Instructions for enrollment:click here
This training course onNFPA 13 –Standard for the Installation of Sprinkler Systems (2025)enables participants to deepen and strengthen the skills needed tocorrectly interpret and apply the design, installation and analysis requirements for automatic sprinkler systemsthroughlive, interactive, instructor-ledtraining.
The course takes participants inside arealistic digital industrial and logistics environmentin which they will be required to apply the requirements of NFPA 13, analyze real-world scenarios, evaluate alternative solutions, and make real-time technical decisions. The teaching approach is designed to develop a concrete and operational understanding of the regulatory criteria, going beyond simply reading the standard.
The course is suitable forfire protection designers, installers, maintainers, engineering companies, as well asrisk engineers from insurance companies and brokers, for whom the proper evaluation of sprinkler systems is a key element in loss prevention, risk assessment and asset protection activities.
Interactive instruction covers a wide range of requirements of NFPA 13 and enables you to improve your ability to:
Identify and correctly interpret applicable requirements,
Design and analyze sprinkler systems according to risk,
Evaluate the appropriateness of solutions adopted in industrial and warehouse settings.
The training is enhanced bycollaborative exercises and instructor-led discussions, providing a structured and practical overview of the main protection strategies using sprinkler systems.
The online course has atotal duration of 21 hours, spread over two weeks on the following dates:June 29-30, July 1 and July 6-7, 2026, with hours9 a.m. to 1 p.m. CET.
- NFPA 13 course (stand-alone):€1,950 + VAT
The course can bepurchased individuallyorin combination (bundle)with other NFPA courses getting a 10% discount on the total.
The bundled option is designed for those who want acomprehensive and consistent training courseon the main active fire protection systems, fostering an integrated view between sprinkler and fire pumping systems.
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