Shutdown, Turnaround and Maintenance Project Management Course

Course Introduction

The Shutdown, Turnaround and Maintenance Project Management Course provides a comprehensive framework for planning, organizing, executing, monitoring, and closing complex industrial shutdowns, turnarounds, and major maintenance projects. These activities are critical to maintaining asset integrity, operational reliability, regulatory compliance, and production continuity across industries such as oil and gas, petrochemicals, power generation, mining, manufacturing, and utilities. Participants develop the competencies required to manage tightly scheduled work programmes, coordinate multidisciplinary teams, control costs, reduce operational risks, and return facilities to service safely and efficiently.

Shutdowns and turnarounds are often undertaken within restricted time windows, where every delay can affect production, revenue, resource utilization, and contractual commitments. Effective management therefore requires extensive preparation, clearly defined work scopes, reliable asset information, realistic schedules, and disciplined execution controls. This course examines the complete turnaround lifecycle, from strategic justification and initial scope development through engineering, procurement, planning, execution, commissioning, start-up, and post-turnaround review. Emphasis is placed on early identification of critical work, management of scope growth, readiness verification, and alignment between maintenance priorities and business objectives.

A central component of the programme is integrated work planning and scheduling. Participants explore work breakdown structures, job packages, activity sequencing, critical path analysis, resource loading, labor productivity, contractor mobilization, material availability, and schedule optimization. The course examines how to coordinate inspection, equipment overhaul, piping repairs, electrical work, instrumentation maintenance, statutory inspections, and specialist interventions within a shared execution window. Participants learn to identify workfront constraints, develop contingency arrangements, establish schedule control points, and use look-ahead planning to minimize idle time, congestion, and unnecessary interference between work groups.

Cost control and commercial management are equally important because shutdown and turnaround budgets can be exposed to uncertain equipment condition, emergent defects, additional inspection findings, overtime, specialist contractor requirements, and changing production priorities. Participants examine cost estimation, resource forecasting, procurement commitments, contractor performance, contingency management, variation control, and forecast final expenditure. The programme also addresses risk-based work prioritization, quantitative schedule and cost risk assessment, decision gates, and performance measurement. Participants learn how to distinguish essential safety-critical work from deferrable activities while maintaining technical integrity, documented approvals, and transparent accountability for scope and budget decisions.

Safe execution is fundamental to shutdown and turnaround performance. The course covers permit-to-work systems, lockout/tagout, equipment isolation, confined-space entry, working at height, lifting operations, hazardous-area controls, simultaneous operations, and management of temporary modifications. Participants examine how to integrate process safety, occupational health, environmental protection, quality assurance, and regulatory inspection requirements into work packages and execution plans. Modern practices such as digital work packs, mobile field reporting, predictive maintenance analytics, digital twins, and AI-assisted scheduling are also considered, with appropriate attention to data quality, cybersecurity, human verification, and operational risk.

By the end of the programme, participants will be better prepared to develop turnaround strategies, establish executable plans, coordinate contractors, manage schedule and cost performance, and oversee the transition from completed maintenance to safe operational restart. Through practical case studies, readiness assessments, scheduling exercises, risk reviews, and post-turnaround performance analysis, the course connects maintenance engineering with project management and operational decision-making. It is designed to help organizations reduce downtime, improve workforce productivity, strengthen equipment reliability, control expenditure, and capture lessons that enhance the performance of future shutdowns and maintenance programmes.

Duration

10 days

Who Should Attend

• Shutdown and turnaround managers responsible for planning, coordinating, and delivering major industrial maintenance events.

• Maintenance managers overseeing asset reliability, preventive maintenance, corrective work, and equipment integrity programmes.

• Project managers responsible for industrial shutdowns, plant modifications, equipment replacements, and major maintenance projects.

• Planning and scheduling engineers developing integrated turnaround schedules, resource plans, and execution strategies.

• Project controls professionals monitoring progress, costs, productivity, risks, and schedule performance.

• Mechanical, electrical, instrumentation, and piping engineers coordinating technical maintenance and equipment overhaul activities.

• Reliability engineers and asset integrity specialists prioritizing maintenance interventions and statutory inspection requirements.

• Operations managers and plant supervisors responsible for production planning, shutdown preparation, isolation, and restart readiness.

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

• Procurement and supply chain professionals coordinating materials, spare parts, specialist services, and contractor mobilization.

• Contract administrators and commercial managers managing service contracts, variations, claims, and contractor performance.

• Health, safety, and environmental professionals overseeing shutdown risk controls, permits, and regulatory compliance.

• Inspection engineers and quality assurance professionals responsible for inspection plans, technical acceptance, and maintenance records.

• Contractor managers and field supervisors coordinating work crews, specialist subcontractors, and daily execution activities.

• Commissioning and start-up personnel managing system reinstatement, operational readiness, and safe return to service.

• Digital maintenance and reliability specialists implementing computerized maintenance management systems and analytics.

• Senior executives and asset owners responsible for turnaround investment decisions, downtime exposure, and operational performance.

Course Objectives

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

• Develop an integrated shutdown and turnaround management strategy aligned with production requirements, asset integrity priorities, regulatory obligations, business objectives, and operational risk tolerance.

• Define and validate turnaround work scopes using inspection findings, maintenance history, equipment criticality, statutory requirements, reliability data, and engineering assessments.

• Establish a structured work breakdown structure, job package system, responsibility matrix, and execution plan that clearly define deliverables, ownership, and completion criteria.

• Develop realistic integrated schedules using critical path methodology, resource loading, activity sequencing, contractor interfaces, and schedule risk analysis to protect critical return-to-service dates.

• Prepare reliable cost estimates, establish approved budgets, forecast expenditure, and monitor commitments, actual costs, contingency use, and emerging financial exposure throughout the turnaround.

• Coordinate procurement, spare-parts availability, long-lead materials, equipment readiness, specialist services, and contractor mobilization to reduce workfront delays.

• Apply risk-based prioritization methods to distinguish safety-critical, reliability-critical, statutory, production-critical, and deferrable maintenance activities within constrained execution windows.

• Implement permit-to-work, lockout/tagout, isolation verification, simultaneous operations controls, and other essential safeguards for safe shutdown and maintenance execution.

• Establish practical progress measurement systems using completed work orders, verified quantities, job status, productivity indicators, and reliable field reporting.

• Manage scope changes, emergent defects, technical queries, contractor variations, and execution deviations through controlled assessment and documented approval processes.

• Integrate commissioning, equipment reinstatement, inspection closeout, operating procedures, and readiness reviews into a controlled return-to-service and start-up plan.

• Evaluate turnaround performance through schedule and cost analysis, equipment reliability outcomes, lessons learned, and continuous improvement initiatives that strengthen future maintenance programmes.

Comprehensive Course Outline

Module 1: Shutdown, Turnaround and Maintenance Project Management Fundamentals

• Definitions, objectives, delivery models, and operational implications of shutdowns, planned turnarounds, and major maintenance projects.

• Relationships between asset integrity, reliability-centred maintenance, production planning, regulatory compliance, and turnaround investment decisions.

• Turnaround governance structures, organizational responsibilities, approval authorities, communication protocols, and escalation arrangements.

• Turnaround lifecycle management from initial strategy and scope development through execution, start-up, closeout, and performance review.

Module 2: Turnaround Strategy, Scope Development and Work Selection

• Establishing turnaround objectives, performance targets, business cases, planning assumptions, and required operational outage windows.

• Developing work scopes from inspection reports, maintenance backlog, equipment condition assessments, reliability studies, and statutory obligations.

• Applying asset criticality, risk-based inspection findings, failure consequences, and lifecycle considerations to prioritize maintenance activities.

• Validating scope completeness, eliminating duplicate work, evaluating deferrals, and controlling scope growth before execution approval.

Module 3: Work Breakdown Structures and Maintenance Job Packages

• Developing work breakdown structures, equipment hierarchies, work orders, job packages, and discipline-specific maintenance deliverables.

• Preparing job plans with labor estimates, task sequences, tools, materials, technical procedures, permits, and completion requirements.

• Integrating engineering drawings, inspection findings, equipment histories, isolation requirements, and quality documentation into work packs.

• Establishing job package review gates, work readiness criteria, package ownership, and controlled revision procedures.

Module 4: Integrated Turnaround Planning and Critical Path Scheduling

• Developing integrated turnaround schedules covering shutdown preparation, equipment isolation, maintenance execution, inspections, testing, and restart.

• Applying critical path methodology, activity dependencies, duration estimating, schedule logic validation, and milestone control.

• Integrating resource calendars, workfront availability, contractor interfaces, equipment access, and operational constraints into scheduling.

• Identifying critical activities, schedule float, bottlenecks, contingency allowances, and recovery options for protecting restart dates.

Module 5: Resource Planning, Workforce Productivity and Contractor Coordination

• Forecasting labor demand by discipline, skill category, workfront, shift pattern, and execution phase across the turnaround period.

• Planning contractor mobilization, competency verification, induction, supervision, accommodation, transport, and site access requirements.

• Applying productivity benchmarks, crew balancing, overtime planning, shift handovers, and workface coordination techniques.

• Monitoring workforce performance, equipment utilization, contractor productivity, fatigue exposure, and causes of unproductive time.

Module 6: Materials Management, Procurement and Logistics Readiness

• Identifying critical spares, consumables, replacement equipment, specialist tools, and long-lead materials required for approved work scopes.

• Coordinating purchasing schedules, supplier commitments, expediting, receiving inspections, material preservation, and warehouse availability.

• Planning material staging, kitting, equipment transport, laydown areas, lifting requirements, and distribution to workfronts.

• Managing shortages, substitutions, obsolescence, vendor delays, and procurement risks through documented contingency arrangements.

Module 7: Cost Estimation, Budget Control and Financial Forecasting

• Developing discipline-based estimates covering labor, contractors, materials, equipment hire, temporary facilities, and specialist services.

• Establishing cost baselines, expenditure profiles, contingency budgets, approval thresholds, and financial reporting requirements.

• Monitoring commitments, actual expenditure, accruals, change costs, overtime, and forecast final costs during execution.

• Evaluating cost variances, productivity impacts, emergent work exposure, and financial implications of turnaround schedule changes.

Module 8: Risk Management, Reliability and Work Prioritization

• Establishing turnaround risk registers covering equipment condition, technical uncertainty, schedule exposure, contractor capacity, and material availability.

• Applying risk-based work prioritization using failure consequences, asset criticality, safety implications, and operational performance requirements.

• Conducting schedule and cost risk assessments, scenario analysis, contingency planning, and mitigation effectiveness reviews.

• Evaluating maintenance deferrals, emergent defects, reliability trade-offs, and management approval requirements for residual risk acceptance.

Module 9: Shutdown Execution, Operations Coordination and Workfront Management

• Coordinating controlled shutdown sequences, operating unit preparation, process draining, equipment isolation, and worksite release.

• Managing simultaneous operations, shared workfronts, lifting activities, confined-space work, hot work, and contractor interfaces.

• Conducting daily planning meetings, progress reviews, constraint removal sessions, and workfront readiness verification.

• Resolving access restrictions, technical queries, resource conflicts, unexpected equipment conditions, and execution bottlenecks.

Module 10: Safety, Process Safety and Environmental Management

• Integrating process safety management, occupational health, environmental controls, and statutory requirements into turnaround execution plans.

• Applying permit-to-work, lockout/tagout, isolation verification, confined-space entry, and hazardous energy control procedures.

• Managing simultaneous operations, temporary equipment, lifting risks, working at height, hazardous materials, and emergency response readiness.

• Monitoring safety observations, incidents, environmental performance, corrective actions, and compliance evidence throughout execution.

Module 11: Inspection, Quality Assurance and Equipment Integrity

• Planning statutory inspections, non-destructive testing, condition assessments, pressure equipment examinations, and specialist technical inspections.

• Establishing inspection and test plans, acceptance criteria, quality checkpoints, and traceable maintenance completion records.

• Managing equipment defects, non-conformances, repair procedures, material certification, dimensional verification, and quality release requirements.

• Evaluating inspection findings, corrosion damage, fatigue indicators, degradation mechanisms, and recommended integrity improvement actions.

Module 12: Progress Measurement, Digital Tools and Performance Analytics

• Establishing work order status definitions, verified progress rules, physical completion measures, and discipline-based reporting standards.

• Developing turnaround dashboards that integrate schedule performance, cost trends, workforce productivity, material readiness, and risk exposure.

• Using computerized maintenance management systems, mobile work packs, digital inspection records, and integrated planning platforms.

• Applying analytics and AI-assisted forecasting to identify emerging delays while maintaining data validation, cybersecurity, and human oversight.

Module 13: Scope Change, Emergent Work and Commercial Management

• Evaluating newly discovered defects, inspection findings, additional repair requirements, and unexpected equipment conditions during execution.

• Applying formal change control to assess the technical, schedule, cost, safety, and operational consequences of emergent work.

• Managing contractor instructions, variations, resource extensions, commercial records, claims prevention, and contractual approval requirements.

• Establishing decision thresholds for immediate safety-critical work, deferred maintenance, contingency use, and management escalation.

Module 14: Commissioning, Reinstatement and Operational Start-Up

• Planning equipment reinstatement, system restoration, inspection closeout, functional checks, and completion of outstanding maintenance activities.

• Verifying removal of temporary equipment, completion of isolation clearance, restoration of safeguards, and authorization for energization.

• Coordinating commissioning tests, control system verification, leak testing, performance checks, and operational acceptance requirements.

• Conducting start-up readiness reviews, handover meetings, contingency briefings, and controlled transfer of responsibilities to operations teams.

Module 15: Turnaround Closeout, Performance Review and Lessons Learned

• Reconciling completed work orders, outstanding defects, deferred maintenance, inspection reports, and final completion documentation.

• Evaluating actual versus planned duration, budget performance, productivity, contractor effectiveness, safety, and asset reliability outcomes.

• Conducting root cause analysis of delays, cost overruns, safety incidents, quality problems, and recurring execution constraints.

• Developing lessons-learned registers, corrective action plans, benchmarking measures, and improvements for future turnaround cycles.

Module 16: Advanced Turnaround Simulation and Continuous Improvement

• Developing an integrated turnaround plan for a simulated industrial facility with competing priorities, limited resources, and a fixed restart deadline.

• Evaluating schedule logic, resource requirements, procurement readiness, risk exposure, and cost implications for critical maintenance packages.

• Responding to simulated emergent defects, contractor delays, material shortages, and safety constraints through controlled decision-making.

• Presenting a turnaround performance review and improvement roadmap incorporating reliability, digitalization, sustainability, and governance enhancements.

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.