Advanced Construction Project Planning and Controls Course

Course Introduction

The Advanced Construction Project Planning and Controls Course provides an advanced, practical framework for planning, coordinating, monitoring, and controlling construction projects from initiation through execution, commissioning, and final handover. Construction projects operate under demanding conditions involving complex technical requirements, constrained budgets, tight completion deadlines, multiple contractors, fluctuating resource availability, and evolving stakeholder expectations. This course equips professionals with the planning methodologies, analytical techniques, control systems, and management practices required to improve delivery predictability, strengthen accountability, and achieve project objectives while maintaining quality, safety, and regulatory compliance.

Effective construction planning requires more than preparing a programme of activities. It involves translating contractual requirements, drawings, specifications, quantities, resources, and construction methods into a coordinated delivery strategy. Participants examine how to develop work breakdown structures, construction work packages, resource-loaded schedules, procurement plans, cost baselines, and progress measurement systems. The course emphasizes alignment between design readiness, material availability, workforce deployment, equipment utilization, site access, permits, and construction sequencing so that work can proceed efficiently with fewer interruptions, avoidable delays, and costly rework.

A major component of the programme focuses on advanced scheduling and time control. Participants explore critical path methodology, schedule logic validation, float management, resource leveling, look-ahead planning, baseline control, and forecast completion analysis. They learn to evaluate schedule slippage, assess delay drivers, develop realistic recovery plans, and distinguish between isolated activity delays and issues affecting contractual milestones or the overall completion date. Practical approaches to short-interval planning, collaborative planning, constraint removal, and progress validation are included to help teams connect high-level project schedules with reliable daily and weekly site execution.

The course also develops strong cost control and performance measurement capabilities. Participants examine construction cost estimating, budget development, commitment tracking, actual cost reconciliation, productivity analysis, cash flow forecasting, and estimate-at-completion techniques. Earned value management and other performance indicators are used to identify emerging cost and schedule deviations before they become serious commercial problems. The programme also addresses contingency management, change control, variations, claims prevention, and the financial implications of design changes, delayed information, material shortages, equipment downtime, and low labor productivity.

Construction project controls depend on accurate information, disciplined governance, and coordinated decisions across owners, consultants, contractors, suppliers, and site teams. Participants learn to integrate risk registers, quality records, safety performance, procurement milestones, inspection requirements, change requests, and contractual obligations into the overall control framework. The course also considers modern digital construction practices, including building information modeling (BIM), common data environments, construction management platforms, field reporting applications, predictive analytics, and responsible artificial intelligence. Particular attention is given to data reliability, cybersecurity, document traceability, and the need for qualified professional review of automated forecasts and recommendations.

By the end of the programme, participants will be better prepared to establish robust project controls, interpret performance trends, communicate delivery risks, and implement corrective actions supported by reliable evidence. Through practical case studies, scheduling exercises, cost forecasting, scenario analysis, and construction performance reporting, the course connects strategic planning with operational execution. It is designed to help construction professionals improve schedule reliability, control expenditure, strengthen contractor coordination, maintain audit-ready records, and deliver safer, higher-quality, and more sustainable projects across building, civil engineering, infrastructure, industrial, and other construction environments.

Duration

10 days

Who Should Attend

• Construction project managers responsible for overall project planning, delivery, performance, and contractual outcomes.

• Project planners and scheduling engineers developing construction programmes, baseline schedules, and recovery plans.

• Project controls managers coordinating schedule, cost, risk, progress measurement, and management reporting systems.

• Cost engineers and cost controllers managing budgets, expenditure, commitments, forecasts, and cost performance.

• Construction managers and site managers coordinating work packages, subcontractors, site resources, and execution priorities.

• Civil, structural, mechanical, electrical, and other discipline engineers involved in construction planning and coordination.

• Quantity surveyors and commercial managers managing quantities, valuations, variations, and cost-related project decisions.

• Contract administrators responsible for contractual compliance, notices, change control, delay records, and claims prevention.

• Procurement and supply chain professionals coordinating material availability, equipment deliveries, supplier performance, and logistics.

• Resource planners and productivity specialists responsible for workforce planning, equipment utilization, and production performance.

• Risk managers and project assurance professionals overseeing delivery risks, control effectiveness, and mitigation actions.

• Quality managers and inspectors coordinating inspection requirements, non-conformance resolution, and quality performance monitoring.

• Health, safety, and environmental professionals integrating compliance obligations into construction planning and execution controls.

• Consultants and owner representatives responsible for monitoring contractors, reviewing project performance, and verifying progress.

• Programme directors and PMO professionals overseeing multiple construction projects, reporting standards, and portfolio-level controls.

• BIM coordinators, digital construction specialists, and information managers supporting integrated planning and project data management.

• Commissioning, completions, and handover teams coordinating testing, documentation, operational readiness, and final acceptance.

Course Objectives

By the end of this course, participants will be able to:

• Develop an integrated construction project controls framework that aligns scope, time, cost, resources, procurement, quality, risk, safety, and contractual obligations with approved project objectives.

• Translate project requirements, drawings, specifications, quantities, and construction methods into a structured work breakdown structure and clearly defined work packages.

• Prepare, validate, and maintain baseline construction schedules using critical path methodology, sound activity logic, realistic durations, milestone controls, and appropriate scheduling assumptions.

• Apply resource planning, resource leveling, labor productivity analysis, and equipment utilization techniques to improve construction sequencing and execution efficiency.

• Establish reliable progress measurement systems using installed quantities, weighted activities, physical completion criteria, milestone evidence, and validated field reporting.

• Monitor project budgets, commitments, actual expenditure, accruals, cash flow, and forecast final costs to identify emerging commercial risks and cost overruns.

• Use earned value management and complementary performance indicators to evaluate schedule and cost efficiency and recommend evidence-based corrective actions.

• Integrate procurement schedules, material requirements, equipment delivery dates, subcontractor commitments, and site logistics into construction planning and control systems.

• Identify schedule and cost risks, assess their potential effects on contractual milestones, and develop practical mitigation, contingency, and recovery strategies.

• Implement disciplined change control procedures that assess the technical, commercial, scheduling, quality, safety, and contractual implications of proposed modifications.

• Strengthen coordination among owners, consultants, contractors, suppliers, and site teams through structured interface management, reporting, and escalation arrangements.

• Apply digital construction platforms, BIM-linked planning, analytics, and appropriately governed AI-enabled tools to improve reporting accuracy, forecasting, transparency, and decision-making.

Comprehensive Course Outline

Module 1: Advanced Construction Project Planning and Controls Fundamentals

• Construction project lifecycle, delivery methods, contractual arrangements, stakeholder responsibilities, and project control requirements.

• Relationship between scope definition, execution strategy, construction methodology, scheduling, cost management, and quality expectations.

• Establishing project controls plans, governance structures, approval thresholds, reporting calendars, and escalation protocols.

• Defining performance indicators, control responsibilities, management review processes, and project-specific control procedures.

Module 2: Scope Definition, Work Breakdown Structure and Work Packaging

• Translating drawings, specifications, bills of quantities, contract requirements, and design deliverables into an approved scope baseline.

• Developing work breakdown structures, construction work packages, control accounts, location breakdowns, and coding systems.

• Establishing responsibility assignment matrices, work package boundaries, acceptance criteria, and traceability of scope deliverables.

• Managing scope maturity, design changes, omissions, interface boundaries, and the prevention of uncontrolled scope growth.

Module 3: Construction Methodology, Sequencing and Execution Strategy

• Evaluating construction methods, temporary works, site conditions, access constraints, equipment requirements, and execution alternatives.

• Developing construction sequences that align design availability, workfront readiness, material supply, labor deployment, and equipment capacity.

• Integrating site logistics, traffic management, lifting plans, permits, temporary facilities, and operational constraints into execution planning.

• Assessing alternative construction scenarios for productivity, cost, safety, schedule reliability, and environmental performance.

Module 4: Advanced Scheduling and Critical Path Management

• Developing integrated master schedules, detailed construction programmes, contractual milestone schedules, and discipline-level work plans.

• Applying critical path methodology, schedule network logic, calendars, constraints, float analysis, and milestone dependency management.

• Conducting schedule quality reviews, logic checks, duration validation, baseline approval, and regular progress updates.

• Analyzing critical and near-critical paths, completion forecasts, schedule sensitivity, and the effects of emerging delays.

Module 5: Resource Planning, Productivity and Workforce Management

• Developing resource-loaded schedules covering labor categories, plant, equipment, specialist trades, and subcontractor requirements.

• Applying resource leveling, workforce histograms, crew balancing, equipment allocation, and demand forecasting techniques.

• Measuring labor productivity, production rates, equipment utilization, idle time, rework, and performance against planned norms.

• Developing practical interventions to address skills shortages, crew congestion, low productivity, and resource-related schedule delays.

Module 6: Look-Ahead Planning, Last Planner System and Constraint Management

• Translating master schedules into phase plans, six-week look-ahead programmes, weekly work plans, and daily commitments.

• Applying collaborative planning, make-ready reviews, constraint logs, commitment tracking, and reliable workflow principles.

• Identifying design, procurement, access, labor, equipment, permit, inspection, and information constraints before work begins.

• Measuring plan reliability, analyzing reasons for non-completion, and implementing corrective actions to improve workflow stability.

Module 7: Construction Cost Control, Budgeting and Forecasting

• Establishing cost breakdown structures, control budgets, cost accounts, approved estimates, and time-phased expenditure baselines.

• Monitoring actual expenditure, commitments, accruals, subcontractor costs, material consumption, and indirect project expenses.

• Preparing cost-to-complete estimates, estimate-at-completion forecasts, cash flow projections, and cost variance analyses.

• Managing contingency, escalation, inflation, currency exposure, cost uncertainty, and forecast assumptions within approved governance limits.

Module 8: Earned Value Management and Integrated Performance Analysis

• Establishing planned value, earned value, and actual cost measures suitable for construction work packages and control accounts.

• Calculating and interpreting cost performance index, schedule performance index, estimate at completion, and variance at completion.

• Integrating physical progress, installed quantities, labor hours, cost data, and schedule milestones into performance assessments.

• Developing corrective action plans using trend analysis, forecast indicators, performance thresholds, and management decision requirements.

Module 9: Procurement, Materials Management and Supply Chain Controls

• Integrating procurement schedules, material requisitions, purchase orders, subcontract awards, and construction demand forecasts.

• Managing long-lead equipment, supplier production milestones, material inspections, logistics arrangements, and delivery commitments.

• Tracking material availability, inventory levels, shortages, storage conditions, preservation requirements, and site distribution.

• Evaluating supplier and subcontractor performance using delivery reliability, quality, responsiveness, documentation, and corrective action closure.

Module 10: Progress Measurement, Field Reporting and Data Verification

• Establishing measurable progress rules for earthworks, concrete, structural steel, building services, finishing, and infrastructure activities.

• Applying quantity-based measurement, weighted deliverables, installed-value methods, milestone credit, and evidence-based completion criteria.

• Reconciling field reports, timesheets, inspection records, material records, and schedule updates to validate reported performance.

• Developing dashboards, daily reports, weekly summaries, and exception reports that highlight actual progress and forecast completion.

Module 11: Risk Management, Delay Analysis and Schedule Recovery

• Establishing risk registers covering technical uncertainty, design maturity, weather, labor availability, procurement, logistics, and site conditions.

• Assessing schedule and cost exposure through probability-impact analysis, sensitivity analysis, and quantitative risk assessment where appropriate.

• Investigating delay causes, evaluating critical path effects, maintaining contemporaneous records, and distinguishing concurrent constraints.

• Developing recovery strategies involving resequencing, additional resources, alternative methods, acceleration, and revised workfront priorities.

Module 12: Change Control, Contract Administration and Claims Prevention

• Establishing change request procedures, variation registers, approval authorities, baseline revision rules, and impact assessment requirements.

• Evaluating changes for cost, time, scope, technical compliance, quality, safety, procurement, and operational consequences.

• Maintaining records of instructions, correspondence, site events, notices, approvals, delay events, and supporting progress evidence.

• Supporting claims prevention, contractual compliance, extension-of-time assessments, commercial negotiations, and dispute avoidance.

Module 13: Quality, Safety, Environmental and Regulatory Controls

• Integrating quality plans, inspection and test plans, method statements, hold points, and acceptance criteria into work planning.

• Monitoring non-conformance reports, corrective actions, rework, inspection status, and quality-related impacts on schedule and cost.

• Incorporating health, safety, environmental, permit, and regulatory requirements into construction work packages and daily controls.

• Tracking environmental performance, waste reduction, resource efficiency, incident trends, and compliance evidence throughout execution.

Module 14: Digital Construction, BIM, Analytics and Responsible AI

• Applying construction management platforms, common data environments, electronic field reporting, and integrated project information systems.

• Using BIM-based 4D planning and 5D cost integration to evaluate construction sequencing, quantities, spatial conflicts, and cost implications.

• Applying data analytics and AI-assisted forecasting to identify anomalies, emerging delays, productivity trends, and potential cost deviations.

• Managing data integrity, cybersecurity, access controls, audit trails, model limitations, and human validation of automated recommendations.

Module 15: Executive Reporting, Project Assurance and Governance

• Designing executive dashboards that integrate schedule, cost, scope, procurement, productivity, risk, quality, and safety performance.

• Preparing concise management reports covering milestone forecasts, cost exposure, key constraints, recovery measures, and required decisions.

• Conducting project controls health checks, schedule audits, cost reviews, baseline compliance assessments, and assurance activities.

• Establishing escalation thresholds, accountable action owners, decision logs, governance reviews, and follow-up mechanisms.

Module 16: Integrated Project Controls Simulation and Continuous Improvement

• Developing an integrated construction project case involving baseline planning, resource allocation, procurement dependencies, and cost forecasting.

• Updating schedules and cost reports in response to simulated design changes, material shortages, productivity losses, and contractor delays.

• Preparing a recovery plan supported by critical path analysis, risk assessment, resource options, commercial implications, and management recommendations.

• Capturing lessons learned, benchmarking controls maturity, identifying process improvements, and developing an implementation roadmap.

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.