Business Continuity for Manufacturing and Industrial Operations

Introduction

Manufacturing and industrial operations depend on specialised equipment, continuous processes, complex supply chains and skilled people. A fire, equipment breakdown, utility failure, cyber attack on control systems or loss of a key supplier can stop production for weeks, with severe consequences for customers, revenue and market share.

This Business Continuity for Manufacturing and Industrial Operations training course applies continuity management principles to the realities of plants, factories and processing facilities. Participants learn how to assess production impacts, protect critical equipment and processes, plan for loss of facilities and utilities, secure industrial control systems, maintain supply to key customers and recover production safely.

The course connects continuity planning with maintenance, safety, quality and supply chain disciplines already present in industrial organisations.

Course Objectives

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

• Explain continuity risks specific to manufacturing and industrial sites
• Assess the impact of disruption on production and customers
• Identify critical equipment, processes and long-lead spares
• Plan for loss of facilities, utilities and production lines
• Address cyber risks to industrial control systems
• Develop supply chain and customer allocation strategies
• Plan safe restart and production recovery
• Integrate continuity with maintenance, safety and quality systems

Target Audience

This training course is suitable for a wide range of professionals, including:

• Plant and operations managers
• Business continuity and risk managers in industry
• Maintenance and reliability engineers
• Supply chain and production planners
• Health, safety and environment managers
• Industrial control system and OT security professionals

Training Methodology

The course uses industrial case studies and practical tools. Participants map a production process, identify critical equipment, develop recovery strategies for a plant disruption scenario and plan a safe restart. Group work encourages exchange of practice across different industries.

Target Competencies

• Production impact analysis
• Critical equipment identification
• Industrial recovery strategy design
• OT cyber resilience awareness
• Customer allocation planning
• Safe restart planning

Day One: Continuity Risks in Industrial Operations

• Characteristics of manufacturing and process industries
• Major disruption scenarios: fire, flood, breakdown and cyber
• Lessons from significant industrial disruptions
• Financial and customer impacts of lost production
• Insurance, business interruption and its limits
• Continuity standards applied to industrial sites
• Exercise: identifying disruption scenarios for a plant

Day Two: Production Impact and Critical Assets

• Mapping production processes and bottlenecks
• Business impact analysis for production lines
• Identifying critical equipment and single points of failure
• Long-lead spares and critical spare part strategies
• Utilities, compressed air, steam and cooling dependencies
• Key skills and specialist contractors
• Workshop: critical equipment assessment

Day Three: Recovery Strategies

• Alternative production sites and toll manufacturing
• Mutual aid agreements with other manufacturers
• Temporary equipment and rapid replacement options
• Inventory and finished goods buffer strategies
• Prioritising and allocating supply to key customers
• Supplier continuity for raw materials and components
• Exercise: developing recovery options for a plant fire

Day Four: Industrial Control Systems and Cyber Resilience

• How industrial control systems support production
• Cyber threats to operational technology environments
• Network segmentation, backups and recovery of controllers
• Manual operation and safe shutdown procedures
• Coordinating IT and OT incident response
• Testing control system recovery arrangements
• Case study: cyber attack on a manufacturing site

Day Five: Safe Restart and Integrated Resilience

• Safe restart planning after major disruption
• Quality checks and product release after recovery
• Regulatory and customer notifications
• Integrating continuity with maintenance and safety systems
• Exercising plans in industrial environments
• Reporting resilience to management and customers
• Personal action plan for industrial continuity