This Specialization Course aims to provide students with comprehensive and qualified training in hydraulics and hydraulic calculations for fire protection systems. Each of the eight modules is designed to equip students with the knowledge, skills, and technical abilities necessary to perform complex hydraulic calculations in a holistic manner, as well as to understand them based on the fundamentals of hydraulics. The specific objectives of this Specialization Course are as follows:

To introduce students to the properties of fluids and their main characteristics as extinguishing agents.

To analyze the fundamentals of fluid statics and dynamics as a basis for understanding and performing hydraulic calculations.

To define the main characteristics of hydraulic pumps: function, types, components, curves, etc.

To specify the main elements that define and comprise hydraulic installations: components, types, curves, etc.

To introduce students to the calculation of fire protection systems through the principles of hydraulics developed during the Course.

To introduce students to the calculation of sprinkler systems and fire hose reels.

To equip students with the ability to perform hydraulic calculations using software, as well as analyze the results obtained.

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 professionals 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 the 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. Students will have access to a software license throughout the course. Evaluation will be based on the submission of a practical case study (60%), a multiple-choice test (30%), and participation in the forum (10%).

This Specialization Course consists of eight modules, through which the most important aspects of hydraulics focused on fire protection systems are developed in a cross-cutting manner. Module 1. Introduction and properties of fluids. 1.1 Introduction. 1.2 Properties of fluids.

Mass.

Density.

Specific weight.

Relative density and relative specific weight.

Viscosity.

Vapor pressure.

Surface tension. Module 2. Fluid statics and dynamics. 2.1 Statics of liquids.

Pressure.

Fundamental equation of static pressure.

Pascal's principle.

Archimedes' principle. 2.2 Dynamics of liquids.

Fluid regime.

Flow rate.

Continuity equation.

Bernoulli's equation.

Torricelli's theorem.

Velocity pressure.

Venturi effect.

Water hammer. Module 3. Fundamentals of pumps and hydraulic installations. 3.1. Hydraulic Pumps.

Generalities.

Types of pumps.

Components of centrifugal pumps.

Pump power and efficiency.

Total head.

NPSH.

Pump characteristic curve.

Cavitation.

Pump coupling. 3.2. Hydraulic installations.

Introduction.

Water supply.

Piping and support systems.

Valves and control elements.

Discharge elements.

Head losses in an installation.

Types of networks.

System curve.

Operating point. Module 4. Introduction to the hydraulic calculation of fire protection networks and systems. 4.1. Introduction to hydraulic calculation.

Water velocity.

Head loss due to friction in pipes.

Head loss due to elevation or geometric head loss.

Head loss due to velocity.

Total head loss in a pipe section.

Theoretical calculation of sprinkler systems. Module 5. Calculation of complex networks and systems. 5.1. Calculation of complex networks and systems.

Equivalent K-factor.

Pressure balancing.

General rules for performing hydraulic calculations.

Tree sprinkler system calculation.

Example of a tree sprinkler system calculation.

Grid or mesh sprinkler system calculation.

Fire hose reel or hose system calculation.

Introduction to calculating water delivery time. Module 6. Introduction to hydraulic calculation using software. 6.1. Introduction. 6.2. Software available on the market. 6.3. General rules for using hydraulic calculation software. Module 7. Performing hydraulic calculations with the specific software ROWIN and Tekton 3D. 7.1. Configuring ROWIN and Tekton 3D. 7.2. Examples with ROWIN. 7.3. Examples with Tekton 3D. Module 8. Performing hydraulic calculations with the specific software AUTOSPRINK. 8.1. Configuring AUTOSPRINK. 8.2. Examples with AUTOSPRINK. *Students will have a ROWIN and Tekton 3D license during the course.

Upon completion of the program, you will receive two certifications issued by two different entities:

ESSIIF's own certificate.

Isabel I University certificate.

PRICE: 480 euros (384 euros until April 3rd). Payment options: 1 or 2 installments. Discounts apply.

20% direct scholarship for new enrollments until April 3rd, 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.