• views: 41
• date: 17 August 2026
• posted by: voska89

What you'll learn

⚡ Understand the fundamental principles of lightning and lightning protection according to IEC 62305-1 and IEC 62305-2.
⚡ Identify the sources of damage, types of damage and types of loss associated with lightning events.
⚡ Understand the IEC 62305-2 lightning risk assessment methodology and its key risk components.
⚡ Evaluate collection areas and expected annual dangerous lightning events for different types of structures.

Requirements

❗ No advanced prerequisites are required for this course. It is designed to be accessible to beginners as well as experienced electrical and engineering professionals.

Description

"This course contains the use of artificial intelligence."
Welcome toIEC 62305-1 & 62305-2: Lightning Protection, Risk Assessment & Management.
This course provides a practical and structured introduction to the principles oflightning protection, lightning risk assessment and risk management based on IEC 62305-1 and IEC 62305-2.
You will learn how lightning-related risks are identified and assessed for different types of structures. The course explains important concepts such aslightning characteristics, sources of damage, types of damage, types of loss, collection areas, dangerous lightning events, probability of damage and loss assessment.
A major focus of the course is theIEC 62305-2 risk-assessment methodology. You will understand how different risk components are evaluated and how the results are compared with tolerable risk levels to determine whether additional lightning protection measures are required.
The course also covers important factors that influence lightning risk, includingfire load, special hazards, occupancy, connected power and telecommunication lines, protection measures, lightning equipotential bonding, Surge Protective Devices and Lightning Protection Systems.
You will also exploreeconomic evaluation of protection measures, including how protection options can be compared based on expected losses, residual losses and the cost of implementing protection.
To make the concepts practical, the course includes detailedcase studies, including examples involving a country house, office building, hospital and apartment block. These examples demonstrate how the risk-assessment methodology can be applied to different structures and how suitable protection solutions can be selected.
This course is suitable forelectrical engineers, power-system engineers, lightning protection professionals, testing and laboratory engineers, consultants, designers, safety professionals, students and other technical professionals who want to develop their knowledge of IEC 62305 risk assessment and lightning protection.
By the end of the course, you will have a stronger understanding of how toidentify lightning risks, evaluate risk components, assess potential losses, interpret risk results and select appropriate protection strategies.
Whether you are new to IEC 62305 or want to strengthen your practical understanding of lightning risk assessment, this course provides a structured learning path from fundamental concepts to practical case studies.
Enroll today and develop your practical understanding of IEC 62305-1 and IEC 62305-2, lightning protection and lightning risk management.

Who this course is for

⭐ This course is designed for electrical engineers, power-system engineers, lightning protection professionals, consultants, testing and laboratory engineers, designers, safety professionals, engineering students, and technical professionals who want to understand lightning protection and risk assessment according to IEC 62305-1 and IEC 62305-2.

Homepage

https://www.udemy.com/course/iec-62305-1-2-lightning-protection-risk-assessment

   
   
   

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