Course
Coming Soon
FireXctrl
Certified Water-Based Systems Professional (CWBSP)
Develop practical expertise in water-based fire protection systems, including sprinkler systems, standpipes, fire pumps, hydraulic calculations, system design, inspection, testing, and NFPA standards.
250 $
Medium Level
20 Hrs
Course Info
This comprehensive NFPA Certified Water-Based Systems Professional (CWBSP) Course is designed to help fire protection professionals develop the technical knowledge and practical skills required to understand, design, inspect, test, and maintain water-based fire protection systems.
The course covers essential topics including Automatic Sprinkler Systems, Standpipe and Hose Systems, Water Supplies, Fire Pumps, Sprinkler System Components, Hydraulic Calculations, System Design, Installation, Inspection, Testing, and Maintenance.
Participants will learn how to interpret and apply key NFPA Codes and Standards, including NFPA 13, NFPA 14, NFPA 20, NFPA 22, and NFPA 25, to real-world fire protection applications.
Through practical engineering examples, code-based scenarios, system design principles, hydraulic calculations, and CWBSP exam-style questions, the course provides a structured approach to mastering water-based fire protection systems and preparing for the NFPA CWBSP Certification.
Whether you are a Fire Protection Engineer, Fire Sprinkler Designer, Fire Protection Technician, Inspector, Contractor, or Safety Professional, this course will help strengthen your expertise in water-based fire protection and advance your professional career.
• Safety Officers
• Safety Engineers
• Architecture & Life Safety Engineers (Contractors & Consultants)
• Electrical & Low Current Engineers (Contractors & Consultants)
• Mechanical & Fire Fighting Engineers (Contractors & Consultants)
Module 01 – Project Development
Understanding project scope, identifying occupancy types, reviewing contract documents, evaluating plans and specifications, understanding submittal and approval requirements, and establishing the basis for water-based fire protection system design.
Module 02 – Survey of Existing Systems
Reviewing existing plans, evaluating existing fire protection systems and components, identifying fire protection needs and constraints, reviewing inspection, testing, and maintenance results, verifying code compliance, and coordinating interfaces with other fire protection systems.
Module 03 – Water-Based System Selection
Determining the appropriate water-based fire protection system for a project, evaluating system applications, assessing water supply requirements, and selecting the appropriate system based on occupancy, hazards, and project conditions.
Module 04 – Underground Fire Service Systems
Design of underground fire service mains, water supply connections, underground piping, valves, appurtenances, system interfaces, and coordination with the building fire protection systems.
Module 05 – Fire Pump System Design
Fire pump selection, pump performance, pump arrangements, suction and discharge requirements, pump components, pump room considerations, and coordination of fire pump systems with the overall water-based fire protection system.
Module 06 – Fire Water Storage Tank Systems
Water storage requirements, tank selection, tank capacity, tank arrangements, connections, valves, and coordination of private fire protection water storage systems.
Module 07 – Standpipe System Design
Standpipe system types, classification, system components, hose connections, risers, fire department connections, pressure and flow requirements, and standpipe system layout.
Module 08 – Automatic Sprinkler System Design
Sprinkler system types, sprinkler selection, occupancy and hazard classification, system layout, sprinkler spacing and coverage, design areas, water demand, and application of NFPA 13 requirements.
Module 09 – Hangers and Seismic Bracing
Pipe support requirements, hanger selection and spacing, seismic bracing principles, sway bracing, restraint requirements, and coordination of piping support systems.
Module 10 – Materials and Fabrication
Evaluating material and fabrication lists, pipe and fitting selection, listed components, valves, sprinkler components, system materials, and verifying compatibility with project specifications and applicable standards.
Module 11 – Codes, Standards, and Design Compliance
Practical application of NFPA 13, NFPA 13D, NFPA 13R, NFPA 14, NFPA 20, and NFPA 22, including code navigation, interpretation, and verification of design compliance.
Module 12 – Hydraulic Calculation Fundamentals
Hydraulic formulas, friction loss, pressure, flow rate, elevation pressure, pipe characteristics, equivalent lengths, and fundamental hydraulic calculation principles.
Module 13 – Hydraulic Design Methods
Application of hydraulic design methods including Room Design, Density/Area, CMSA, ESFR, Residential, and Standpipe calculations.
Module 14 – Hydraulic Calculation Analysis
Evaluating the most remote calculation area, determining required flow and pressure, analyzing system demand, evaluating available water supply, and verifying hydraulic adequacy.
Module 15 – System Coordination and Field Testing
Coordinating water-based fire protection systems with other building systems, reviewing interfaces, verifying installation requirements, field testing, acceptance testing, and confirming system performance.
Module 16 – CWBSP Exam Preparation
CWBSP exam structure, NFPA reference navigation, open-book examination techniques, code-based problem solving, hydraulic calculation strategies, time management, and effective exam preparation.
Module 17 – CWBSP Practice Questions
Comprehensive CWBSP practice questions covering project development, existing system surveys, system layouts, water supplies, sprinkler systems, standpipes, fire pumps, tanks, and hydraulic calculations.
Module 18 – Full CWBSP Mock Exam
A timed CWBSP mock examination designed to simulate the official certification exam and evaluate knowledge across all four CWBSP examination domains.
Course overview
This comprehensive NFPA Certified Water-Based Systems Professional (CWBSP) Course is designed to help fire protection professionals develop the technical knowledge and practical skills required to understand, design, inspect, test, and maintain water-based fire protection systems.
The course covers essential topics including Automatic Sprinkler Systems, Standpipe and Hose Systems, Water Supplies, Fire Pumps, Sprinkler System Components, Hydraulic Calculations, System Design, Installation, Inspection, Testing, and Maintenance.
Participants will learn how to interpret and apply key NFPA Codes and Standards, including NFPA 13, NFPA 14, NFPA 20, NFPA 22, and NFPA 25, to real-world fire protection applications.
Through practical engineering examples, code-based scenarios, system design principles, hydraulic calculations, and CWBSP exam-style questions, the course provides a structured approach to mastering water-based fire protection systems and preparing for the NFPA CWBSP Certification.
Whether you are a Fire Protection Engineer, Fire Sprinkler Designer, Fire Protection Technician, Inspector, Contractor, or Safety Professional, this course will help strengthen your expertise in water-based fire protection and advance your professional career.
• Safety Officers
• Safety Engineers
• Architecture & Life Safety Engineers (Contractors & Consultants)
• Electrical & Low Current Engineers (Contractors & Consultants)
• Mechanical & Fire Fighting Engineers (Contractors & Consultants)
Module 01 – Project Development
Understanding project scope, identifying occupancy types, reviewing contract documents, evaluating plans and specifications, understanding submittal and approval requirements, and establishing the basis for water-based fire protection system design.
Module 02 – Survey of Existing Systems
Reviewing existing plans, evaluating existing fire protection systems and components, identifying fire protection needs and constraints, reviewing inspection, testing, and maintenance results, verifying code compliance, and coordinating interfaces with other fire protection systems.
Module 03 – Water-Based System Selection
Determining the appropriate water-based fire protection system for a project, evaluating system applications, assessing water supply requirements, and selecting the appropriate system based on occupancy, hazards, and project conditions.
Module 04 – Underground Fire Service Systems
Design of underground fire service mains, water supply connections, underground piping, valves, appurtenances, system interfaces, and coordination with the building fire protection systems.
Module 05 – Fire Pump System Design
Fire pump selection, pump performance, pump arrangements, suction and discharge requirements, pump components, pump room considerations, and coordination of fire pump systems with the overall water-based fire protection system.
Module 06 – Fire Water Storage Tank Systems
Water storage requirements, tank selection, tank capacity, tank arrangements, connections, valves, and coordination of private fire protection water storage systems.
Module 07 – Standpipe System Design
Standpipe system types, classification, system components, hose connections, risers, fire department connections, pressure and flow requirements, and standpipe system layout.
Module 08 – Automatic Sprinkler System Design
Sprinkler system types, sprinkler selection, occupancy and hazard classification, system layout, sprinkler spacing and coverage, design areas, water demand, and application of NFPA 13 requirements.
Module 09 – Hangers and Seismic Bracing
Pipe support requirements, hanger selection and spacing, seismic bracing principles, sway bracing, restraint requirements, and coordination of piping support systems.
Module 10 – Materials and Fabrication
Evaluating material and fabrication lists, pipe and fitting selection, listed components, valves, sprinkler components, system materials, and verifying compatibility with project specifications and applicable standards.
Module 11 – Codes, Standards, and Design Compliance
Practical application of NFPA 13, NFPA 13D, NFPA 13R, NFPA 14, NFPA 20, and NFPA 22, including code navigation, interpretation, and verification of design compliance.
Module 12 – Hydraulic Calculation Fundamentals
Hydraulic formulas, friction loss, pressure, flow rate, elevation pressure, pipe characteristics, equivalent lengths, and fundamental hydraulic calculation principles.
Module 13 – Hydraulic Design Methods
Application of hydraulic design methods including Room Design, Density/Area, CMSA, ESFR, Residential, and Standpipe calculations.
Module 14 – Hydraulic Calculation Analysis
Evaluating the most remote calculation area, determining required flow and pressure, analyzing system demand, evaluating available water supply, and verifying hydraulic adequacy.
Module 15 – System Coordination and Field Testing
Coordinating water-based fire protection systems with other building systems, reviewing interfaces, verifying installation requirements, field testing, acceptance testing, and confirming system performance.
Module 16 – CWBSP Exam Preparation
CWBSP exam structure, NFPA reference navigation, open-book examination techniques, code-based problem solving, hydraulic calculation strategies, time management, and effective exam preparation.
Module 17 – CWBSP Practice Questions
Comprehensive CWBSP practice questions covering project development, existing system surveys, system layouts, water supplies, sprinkler systems, standpipes, fire pumps, tanks, and hydraulic calculations.
Module 18 – Full CWBSP Mock Exam
A timed CWBSP mock examination designed to simulate the official certification exam and evaluate knowledge across all four CWBSP examination domains.