Specialization course in fire protection in warehouses


Design and solutions for logistics centers, high-bay warehouses and automated systems

Matricúlate

ÁREA DE CONOCIMIENTO:  Protección Contra Incendios

GOALS

  • This Specialization Course aims to provide students with up-to-date, applied technical training in fire protection for storage facilities and logistics centers, taking into account the challenges posed by new construction models, process automation, and the increased height and load density in modern logistics operations. Throughout its eight modules, the course develops the knowledge, skills, and abilities necessary for the design, evaluation, and verification of fire protection systems in storage and distribution environments, based on the main national and international standards (UNE-EN, NFPA, FM). The specific objectives of this Specialization Course are as follows:
  • To analyze the evolution of industrial storage and logistics, identifying the main fire risks arising from automation, material density, and building configuration.
  • To understand the regulatory framework applicable to fire protection in logistics environments, recognizing the differences, convergences, and compatibility criteria between standards.
  • Study the principles of fire-safe design and construction, including compartmentalization, material behavior, structural protection, evacuation, and smoke control.
  • Explore in depth the various fire control and suppression options, whether with manual systems or automatic sprinkler systems, analyzing different standards (UNE-EN 12845, NFPA 13, FM 8-9, etc.), taking into account the different configurations and storage types found in modern warehouses.
  • Evaluate specific detection and alarm solutions for warehouses, including high-bay, refrigerated, and automated warehouses, considering their specific technical and operational characteristics.
  • Explore complementary solutions and emerging risks in storage facilities, such as fire protection for lithium-ion batteries, photovoltaic installations, and inerting systems in automated environments.
  • Introduce students to performance-based design (PBD) and computational fire and evacuation simulation tools applied to logistics centers and high-bay warehouses.

    • METHODOLOGY AND EVALUATION

  • The methodology for work and study is entirely online, allowing students to take advantage of virtual classes and progress at their own pace through the virtual platform.
  • Training is delivered via the ESSIIF virtual platform.
  • The Specialization Course consists of materials edited and created exclusively by professionals in each subject area. These materials will develop each topic by introducing fundamental theoretical concepts while incorporating the necessary practical design aspects.
  • One of the main components of this training program is the live masterclasses delivered via a video conferencing platform. These classes facilitate learning through the contributions of expert instructors in each subject.
  • You will be able to delve deeper into the concepts developed during the training program through individualized tutoring sessions with the program's instructors.
  • Students will tackle real-world case studies that will allow them to develop specific skills and competencies. This is a useful tool to ensure the progress and development of students, enabling them to acquire the knowledge and experience necessary to undertake real-world projects in the field of fire protection. The assessment will be based on the submission of a practical case study (60%), a multiple-choice test (30%), and participation in the forum (10%).

    • PROGRAM

    This Specialization Course consists of eight modules, which comprehensively cover the most important aspects of fire protection in warehouses, delving into the challenges faced by logistics centers, high-bay warehouses, and automated systems. Module 1. Current Storage Environment and Associated Fire Risks. 1.1 General Considerations. Evolution of Storage and Industrial Logistics. 1.2 Construction and Technological Considerations. 1.3 Common Scenarios in Warehouses and Logistics. 1.4 Main Risk Scenarios in Storage and Logistics Environments. Module 2. Regulatory Framework and International Standards. 2.1 Introduction. 2.2 Regulatory Framework in Spain Applied to Storage and Logistics: RIPCI, RSCIEI (RD 164/2025), and CTE DB SI. 2.3 International References. NFPA and FM Standards. 2.4 Regulatory Compatibility and Performance-Based Design. 2.5 Case Studies. Module 3. Design and Construction of Warehouses and Logistics Centers with Low Fire Risk. 3.1 Introduction. 3.2 Compartmentalization and Fire Resistance. 3.3 Materials and Fire Behavior. 3.4 Structural Protection. 3.5 Evacuation of Personnel. 3.6 Signage for Evacuation Routes and Fire Protection Equipment. 3.7 Smoke and Heat Control Systems. 3.8 Introduction to Active Fire Protection Systems Applied to Warehouses and Logistics Centers. 3.9 Other Considerations. Module 4. Protection of Warehouses and Logistics Centers with Manual Fire Extinguishing Systems. 4.1 Introduction. 4.2 Fire Extinguishers. 4.3 Hydrants. 4.4 Fire Hose Reels. 4.5 Dry Riser Systems. 4.6 Case Study. Module 5. Protection of Warehouses and Logistics Centers with Automatic Sprinklers. Design According to UNE-EN, NFPA, and FM Standards. 5.1 Introduction to Automatic Sprinkler Systems. 5.2 Risk and Merchandise Classification. 5.3 Geometric Design Parameters for Sprinkler Systems. 5.4 Sprinkler System Design in Warehouses and Logistics Centers. 5.4.1 General Considerations. 5.4.2 Design Criteria. 5.4.3 Design of Automatic Sprinkler Systems According to UNE-EN 12845. 5.4.4 Design of Automatic Sprinkler Systems According to NFPA 13. 5.4.5 Design of Automatic Sprinkler Systems According to FM. 5.4.6 Factors to Consider. 5.4.7 Comparison for High-Rise Buildings. 5.5 Design of Sprinkler Systems in Warehouses and Logistics Centers – Cold Storage Warehouses. 5.6 Design of Sprinkler Systems in Warehouses and Logistics Centers – Automated Warehouses (Datasheet FM 8-34). Module 6. Protection of Warehouses and Logistics Centers with Fire Detection and Alarm Systems. 6.1 Introduction to fire detection and alarm systems. Selecting the most suitable option. 6.2 Applicable and reference regulations. 6.3 Basic principles of fire detection. 6.4 Elements and technologies comprising fire detection and alarm systems. 6.5 Criteria for the design, distribution, and location of system components. 6.6 Design criteria for high-bay warehouses. 6.7 Design criteria for refrigerated warehouses. 6.8 ATEX classified and explosion-risk areas. 6.9 Integration of the detection system with automatic fire suppression systems. 6.10 Summary. 6.11 Case study. Module 7. Other solutions for the protection of warehouses and logistics centers. 7.1 Supply systems. 7.2 Foam protection systems. 7.3 Inerting. 7.4 Protection of electrical installations. 7.5 Protection of lithium-ion batteries. 7.6 Protection of photovoltaic installations. Module 8. Performance-Based Design (PBD) in Warehouses and Logistics Centers. 8.1 Concept of Performance-Based Design (PBD). 8.2 Engineering Tools Applied to PBD. 8.3 Performance-Based Design Methodologies. 8.4 Regulatory Framework. 8.5 Evaluation and Validation of Performance-Based Designs. 8.6 Design Methodology. 8.7 Example of a Performance-Based Design. 8.8 Introduction to Fire and Evacuation Simulation.

    DEGREES AND CERTIFICATES

  • Upon completion of the program, you will receive two certifications issued by two different entities:
  • ESSIIF's own certificate.
  • Isabel I University certificate.

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    PRICES AND SCHOLARSHIPS

  • PRICE: 480 euros (384 euros with a 20% direct scholarship). Payment options: 1 or 2 installments. Applicable discounts:
  • 20% direct scholarship for new enrollments until February 13, 2026.
  • 5% discount for payment in one installment.
  • For group enrollments, additional discounts will be applied depending on each case. The above discounts can be combined.

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