The British Academy for Training and Development presents this training program titled "Engineering Insurance (Theoretical and Practical Perspectives)" with the aim of building a comprehensive understanding of insurance principles related to engineering projects across various sectors.

The program covers the theoretical foundations of engineering insurance policies alongside practical aspects of risk assessment and claims management, aligned with widely recognized professional practices. It highlights the types of risks that may arise during project execution and operation, and explains how to structure suitable insurance coverage to minimize potential losses. The program also addresses regulatory frameworks and technical procedures governing this field, while clarifying the relationships between the different parties involved in insurance contracts.

This program is designed to provide participants with precise knowledge and applicable tools that support informed decision-making and enhance the efficiency of risk management in engineering environments.

Who Should Attend?

• Engineers working in construction and industrial projects.
• Insurance professionals and risk management staff.
• Project managers and site supervisors.
• Individuals interested in developing their knowledge in engineering insurance.

Knowledge and Benefits:

After completing the program, participants will be able to master the following:

• Understand the fundamentals and types of engineering insurance.
• Identify risks associated with engineering projects.
• Analyze insurance policies and their technical terms.
• Develop skills in evaluating and managing insurance claims.
• Enhance the ability to design effective insurance programs.

• Introduction to Engineering Insurance
  • Concept and importance of engineering insurance.
  • Historical development of engineering insurance.
  • Areas of application in engineering sectors.
• Types of Engineering Insurance
  • Contractors All Risks insurance.
  • Erection All Risks insurance.
  • Machinery Breakdown insurance.

• Principles of Engineering Risk Management
  • Definition of risk in engineering projects.
  • Classification and types of risks.
  • Methods for identifying potential risks.
• Risk Assessment Techniques
  • Qualitative and quantitative analysis methods.
  • Estimating probability of occurrence.
  • Evaluating potential loss impact.

• Engineering Insurance Policies
  • Components of an insurance policy.
  • General and special conditions.
  • Policy exclusions.
• Scope of Insurance Coverage
  • Coverage limits.
  • Policy duration.
  • Extensions and endorsements.

• Contractors All Risks (CAR) Insurance
  • Concept and relevance to projects.
  • Covered risks.
  • Policy conditions.
• Practical Applications of CAR Insurance
  • Project component analysis.
  • Identifying insurance requirements.
  • Reviewing coverage provisions.

• Erection All Risks (EAR) Insurance
  • Key characteristics of EAR insurance.
  • Risks associated with installation works.
  • Coverage conditions.
• Practical Applications of EAR Insurance
  • Analysis of installation projects.
  • Identifying potential risks.
  • Evaluating appropriate coverage.

• Machinery Breakdown Insurance
  • Concept of machinery breakdown coverage.
  • Common causes of machinery failure.
  • Scope of protection.
• Practical Aspects of Machinery Insurance
  • Equipment condition assessment.
  • Analysis of loss causes.
  • Determining compensation values.

• Insurance Claims Management
  • Claims submission procedures.
  • Required documentation.
  • Stages of claim assessment.
• Claims Settlement Process
  • Methods of loss adjustment.
  • Negotiation approaches.
  • Claim closure procedures.

• Reinsurance in Engineering Insurance
  • Concept of reinsurance.
  • Importance of risk distribution.
  • Types of reinsurance agreements.
• Role of Reinsurance Companies
  • Relationship with insurers.
  • Managing large-scale risks.
  • Supporting financial stability.

• Legal Aspects of Engineering Insurance
  • Legal framework of insurance.
  • Obligations of involved parties.
  • Insurance disputes.
• Engineering Contracts and Insurance
  • Types of engineering contracts.
  • Insurance clauses in contracts.
  • Allocation of responsibilities.

• Loss Analysis in Engineering Projects
  • Common causes of losses.
  • Damage evaluation methods.
  • Preparation of technical reports.
• Crisis Management in Projects
  • Emergency response planning.
  • Minimizing loss impacts.
  • Ensuring business continuity.

• Modern Trends in Engineering Insurance
  • Developments in the insurance market.
  • Use of technology in risk evaluation.
  • Digital transformation in insurance.
• Enhancing Insurance Program Efficiency
  • Reviewing insurance performance.
  • Strategy development.
  • Integrating insurance with project management.