Business Continuity and IT Disaster Recovery Training Course

Summary

The Business Continuity and IT Disaster Recovery Training Course provides organisations with a structured framework for protecting critical technology services, maintaining operational continuity, and restoring IT capabilities following disruptive events. Delivered by the Geneva Institute of Business Management under the Information and Communication Technology category, the course focuses on practical corporate requirements for business continuity, technology recovery, operational resilience, risk reduction, and controlled restoration.

Modern organisations depend on digital infrastructure for communication, transactions, customer services, data processing, internal operations, and strategic decision-making. A technology disruption can therefore affect revenue, customer confidence, regulatory obligations, employee productivity, and organisational reputation. Effective IT Business Continuity Disaster Recovery planning establishes the processes, responsibilities, resources, and recovery priorities required to maintain essential services during disruption and restore normal operations within defined business requirements.

The course examines how organisations establish resilient IT environments through systematic risk assessment, business impact analysis, continuity strategies, disaster recovery planning, recovery architecture, backup management, crisis coordination, and recovery testing. It addresses the relationship between business continuity and technology recovery so that IT recovery priorities directly support critical business functions.

Participants gain an understanding of how to identify critical applications, infrastructure, information assets, dependencies, and technology services that require continuity protection. The course also addresses recovery priorities and service restoration based on business requirements. Particular attention is given to the recovery time objective, which defines the maximum acceptable period for restoring a service following disruption.

The programme explores backup site recovery as an important component of organisational resilience. Participants examine different recovery site approaches, infrastructure availability requirements, data protection arrangements, connectivity considerations, and operational dependencies. These concepts support the development of recovery capabilities that align technology investment with business priorities.

Disaster recovery planning is addressed as an ongoing management process rather than a single document. Organisations require defined governance, documented procedures, assigned responsibilities, regular testing, maintenance, and continuous improvement. The course therefore examines how recovery plans remain relevant as applications, infrastructure, suppliers, employees, threats, and business requirements change.

The programme also addresses IT resilience across infrastructure, networks, applications, storage, cloud services, data protection, communications, and operational processes. Participants examine how resilient architecture reduces single points of failure and supports continued service availability. Recovery strategies are considered in relation to business impact, operational dependencies, technology requirements, cost, and acceptable levels of disruption.

The course supports corporate teams responsible for IT operations, infrastructure management, cybersecurity, risk management, business continuity, disaster recovery, technology governance, and service management. It provides a structured basis for improving recovery readiness and establishing stronger coordination between business leadership and technology functions.

Through the Geneva Institute of Business Management, the training supports organisations seeking to strengthen continuity capabilities, reduce operational exposure, improve technology recovery performance, and establish a consistent approach to managing disruptive incidents.

Objectives

Establish Effective Business Continuity and Recovery Frameworks

The course aims to develop a structured understanding of IT Business Continuity Disaster Recovery frameworks and their role in organisational resilience. Participants examine how continuity governance connects business priorities with technology recovery requirements, operational responsibilities, recovery procedures, and executive decision-making.

Strengthen Disaster Recovery Planning

Participants develop a clear understanding of disaster recovery planning processes, including risk identification, business impact assessment, recovery prioritisation, technology dependency analysis, resource planning, recovery procedures, testing, documentation, and continuous improvement.

The objective is to establish recovery arrangements that are practical, measurable, maintained, and aligned with organisational requirements rather than relying on generic recovery documentation.

Improve IT Resilience

The programme focuses on strengthening IT resilience through resilient infrastructure, redundancy, data protection, system availability, network continuity, application recovery, infrastructure diversity, and appropriate recovery architecture.

Participants examine how technology environments can be designed and managed to reduce operational disruption and improve the organisation’s ability to continue essential services.

Define Recovery Priorities

Participants learn how business requirements influence technology recovery priorities. The course examines recovery time objective requirements and how they relate to critical services, business impact, operational dependencies, service availability, and recovery resources.

This supports more consistent decisions regarding which systems require immediate restoration and which services can tolerate longer periods of disruption.

Develop Backup and Recovery Strategies

The programme examines backup strategies, data protection, backup validation, restoration procedures, retention considerations, backup dependencies, and recovery verification. Participants evaluate how backup arrangements contribute to broader continuity objectives.

The course also examines backup site recovery requirements and the role of alternative infrastructure in restoring critical technology services.

Strengthen Recovery Testing

Participants understand how organisations validate recovery capabilities through structured testing. The course covers test planning, scenario development, recovery execution, evidence collection, performance evaluation, identified gaps, corrective actions, and post-test improvement.

Regular testing helps organisations identify weaknesses before a real disruption occurs and provides evidence that recovery capabilities remain operational.

Improve Crisis Coordination

The course addresses coordination between IT teams, business functions, management, suppliers, security teams, communication teams, and other stakeholders during disruptive events. Participants examine how clear responsibilities and escalation procedures support faster decision-making.

Support Continuous Improvement

Participants learn how continuity and recovery capabilities require ongoing review. Changes in technology, business operations, suppliers, applications, infrastructure, regulations, and threat conditions can affect recovery requirements.

The objective is to establish a continuous improvement approach that keeps business continuity and disaster recovery capabilities aligned with organisational change.

Target Audience

IT Managers and Technology Leaders

The course is designed for IT managers, technology leaders, infrastructure managers, service delivery managers, and technology operations professionals responsible for maintaining reliable and recoverable IT services.

Business Continuity Professionals

Business continuity managers, continuity coordinators, resilience professionals, and operational risk teams can use the programme to strengthen their understanding of technology dependencies and integrate IT recovery requirements into broader organisational continuity frameworks.

Disaster Recovery Professionals

The programme is relevant to professionals responsible for disaster recovery planning, recovery procedures, recovery testing, alternative infrastructure, data restoration, recovery documentation, and technology resilience.

IT Infrastructure and Operations Teams

Infrastructure engineers, systems administrators, network professionals, storage specialists, cloud operations teams, and service management professionals can benefit from understanding how their operational responsibilities contribute to organisational recovery capabilities.

Cybersecurity and Risk Professionals

Cybersecurity managers, information security professionals, technology risk teams, and risk management specialists can strengthen their understanding of continuity requirements following cyber incidents, infrastructure failures, data loss, system compromise, and other technology disruptions.

Project and Service Management Professionals

Project managers, service managers, technology programme managers, and operational leaders involved in implementing or maintaining critical technology services can apply the course principles when assessing continuity requirements and recovery dependencies.

Corporate Management and Decision Makers

Executives and business leaders responsible for operational resilience can use the programme to understand IT recovery priorities, business impact, recovery time objective requirements, technology dependencies, and investment considerations associated with continuity planning.

Organisations Seeking Greater IT Resilience

The course is suitable for organisations seeking to establish, review, improve, or formalise their business continuity and disaster recovery capabilities across technology infrastructure, applications, data, networks, cloud services, suppliers, and operational processes.

Modules

Module 1: Business Continuity and IT Disaster Recovery Foundations

This module establishes the corporate foundation of IT Business Continuity and Disaster Recovery. It examines the relationship between business continuity, disaster recovery, operational resilience, technology availability, and organisational risk.

Participants examine common disruption scenarios involving infrastructure failure, cyber incidents, data loss, network outages, application failures, utility interruptions, supplier disruption, and environmental events. The module focuses on the business consequences of technology disruption and the need for coordinated recovery capabilities.

Module 2: Business Impact Analysis and Critical Service Identification

This module examines business impact analysis as a foundation for effective recovery planning. Participants assess critical business functions, supporting applications, infrastructure, information assets, technology services, internal dependencies, external dependencies, and supplier relationships.

The module addresses how organisations establish recovery priorities according to business impact and service requirements. Participants also examine how recovery requirements change according to the criticality of individual business services.

Module 3: Risk Assessment and Continuity Requirements

This module focuses on identifying technology risks that can affect operational continuity. Participants examine threats, vulnerabilities, dependencies, single points of failure, technology concentration risks, infrastructure limitations, supplier dependencies, and recovery constraints.

The module supports the development of risk-based continuity strategies that reflect actual organisational exposure and business priorities.

Module 4: Disaster Recovery Planning

This module provides a structured approach to disaster recovery planning. Participants examine recovery policies, governance, roles and responsibilities, escalation procedures, recovery teams, communication arrangements, technical recovery procedures, documentation, resource requirements, and plan maintenance.

The module also addresses how disaster recovery plans are integrated with wider business continuity arrangements to create a coordinated response to major disruptions.

Module 5: Recovery Time Objective and Recovery Priorities

This module focuses on recovery time objective requirements and their relationship with business impact. Participants examine how organisations define acceptable recovery periods for critical technology services and establish priorities for restoration.

The module considers application dependencies, infrastructure requirements, data availability, staffing, supplier support, technical complexity, and recovery resources when establishing recovery priorities.

Module 6: Backup and Data Recovery Strategies

This module examines backup architecture, backup frequency, retention requirements, data protection, backup validation, restoration procedures, recovery dependencies, and recovery verification.

Participants evaluate how backup arrangements contribute to continuity objectives and how organisations can strengthen confidence in their ability to restore critical information following data loss or system disruption.

Module 7: Backup Site Recovery and Alternative Infrastructure

This module examines backup site recovery strategies and alternative technology environments. Participants review recovery site requirements, infrastructure availability, connectivity, application dependencies, data replication, operational readiness, and recovery procedures.

The module considers different recovery approaches according to business requirements, acceptable downtime, technology architecture, operational complexity, and available resources.

Module 8: IT Resilience and High Availability

This module addresses IT resilience across infrastructure, networks, applications, storage, cloud services, communications, and operational processes.

Participants examine redundancy, fault tolerance, resilient architecture, service availability, technology dependencies, and single points of failure. The focus remains on creating technology environments that can continue essential operations and recover efficiently when disruption occurs.

Module 9: Cyber Incident Recovery and Technology Disruption

This module examines continuity requirements following cybersecurity incidents and major technology disruptions. Participants consider system isolation, recovery priorities, data integrity, secure restoration, incident coordination, communication, and operational recovery.

The module highlights the importance of coordinating cybersecurity response with business continuity and disaster recovery processes.

Module 10: Recovery Testing and Validation

This module focuses on testing recovery capabilities through structured exercises and technical validation. Participants examine tabletop exercises, technical recovery tests, scenario-based exercises, restoration validation, recovery performance measurement, documentation, and corrective actions.

The module establishes testing as a core component of IT resilience and continuous improvement.

Module 11: Crisis Management and Recovery Coordination

This module examines the coordination required during major technology disruptions. Participants review escalation structures, decision-making responsibilities, communication channels, management reporting, technical teams, business stakeholders, suppliers, and external service providers.

The objective is to support coordinated recovery decisions and minimise delays caused by unclear responsibilities or communication gaps.

Module 12: Governance, Documentation and Continuous Improvement

The final module focuses on governance and the ongoing management of continuity capabilities. Participants examine policy management, documentation control, ownership, review schedules, audit requirements, performance indicators, test findings, corrective actions, and programme improvement.

The module reinforces the principle that disaster recovery planning is an ongoing organisational capability. Recovery strategies require regular review as business processes, technologies, infrastructure, suppliers, risks, and service requirements evolve.

FAQs

What is the Business Continuity and IT Disaster Recovery Training Course?

The course provides a structured corporate approach to business continuity, disaster recovery planning, IT resilience, technology recovery, backup strategies, recovery testing, and operational resilience.

Why is IT Business Continuity Disaster Recovery important for organisations?

IT Business Continuity Disaster Recovery helps organisations maintain critical technology services, reduce operational disruption, protect important information, and restore essential systems within defined recovery requirements.

What is a recovery time objective?

A recovery time objective defines the targeted maximum period within which a critical technology service or business process is restored following a disruptive incident.

What does backup site recovery involve?

Backup site recovery involves restoring critical technology operations through an alternative environment or recovery location when the primary technology environment is unavailable or unsuitable for continued operations.

Who should attend this training course?

The course is suitable for IT managers, disaster recovery professionals, business continuity teams, infrastructure specialists, cybersecurity professionals, risk managers, service managers, technology leaders, and corporate decision-makers.