Course Introduction
Construction planning and schedule management provide the foundation for coordinating activities, resources, procurement, engineering deliverables, site operations, testing, commissioning, and handover. Effective planning converts project objectives and contractual requirements into an executable sequence of work, while disciplined schedule management enables teams to monitor progress, identify constraints, anticipate delays, and take corrective action before problems become critical.
This course provides a comprehensive framework for developing, managing, updating, analysing, and controlling construction schedules throughout the project lifecycle. It covers construction planning principles, work breakdown structures, activity definition, sequencing, duration estimation, schedule logic, milestones, calendars, constraints, critical paths, float, baselines, progress updates, forecasting, and schedule reporting.
Participants will develop practical skills for translating construction scope, drawings, specifications, procurement requirements, site conditions, and contractual obligations into integrated project schedules. The course examines how engineering, procurement, subcontracting, mobilisation, construction work packages, inspections, testing, commissioning, and handover activities can be coordinated into realistic and achievable execution programmes.
The programme also focuses on resource and productivity considerations that influence construction schedules. Participants will learn how to integrate labour, equipment, materials, subcontractors, workfront availability, site logistics, productivity assumptions, and resource constraints into planning decisions. Particular attention is given to identifying bottlenecks, analysing schedule sensitivity, managing interfaces, and improving sequencing to increase construction efficiency.
Schedule management also requires disciplined progress measurement, forecasting, delay analysis, change management, and recovery planning. Participants will learn how to establish schedule baselines, update programmes using verified progress, analyse variances, assess delay impacts, develop recovery strategies, and communicate schedule risks through clear management reports and performance indicators.
Modern construction planning increasingly incorporates Building Information Modelling, 4D planning, digital scheduling platforms, drones, mobile field reporting, artificial intelligence, predictive analytics, digital twins, and automated progress monitoring. The course explores how these technologies can strengthen schedule accuracy, improve coordination, enhance forecasting, and provide earlier warning of potential delays while addressing data quality and integration challenges.
Duration
5 days
Who Should Attend
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Construction project managers and project directors
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Construction planning managers and planning engineers
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Project planners and scheduling specialists
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Construction managers and site managers
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Project controls professionals
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Project management office professionals
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Quantity surveyors and cost engineers
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Contract and commercial management professionals
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Construction engineers and technical managers
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Civil, structural, mechanical, and electrical engineers
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Procurement and supply chain professionals
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Subcontractor and contractor project managers
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Project coordinators and project administrators
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Claims and delay analysis professionals
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Construction consultants and project management advisors
Course Objectives
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Develop a comprehensive understanding of construction planning and scheduling principles and their application to the effective coordination and delivery of complex construction projects.
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Equip participants with practical methods for developing work breakdown structures, defining activities, sequencing work, establishing milestones, and translating project scope into executable construction programmes.
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Strengthen participants’ ability to develop realistic construction schedules that integrate engineering, procurement, mobilisation, site works, subcontracting, testing, commissioning, and handover activities.
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Develop practical capabilities for analysing construction schedule logic, critical paths, float, constraints, interfaces, dependencies, resource requirements, and schedule sensitivity throughout project execution.
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Improve participants’ ability to establish schedule baselines, update programmes using verified progress, analyse deviations, forecast completion dates, and communicate emerging schedule risks effectively.
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Equip participants with techniques for resource-loaded planning, productivity analysis, resource optimisation, workfront management, labour planning, equipment scheduling, and material availability coordination.
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Strengthen participants’ ability to identify, assess, document, and analyse construction delays, including critical-path impacts, concurrent delays, excusable delays, compensable impacts, and contractor-caused slippage.
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Develop practical skills for creating construction recovery and acceleration plans that address schedule slippage through resequencing, additional resources, productivity improvements, workfront changes, and targeted management interventions.
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Improve participants’ ability to integrate schedule management with cost control, procurement, risk management, change control, contracts, progress measurement, quality, and construction project reporting.
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Prepare participants to apply modern scheduling technologies including BIM, 4D planning, digital twins, artificial intelligence, predictive analytics, mobile field reporting, and automated progress-monitoring systems.
Comprehensive Course Outline
Module 1: Foundations of Construction Planning and Schedule Management
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Understanding the purpose, principles, functions, and strategic importance of construction planning and schedule management across different project delivery environments.
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Examining the relationship between project scope, contract requirements, design information, procurement, construction activities, resources, cost, risk, quality, and schedule performance.
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Understanding construction project lifecycle planning from mobilisation and design development through procurement, construction, testing, commissioning, handover, and closeout.
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Identifying common planning and scheduling failures, including unrealistic durations, weak logic, inadequate resources, poor coordination, uncontrolled changes, and ineffective progress monitoring.
Module 2: Construction Scope, Work Breakdown, and Activity Definition
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Developing work breakdown structures that convert construction scope into manageable deliverables, work packages, activities, milestones, and measurable outputs.
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Defining construction activities using clear descriptions, responsibilities, locations, quantities, resources, predecessors, successors, and completion criteria.
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Establishing planning levels ranging from master programmes and summary schedules to detailed work packages, look-ahead schedules, and daily site plans.
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Aligning schedule structures with cost codes, procurement packages, contracts, quantities, reporting systems, and organisational responsibilities to support integrated project controls.
Module 3: Construction Activity Sequencing and Schedule Development
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Applying logical relationships, activity dependencies, sequencing principles, construction methodologies, and workfront requirements to create technically sound project schedules.
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Estimating activity durations using quantities, productivity rates, resource availability, historical information, construction methods, and site-specific conditions.
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Developing network schedules, milestones, calendars, constraints, lead and lag relationships, and other scheduling parameters required for reliable programme development.
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Integrating engineering deliverables, approvals, permits, procurement activities, material deliveries, subcontractor mobilisation, construction works, inspections, and commissioning requirements.
Module 4: Resource Planning, Productivity, and Schedule Optimisation
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Integrating labour, equipment, materials, subcontractors, facilities, and specialist resources into construction schedules to ensure planned activities are realistically executable.
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Applying productivity rates, crew compositions, equipment utilisation, work-hour assumptions, production targets, and resource availability to improve schedule reliability.
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Identifying resource bottlenecks, workfront conflicts, site access constraints, equipment shortages, material limitations, and other factors that can disrupt planned sequences.
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Applying resource levelling, resource smoothing, alternative sequencing, work package optimisation, and productivity improvement techniques to strengthen schedule performance.
Module 5: Baseline Development, Progress Measurement, and Schedule Updating
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Establishing approved schedule baselines that provide a reliable reference for measuring planned versus actual construction performance throughout project execution.
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Developing progress measurement systems using quantities, milestones, weighted activities, physical completion, installed work, productivity data, and verified field information.
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Updating construction schedules using actual start and finish dates, remaining durations, forecast dates, progress percentages, constraints, changes, and current site conditions.
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Applying schedule variance analysis, critical-path review, float assessment, trend identification, and forecast completion techniques to identify emerging performance problems.
Module 6: Critical Path, Delay Analysis, and Schedule Risk
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Understanding critical-path methodology, total float, free float, near-critical activities, schedule sensitivity, path convergence, and other concepts influencing construction completion.
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Identifying potential delays arising from design changes, approvals, procurement, site conditions, labour shortages, equipment failures, weather, interfaces, subcontractors, and external factors.
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Applying structured approaches to delay analysis, including baseline comparison, impacted schedule assessment, time-slice analysis, contemporaneous updates, and critical-path evaluation.
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Integrating schedule risk analysis, uncertainty ranges, scenario planning, risk events, schedule contingencies, and early-warning indicators into construction planning.
Module 7: Procurement, Interfaces, and Integrated Construction Scheduling
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Integrating procurement schedules with construction programmes to manage material submittals, approvals, manufacturing, inspections, transportation, delivery, storage, and installation requirements.
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Coordinating engineering, procurement, construction, commissioning, subcontractor, and client activities to minimise interface conflicts and workfront interruptions.
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Developing interface schedules and coordination mechanisms for multidisciplinary construction environments involving multiple contractors, suppliers, consultants, and stakeholders.
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Managing long-lead items, critical materials, design dependencies, access constraints, temporary works, shutdowns, and other schedule-sensitive procurement and interface issues.
Module 8: Schedule Control, Recovery, Acceleration, and Change Management
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Establishing schedule control procedures for changes, variations, revised scope, design development, client instructions, site conditions, and other events affecting approved programmes.
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Developing recovery schedules that identify root causes of slippage and establish practical actions involving resequencing, additional resources, productivity improvements, and workfront optimisation.
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Applying acceleration strategies while evaluating impacts on labour, equipment, quality, safety, cost, productivity, procurement, and contractual obligations.
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Integrating schedule changes with cost control, risk management, contract administration, claims, extension-of-time assessments, and project governance requirements.
Module 9: Schedule Reporting, Forecasting, and Management Decision-Making
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Developing construction schedule reports that communicate planned versus actual progress, critical activities, milestones, delays, risks, constraints, forecasts, and corrective actions.
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Designing schedule dashboards and key performance indicators covering progress, schedule variance, critical-path movement, milestone performance, float consumption, productivity, and forecast completion.
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Integrating schedule information with project controls, cost reporting, risk registers, procurement tracking, commercial information, quality data, and management dashboards.
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Applying schedule forecasting and scenario analysis to support executive decisions, recovery planning, resource allocation, stakeholder communication, and construction delivery strategies.
Module 10: Emerging Issues and the Future of Construction Planning and Scheduling
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Applying Building Information Modelling, 4D construction planning, digital twins, integrated project platforms, and visual scheduling techniques to improve construction coordination.
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Exploring artificial intelligence, predictive analytics, automated schedule generation, machine learning, computer vision, drones, and mobile field technologies for advanced schedule management.
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Addressing emerging construction planning challenges involving supply-chain volatility, labour shortages, climate disruption, sustainability requirements, complex interfaces, and accelerated delivery expectations.
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Developing future-ready scheduling practices that integrate real-time field data, automated progress measurement, digital collaboration, predictive risk analysis, and increasingly data-driven construction management.
Training Approach
This course will be delivered by our skilled trainers who have vast knowledge and experience as expert professionals in the fields. The course is taught in English and through a mix of theory, practical activities, group discussion and case studies. Course manuals and additional training materials will be provided to the participants upon completion of the training.
Tailor-Made Course
This course can also be tailor-made to meet organization requirement. For further inquiries, please contact us on: Email: training@upskilldevelopment.com Tel: +254 721 331 808
Training Venue
The training will be held at our Upskill Training Centre. We also offer training for a group (at a discount of 10% to 50%) at requested location all over the world. The Onsite course fee covers the course tuition, training materials, two break refreshments, buffet lunch, airport transfers, Upskill gift package, and guided tour.
Visa application, travel expenses, dinners, accommodation, insurance, and other personal expenses are catered by the participant
Certification
Participants will be issued with Upskill certificate upon completion of this course.
Airport Pickup and Accommodation
Airport pickup and accommodation is arranged upon request. For booking contact our Training Coordinator through Email: training@upskilldevelopment.com, +254 721 331 808
Terms of Payment:
Unless otherwise agreed between the two parties’ payment of the course fee should be done 3 working days before commencement of the training so as to enable us to prepare better.
