with ISO 31000 to major construction planning decisions

·         Integrate quality, occupational health and safety, environmental, and sustainability considerations into executive planning

·         Evaluate construction performance using dashboards, KPIs, progress measurements, trends, forecasts, and exception reporting

·         Challenge schedule assumptions and identify emerging threats to major project milestones

·         Evaluate delay, disruption, recovery, acceleration, and schedule-compression strategies

·         Apply Lean Construction and Last Planner principles at governance and organizational levels

·         Understand the strategic applications of BIM, 4D planning, digital project controls, analytics, and construction technology

·         Evaluate procurement, logistics, supply-chain, subcontractor, and long-lead-item risks

·         Strengthen decision-making through scenario planning, sensitivity analysis, contingency planning, and risk-based forecasting

·         Establish effective escalation, accountability, reporting, and decision-rights frameworks

·         Align construction planning with commercial objectives, investment priorities, organizational strategy, and stakeholder expectations

·         Lead integrated construction planning reviews and make evidence-based executive decisions

·         Develop strategies for improving planning maturity, predictability, resilience, and continuous improvement

·         Apply executive-level construction planning principles through an integrated strategic capstone

Course Content

Day 1: Strategic Construction Planning, Executive Governance, and Project Delivery

Module 1: Strategic Construction Planning, Executive Governance, and Project Delivery

1.      Strategic Role of Construction Planning in Organizational Performance — Understanding how construction planning influences capital investment, project delivery, operational readiness, cash flow, stakeholder confidence, business continuity, and long-term organizational value.

2.      Construction Project Lifecycle and Executive Decision Points — Examining feasibility, development, design, procurement, mobilization, construction, commissioning, handover, and closeout while identifying key executive decisions and approval gates.

3.      Executive Responsibilities for Construction Planning — Defining governance responsibilities, strategic oversight, decision rights, accountability, escalation, assurance, and the appropriate boundary between executive governance and operational management.

4.      Project Objectives, Business Cases, and Strategic Alignment — Aligning scope, schedule, cost, quality, risk, sustainability, operational requirements, and expected benefits with corporate and investment objectives.

5.      Construction Delivery Models and Strategic Implications — Comparing traditional procurement, design-build, EPC, construction management, framework arrangements, collaborative delivery, and other models from a strategic risk and governance perspective.

6.      Planning Maturity and Organizational Capability — Assessing planning processes, systems, competencies, data quality, governance, project controls, standardization, lessons learned, and organizational planning maturity.

7.      Executive Planning Governance Frameworks — Establishing planning policies, approval gates, baseline governance, reporting structures, change control, assurance reviews, and escalation mechanisms.

8.      Integrated Project Controls at Executive Level — Understanding the relationship between scope, schedule, cost, risk, procurement, resources, quality, safety, commercial management, and performance reporting.

9.      Executive Planning Exercise: Strategic Project Assessment — Participants evaluate a hypothetical major construction investment, review its objectives, delivery strategy, planning assumptions, governance arrangements, and principal execution risks.

10.  Case Study: Governance Failure on a Major Capital Project — Analyzing a real-world-style scenario involving unrealistic commitments, weak governance, incomplete planning, poor escalation, and fragmented decision-making; participants identify strategic improvements.

Day 2: Strategic Construction Methodology, Sequencing, and Execution Strategy

Module 2: Strategic Construction Methodology, Sequencing, and Execution Strategy

1.      Construction Methodology as a Strategic Decision — Understanding how construction methods influence schedule, cost, risk, productivity, quality, safety, logistics, sustainability, and project certainty.

2.      Strategic Work Sequencing and Construction Logic — Evaluating major activity dependencies, interfaces, access requirements, commissioning sequences, construction phases, and critical handoffs.

3.      Constructability and Buildability Governance — Establishing executive processes for constructability reviews, design optimization, construction feasibility, temporary works, modularization, and early risk identification.

4.      Construction Execution Strategies — Evaluating execution approaches, work packaging, construction zones, phased delivery, concurrent work fronts, prefabrication, modularization, and off-site manufacturing.

5.      Major Project Interfaces and Integration — Governing interfaces between engineering, procurement, construction, commissioning, utilities, authorities, operations, specialist contractors, and external stakeholders.

6.      Production Planning and Productivity Strategy — Understanding production systems, production rates, workforce productivity, equipment utilization, workflow reliability, and the organizational factors affecting construction output.

7.      Executive Review of Construction Method Statements — Understanding what executives should challenge regarding methodology, assumptions, risk controls, resources, sequencing, quality, safety, environmental requirements, and readiness.

8.      Workfront Readiness and Stage-Gate Governance — Establishing strategic readiness criteria before releasing major work packages, including design, procurement, resources, access, permits, safety, quality, and operational dependencies.

9.      Strategic Planning Exercise: Selecting an Execution Strategy — Participants compare alternative construction approaches against schedule, cost, risk, resource, constructability, sustainability, and operational criteria.

10.  Case Study: Competing Construction Strategies — Participants assess alternative methodologies for a complex project involving restricted access, multiple interfaces, long-lead equipment, and demanding completion requirements.

Day 3: Master Scheduling, Critical Path, Baseline Governance, and Schedule Risk

Module 3: Master Scheduling, Critical Path, Baseline Governance, and Schedule Risk

1.      Executive Understanding of Construction Scheduling — Understanding master schedules, programme levels, planning horizons, milestones, calendars, dependencies, assumptions, and schedule governance.

2.      Critical Path Method and Executive Schedule Interpretation — Interpreting network logic, critical activities, total float, free float, near-critical paths, milestone dates, and completion drivers.

3.      Schedule Baselines and Executive Assurance — Understanding baseline development, validation, approval, change control, schedule integrity, and the risks associated with unrealistic baseline commitments.

4.      Milestone Governance and Key Delivery Commitments — Establishing strategic milestones, decision gates, contractual milestones, operational handovers, procurement dates, commissioning targets, and business-critical deadlines.

5.      Schedule Risk and Uncertainty — Understanding uncertainty in activity durations, dependencies, approvals, procurement, productivity, weather, interfaces, and other factors affecting completion confidence.

6.      PERT, Scenario Analysis, and Probabilistic Planning — Applying executive-level concepts for assessing optimistic, likely, and pessimistic outcomes and interpreting confidence ranges around planned completion.

7.      Schedule Health and Quality Indicators — Reviewing logic quality, excessive constraints, unrealistic durations, excessive float, missing relationships, incomplete activities, and other indicators of schedule reliability.

8.      Portfolio-Level Schedule Dependencies — Understanding cross-project dependencies, shared resources, common infrastructure, approvals, procurement packages, operational interfaces, and strategic programme constraints.

9.      Executive Schedule Review Exercise — Participants analyze a simulated master programme, identify critical and near-critical activities, challenge assumptions, review milestone risks, and prepare an executive briefing.

10.  Case Study: Major Milestone at Risk — Participants evaluate a project where procurement delays, design changes, productivity issues, and interface problems threaten a strategic completion date and determine appropriate executive interventions.

Day 4: Strategic Resource Planning, Productivity, and Capacity Management

Module 4: Strategic Resource Planning, Productivity, and Capacity Management

1.      Executive Resource Planning Principles — Understanding strategic requirements for labour, specialist skills, equipment, materials, contractors, facilities, technology, and management capacity.

2.      Workforce Capacity and Critical Skills Strategy — Evaluating workforce availability, specialist competencies, labour-market constraints, succession requirements, productivity assumptions, and resource competition across projects.

3.      Equipment and Technology Capacity Planning — Assessing major equipment requirements, fleet utilization, technology adoption, maintenance capacity, equipment availability, and strategic capital requirements.

4.      Material and Supply Capacity Planning — Evaluating material demand, supply-chain capacity, long-lead items, market conditions, supplier concentration, logistics, storage, and strategic procurement risks.

5.      Resource Loading, Leveling, and Portfolio Optimization — Understanding how resource constraints affect schedules and how projects can be prioritized, resequenced, or resourced to optimize organizational capacity.

6.      Construction Productivity as an Executive KPI — Interpreting production rates, labour productivity, equipment utilization, work-hour efficiency, rework, waiting, congestion, and workflow reliability.

7.      Productivity Risk and Root Cause Analysis — Evaluating productivity deterioration caused by poor planning, design changes, work-front interference, material shortages, subcontractor performance, and site constraints.

8.      Strategic Outsourcing and Subcontracting Decisions — Evaluating internal versus external capability, subcontractor capacity, specialist delivery risk, performance requirements, and strategic supply-chain resilience.

9.      Resource Strategy Exercise: Portfolio Capacity Allocation — Participants allocate constrained labour, equipment, specialist contractors, and materials across competing projects while evaluating schedule and business consequences.

10.  Case Study: Organizational Resource Bottleneck — Participants analyze a portfolio facing shortages of skilled labour, specialist equipment, and critical materials and develop a strategic capacity and prioritization response.

Day 5: Procurement Strategy, Supply Chain, Logistics, and Construction Readiness

Module 5: Procurement Strategy, Supply Chain, Logistics, and Construction Readiness

1.      Strategic Construction Procurement Planning — Understanding how procurement strategy influences project certainty, cost, schedule, quality, risk, competition, and supply-chain resilience.

2.      Procurement Packaging and Work Package Strategy — Evaluating package structures, scopes, interfaces, procurement timing, market capacity, specialist requirements, and opportunities for standardization.

3.      Long-Lead Equipment and Strategic Procurement Risk — Identifying critical procurement dependencies, supplier capacity constraints, manufacturing durations, approvals, logistics, customs, and commissioning implications.

4.      Supplier and Contractor Prequalification — Evaluating technical capability, financial capacity, experience, resources, quality systems, safety performance, supply-chain resilience, and strategic fit.

5.      Supply Chain Risk and Resilience — Assessing geopolitical, market, logistics, commodity, currency, supplier concentration, transportation, regulatory, and availability risks.

6.      Construction Logistics at Strategic Level — Evaluating site access, transportation, storage, laydown, temporary facilities, traffic management, lifting strategies, material flow, and regional logistics constraints.

7.      Construction Readiness and Executive Stage Gates — Establishing criteria for design readiness, procurement readiness, site readiness, resource readiness, safety readiness, quality readiness, and commissioning readiness.

8.      Procurement and Construction Schedule Integration — Linking procurement milestones with engineering approvals, manufacturing, delivery, installation, testing, commissioning, and operational requirements.

9.      Strategic Procurement Exercise: Critical Package Review — Participants evaluate a major procurement package, identify strategic risks, assess supplier options, and establish executive monitoring requirements.

10.  Case Study: Supply-Chain Disruption on a Major Project — Participants respond to a scenario involving supplier failure, long-lead equipment, logistics disruption, changing market conditions, and threatened project milestones.

Day 6: Enterprise Risk, Quality, Safety, Environment, and Sustainability

Module 6: Enterprise Risk, Quality, Safety, Environment, and Sustainability

1.      Strategic Construction Risk Management and ISO 31000 — Applying risk governance principles to identify, assess, treat, monitor, and report strategic project and portfolio risks.

2.      Risk Appetite, Tolerance, and Escalation — Establishing appropriate risk thresholds, ownership structures, escalation criteria, contingency principles, and executive risk reporting.

3.      Quality Governance and ISO 9001 — Understanding executive responsibilities for quality policy, assurance, quality objectives, audit, nonconformity management, corrective action, and continuous improvement.

4.      Safety Governance and ISO 45001 — Establishing leadership expectations for occupational health and safety, critical risk management, incident prevention, assurance, contractor safety, and safety culture.

5.      Environmental Governance and ISO 14001 — Evaluating environmental aspects, compliance, waste, pollution prevention, resource efficiency, water, energy, biodiversity, and environmental risk.

6.      Sustainable Construction and Strategic ESG Considerations — Integrating sustainability, lifecycle impacts, energy efficiency, material efficiency, resilience, circularity, social considerations, and responsible procurement into construction planning.

7.      Enterprise Risk Registers and Executive Dashboards — Interpreting risk exposure, trends, treatment effectiveness, emerging risks, residual risk, risk velocity, and strategic risk concentrations.

8.      Scenario Planning and Contingency Strategy — Preparing responses to major disruptions including supply-chain failures, regulatory changes, extreme weather, labour shortages, design changes, market volatility, and critical contractor failure.

9.      Executive Risk Workshop: Integrated Project Risk Review — Participants assess a major project's risk profile, evaluate treatment strategies, challenge risk assumptions, and establish executive escalation requirements.

10.  Case Study: High-Risk Capital Project — Participants analyze a project with significant safety, environmental, quality, supply-chain, schedule, and stakeholder risks and develop an integrated executive risk-response strategy.

Day 7: Lean Construction, Workflow Reliability, and Operational Excellence

Module 7: Lean Construction, Workflow Reliability, and Operational Excellence

1.      Lean Construction Principles for Executives — Understanding value, flow, pull, waste reduction, continuous improvement, production reliability, and the leadership conditions required for Lean Construction.

2.      Last Planner System and Executive Governance — Understanding collaborative planning, reliable commitments, constraint removal, production control, and the role of leadership in supporting dependable workflow.

3.      Pull Planning and Milestone-Based Coordination — Using collaborative planning to establish backward sequences, identify handoffs, expose constraints, and align project teams around major milestones.

4.      Workflow Reliability and Percent Plan Complete — Interpreting PPC, reasons for plan failure, constraint trends, workflow stability, and improvement opportunities at project and organizational levels.

5.      Construction Waste and Process Inefficiency — Identifying waiting, rework, excess movement, overproduction, defects, poor information flow, unnecessary processing, and underutilized capability.

6.      Kaizen, PDCA, and Continuous Improvement Governance — Establishing systematic improvement processes, standard work, problem solving, lessons learned, corrective actions, and performance feedback.

7.      Operational Excellence and Standardization — Developing repeatable planning practices, standard templates, governance routines, planning calendars, reporting standards, and organizational playbooks.

8.      Lean Performance Metrics and Executive Dashboards — Interpreting productivity, workflow reliability, rework, constraint closure, cycle times, delivery performance, and improvement trends.

9.      Executive Lean Planning Exercise — Participants analyze workflow reliability data, identify systemic causes of plan failure, and develop organizational interventions to improve construction predictability.

10.  Case Study: Enterprise-Wide Planning Improvement Programme — Participants develop a strategy for improving planning reliability across multiple construction projects using Lean principles, governance, standardization, and performance measurement.

Day 8: Construction Performance, Schedule Control, Forecasting, and Executive Reporting

Module 8: Construction Performance, Schedule Control, Forecasting, and Executive Reporting

1.      Executive Construction Performance Management — Establishing performance frameworks that connect project objectives, schedule, cost, quality, safety, risk, procurement, productivity, and strategic outcomes.

2.      Progress Measurement and Rules of Credit — Understanding physical progress, weighted activities, quantities installed, milestone achievement, earned progress, evidence requirements, and measurement integrity.

3.      Planned Versus Actual Performance Analysis — Interpreting schedule variance, progress variance, productivity trends, milestone movement, resource performance, and emerging deviations.

4.      Forecasting Project Completion and Remaining Work — Evaluating forecast completion dates, remaining durations, production assumptions, resource requirements, schedule trends, and confidence in project forecasts.

5.      Earned Value Concepts for Executive Decision-Making — Understanding planned value, earned value, actual cost, schedule performance, cost performance, forecasts, and limitations when interpreting construction performance.

6.      Executive Dashboards and Exception Reporting — Designing concise management dashboards covering milestones, critical path, cost, risk, procurement, safety, quality, productivity, cash flow, and strategic issues.

7.      Trend Analysis and Early-Warning Indicators — Identifying leading indicators that reveal deteriorating project performance before major schedule or commercial consequences occur.

8.      Executive Review Meetings and Decision Discipline — Structuring performance reviews, challenging assumptions, documenting decisions, assigning actions, establishing deadlines, and monitoring closure.

9.      Performance Management Exercise: Executive Project Review — Participants review a simulated executive dashboard, identify significant trends, challenge project forecasts, determine escalation requirements, and prepare executive decisions.

10.  Case Study: Project Performance Deterioration — Participants assess a project experiencing declining productivity, schedule slippage, procurement delays, increasing risk exposure, and quality problems and develop a prioritized executive intervention plan.

Day 9: Delay, Recovery, Acceleration, and Strategic Construction Optimization

Module 9: Delay, Recovery, Acceleration, and Strategic Construction Optimization

1.      Strategic Understanding of Construction Delays — Examining delay events, schedule impacts, disruption, concurrent issues, mitigation, prevention, and executive responsibilities for timely intervention.

2.      Delay and Schedule Impact Assessment — Understanding how changes, late information, procurement issues, access restrictions, contractor performance, and external events can affect critical activities and milestones.

3.      Disruption, Productivity Loss, and Organizational Impact — Evaluating the wider consequences of fragmented work, resource interference, congestion, rework, changes, and inefficient execution.

4.      Recovery Strategy Development — Evaluating resequencing, resource increases, alternative methods, procurement interventions, work-front changes, subcontractor recovery, and constraint removal.

5.      Acceleration and Schedule Compression — Understanding fast-tracking, crashing, additional shifts, additional resources, overlapping activities, and the associated cost, safety, quality, and productivity risks.

6.      Strategic Trade-Off Analysis — Comparing schedule, cost, risk, quality, safety, operational, commercial, and reputational consequences when selecting recovery strategies.

7.      Contractor and Subcontractor Performance Recovery — Establishing performance-improvement plans, milestone commitments, resource requirements, corrective actions, escalation mechanisms, and governance arrangements.

8.      Scenario Planning and Contingency Options — Developing alternative execution scenarios for major uncertainties and identifying trigger points for activating contingency measures.

9.      Executive Recovery Planning Exercise — Participants evaluate a delayed major project, compare recovery strategies, assess consequences, and prepare a structured executive recommendation based on evidence.

10.  Case Study: Major Programme Recovery — Participants respond to a complex scenario involving critical-path delay, contractor underperformance, procurement disruption, design changes, resource shortages, and stakeholder pressure.

Day 10: Digital Construction Planning, Strategic Optimization, Governance, and Capstone

Module 10: Digital Construction Planning, Strategic Optimization, Governance, and Capstone

1.      Digital Transformation of Construction Planning — Understanding how digital technologies can improve planning quality, information flow, coordination, forecasting, reporting, and executive decision-making.

2.      BIM and 4D Construction Planning — Evaluating BIM-enabled sequencing, constructability visualization, clash coordination, schedule integration, progress visualization, and executive communication.

3.      5D, Digital Project Controls, and Integrated Information — Understanding the connection between quantities, cost, schedule, resources, progress, and project information within integrated digital environments.

4.      Construction Analytics and Executive Decision Support — Using structured data, dashboards, trend analysis, predictive indicators, and scenario models to support timely and evidence-based decisions.

5.      Digital Governance, Data Quality, and Information Management — Establishing requirements for reliable project data, common data environments, information ownership, version control, security, reporting consistency, and auditability.

6.      Strategic Change Control and Baseline Protection — Governing changes to scope, schedule, cost, procurement, resources, and execution strategy while maintaining transparent impact assessment and decision records.

7.      Construction Planning Capability and Organizational Transformation — Developing planning standards, competencies, governance models, digital systems, performance frameworks, lessons-learned processes, and continuous-improvement programmes.

8.      Integrated Executive Planning Simulation — Participants manage a simulated major construction programme involving strategic objectives, resource constraints, procurement risks, schedule threats, quality and HSE issues, stakeholder pressures, and changing project conditions.

9.      Capstone Exercise: Develop an Executive Construction Planning and Governance Strategy — Participants develop an integrated strategy covering project objectives, delivery model, master planning, governance, resources, procurement, risk, quality, HSE, sustainability, Lean Construction, digital planning, performance management, and recovery arrangements.

10.  Capstone Presentation, Strategic Review, and Executive Action Plan — Participants present their integrated strategies, respond to changing scenarios, defend assumptions, evaluate strategic trade-offs, receive structured review feedback, and develop an executive action plan for strengthening construction planning and project delivery within their organizations.