Course Introduction
Brownfield projects involve modifying, upgrading, expanding, integrating, or replacing facilities within existing operating environments. Unlike greenfield developments, brownfield projects must work within existing infrastructure, operating systems, live equipment, established processes, limited access, incomplete information, and stringent safety requirements. Effective planning and execution therefore require strong technical coordination, operational integration, interface management, and disciplined project controls.
This course provides a comprehensive framework for planning and executing brownfield projects from project definition and feasibility through engineering, procurement, construction, commissioning, start-up, and closeout. It addresses the distinctive challenges of working within existing facilities, including asset integrity, tie-ins, shutdown windows, existing conditions, constructability, temporary works, access restrictions, operational interfaces, and maintaining business continuity.
Participants will develop practical skills for defining brownfield scope, validating existing asset information, assessing site conditions, identifying interfaces, developing execution strategies, planning construction work, coordinating operations, and managing design changes. The programme examines how field verification, surveys, 3D scanning, existing drawings, asset registers, operating procedures, inspection information, and stakeholder knowledge can be combined to improve project definition and reduce uncertainty.
Brownfield execution requires careful integration between engineering, procurement, construction, operations, maintenance, commissioning, safety, and project controls. Participants will learn how to develop integrated schedules, work packages, shutdown plans, tie-in strategies, access arrangements, temporary facilities, construction sequences, procurement plans, and readiness requirements while managing constraints associated with live facilities.
Safety and operational continuity are central to brownfield delivery. The course examines permit-to-work, isolation and lockout/tagout, simultaneous operations, hazardous-area considerations, temporary systems, construction near operating equipment, emergency response, process safety, environmental controls, and asset integrity. It also addresses how brownfield projects can be planned to minimise disruption to ongoing operations and reduce exposure to production losses.
Modern brownfield projects increasingly use BIM, laser scanning, digital twins, drones, mobile field technologies, integrated work-management systems, artificial intelligence, and advanced project controls. The course explores how these technologies can improve existing-condition verification, design coordination, clash detection, construction planning, progress monitoring, commissioning, and asset handover while addressing emerging challenges such as ageing infrastructure, cybersecurity, decarbonisation, energy transition, and complex operational interfaces.
Duration
5 days
Who Should Attend
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Brownfield project managers and project directors
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Engineering project managers and engineering managers
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Construction managers and site managers
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Brownfield planning and project controls specialists
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Project planners and scheduling engineers
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Operations and maintenance managers
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Asset integrity and reliability professionals
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Mechanical, electrical, civil, structural, and process engineers
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Commissioning and start-up professionals
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Shutdown and turnaround managers
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Contract and commercial managers
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Procurement and supply chain professionals
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Health, safety, and environmental professionals
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Quality assurance and quality control professionals
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BIM and digital engineering specialists
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Contractors, EPC, EPCM, and engineering consultants
Course Objectives
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Develop a comprehensive understanding of brownfield project planning and execution and the unique technical, operational, safety, commercial, and scheduling challenges associated with existing facilities.
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Equip participants with practical methods for defining brownfield project scope, validating existing conditions, identifying constraints, assessing interfaces, and developing realistic project execution strategies.
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Strengthen participants’ ability to integrate existing asset information, surveys, engineering data, field verification, operational knowledge, and stakeholder requirements into reliable project planning.
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Develop practical capabilities for planning brownfield engineering, procurement, construction, tie-ins, shutdowns, commissioning, and start-up activities within live operating environments.
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Improve participants’ ability to develop integrated schedules that account for operational constraints, shutdown windows, permits, isolations, access limitations, temporary works, procurement lead times, and critical interfaces.
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Equip participants with techniques for managing brownfield construction risks involving live systems, existing equipment, unknown conditions, simultaneous operations, confined work areas, hazardous processes, and asset integrity.
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Strengthen participants’ ability to manage engineering changes, design interfaces, constructability, temporary works, tie-ins, modifications, and field conditions while maintaining configuration and document control.
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Develop practical skills for controlling brownfield project cost, schedule, procurement, resources, contractors, changes, risks, progress, quality, and commercial performance.
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Improve participants’ ability to coordinate commissioning, operational readiness, system reinstatement, start-up, handover, asset documentation, and transition into reliable operation.
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Prepare participants to apply BIM, laser scanning, digital twins, drones, mobile field systems, artificial intelligence, predictive analytics, and other digital technologies to improve brownfield project delivery.
Comprehensive Course Outline
Module 1: Foundations of Brownfield Project Planning and Execution
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Understanding the characteristics, lifecycle, objectives, benefits, risks, and management requirements of brownfield projects within existing operating facilities.
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Comparing brownfield and greenfield project environments and examining differences in scope definition, design certainty, construction access, interfaces, safety, operations, and commissioning.
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Identifying typical brownfield project types including facility upgrades, capacity expansions, equipment replacement, debottlenecking, infrastructure modifications, system integration, and asset modernisation.
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Establishing brownfield project governance, decision rights, operational interfaces, stakeholder responsibilities, project controls, and execution principles.
Module 2: Brownfield Scope Definition, Existing Conditions, and Project Development
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Developing reliable brownfield scope definitions using asset information, site surveys, existing drawings, inspection records, operational requirements, maintenance history, and stakeholder input.
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Conducting existing-condition assessments to identify physical constraints, undocumented modifications, deteriorated assets, obsolete systems, access limitations, and technical uncertainties.
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Applying field verification, laser scanning, surveys, photography, asset tagging, 3D modelling, and other techniques to improve the accuracy of existing-condition information.
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Developing project concepts, options, preliminary execution strategies, estimates, schedules, risk assessments, and business cases while accounting for brownfield uncertainty.
Module 3: Brownfield Engineering, Design, and Interface Management
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Managing engineering design for modifications to existing facilities while maintaining compatibility with existing systems, equipment, structures, utilities, controls, and operating requirements.
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Coordinating multidisciplinary design interfaces involving process, mechanical, electrical, instrumentation, civil, structural, architectural, control, and other engineering disciplines.
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Applying constructability reviews, design reviews, model coordination, clash detection, maintainability assessments, operability reviews, and technical assurance.
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Managing engineering changes, technical queries, design revisions, field conditions, configuration control, document updates, and as-built information throughout project execution.
Module 4: Brownfield Construction Planning and Execution Strategy
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Developing brownfield construction execution strategies covering work packaging, site access, temporary facilities, logistics, isolation requirements, workfronts, lifting, temporary works, and construction sequencing.
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Planning construction around existing operations, restricted access, limited laydown areas, live equipment, hazardous zones, production requirements, and other site-specific constraints.
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Developing integrated construction schedules that coordinate engineering, procurement, shutdowns, tie-ins, permits, isolations, construction, testing, commissioning, and reinstatement.
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Applying modularisation, prefabrication, off-site fabrication, temporary facilities, phased execution, and alternative construction methods to reduce work in congested operating environments.
Module 5: Procurement, Materials, and Contractor Management
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Developing brownfield procurement strategies that address long-lead equipment, replacement components, compatibility requirements, obsolete technologies, specialist materials, and operational standards.
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Managing material verification, technical specifications, vendor information, inspections, logistics, storage, preservation, and delivery requirements for brownfield construction.
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Planning contractor mobilisation, competency requirements, site induction, work allocation, supervision, performance monitoring, safety management, and coordination with operations.
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Managing contractor interfaces and subcontractor activities to minimise disruption, workfront conflicts, resource bottlenecks, quality problems, and schedule impacts.
Module 6: Brownfield Risk, Safety, and Operational Interface Management
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Identifying brownfield risks associated with live facilities, unknown conditions, hazardous systems, ageing infrastructure, simultaneous operations, temporary modifications, and construction near operating equipment.
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Applying permit-to-work, isolation, lockout/tagout, gas testing, confined-space controls, electrical safety, line breaking, lifting controls, and other critical work-management practices.
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Coordinating construction activities with operations and maintenance through daily planning, work permits, operational clearances, shutdown interfaces, emergency arrangements, and simultaneous-operations controls.
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Developing integrated risk registers, contingency plans, emergency responses, asset-integrity controls, and escalation procedures for brownfield execution risks.
Module 7: Brownfield Project Controls, Cost, Schedule, and Change Management
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Establishing brownfield project-control systems covering scope, cost, schedule, progress, risk, procurement, quality, resources, changes, contracts, and operational constraints.
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Developing realistic cost estimates and budgets that account for uncertainty, site constraints, temporary works, shutdown requirements, construction inefficiencies, specialist resources, and contingency.
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Monitoring schedule performance using critical-path analysis, milestone tracking, workfront progress, shutdown windows, productivity information, constraints, and forecast completion dates.
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Managing changes and variations arising from field discoveries, existing-condition differences, design development, operational requirements, client instructions, and unforeseen technical conditions.
Module 8: Tie-Ins, Shutdowns, Commissioning, and Start-Up
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Developing tie-in strategies that define isolation requirements, work sequences, shutdown windows, construction activities, testing, reinstatement, and operational acceptance criteria.
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Coordinating brownfield shutdown and turnaround activities with project construction to maximise work completion within restricted outage periods.
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Planning commissioning and start-up activities for modified or integrated systems while maintaining compatibility with existing operating facilities and control systems.
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Managing system reinstatement, punch-list closure, testing, documentation, operator readiness, controlled energisation, start-up, performance verification, and return to service.
Module 9: Brownfield Handover, Asset Integration, and Performance Management
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Establishing handover requirements for as-built drawings, asset registers, equipment documentation, inspection records, test certificates, operating procedures, maintenance information, and technical dossiers.
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Integrating new or modified assets into existing maintenance, reliability, inspection, operations, control, and asset-management systems.
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Developing performance indicators covering cost, schedule, safety, quality, construction productivity, operational disruption, commissioning performance, reliability, and benefits realisation.
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Conducting post-project reviews to evaluate delivery performance, identify root causes of problems, capture lessons learned, and improve future brownfield planning and execution.
Module 10: Emerging Issues and the Future of Brownfield Project Delivery
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Applying BIM, laser scanning, digital twins, drones, mobile field applications, integrated work-management systems, and advanced visualisation to improve brownfield project planning and execution.
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Exploring artificial intelligence, predictive analytics, automated clash detection, intelligent scheduling, digital inspection, and data-driven risk management for complex existing facilities.
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Addressing emerging brownfield challenges involving ageing infrastructure, decarbonisation, energy transition, electrification, cybersecurity, climate resilience, advanced automation, and changing regulatory requirements.
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Developing future-ready brownfield strategies that integrate digital engineering, operational continuity, asset integrity, modular construction, predictive maintenance, sustainability, and lifecycle value 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.
