Professional

NSSP-PR Design of Sprinklers Systems

This course develops professional-level competency in designing sprinkler and fire-pump systems in accordance with NFPA 13 and NFPA 20.

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1. Course Overview

This course develops professional-level competency in designing sprinkler and fire-pump systems in accordance with NFPA 13 and NFPA 20. Participants complete multiple design projects including hazard classification, hydraulic calculations, sprinkler layout design, and fire pump sizing using pump curves.

2. Course Objectives & Learning Outcomes

2.1 Course Objectives

Apply NFPA 13 and NFPA 20 requirements correctly in design practice.

Perform hydraulic calculations for sprinkler systems.

Select and size fire pumps based on demand curves and system design.

Develop compliant engineering design drawings and submittals.

Apply professional quality assurance and documentation control.

2.2 Learning Outcomes

Upon successful completion, participants will be able to:

Classify hazards in accordance with NFPA 13.

Design sprinkler system layouts including spacing, coverage, and piping configuration.

Develop complete hydraulic calculation packages.

Select and size fire pumps in accordance with NFPA 20.

Prepare complete NFPA-aligned submission packages.

3. Target Audience

This course is designed for:

Fire protection engineers

Designers

Consultants

AHJ reviewers

Senior technicians transitioning to design

4. Course Modules & Time Allocation

Module	Topic	Training Type	Duration
1	NFPA Design Framework & Hazard Classification	Theoretical	10 hours
2	Sprinkler System Layout & Hydraulic Design	Theoretical / Practical	10 hours
3	Storage, Special Sprinklers & Advanced Hydraulic Considerations	Theoretical / Practical	16 hours
4	Fire Pump & Water Supply Design	Theoretical / Practical	10 hours
5	Integrated Design Project, QA & Submittals	Workshop Case Studies + Final Exam	10 hours

5. Assessment & Passing Requirements

Passing mark for this course is 70%.

Assessment Item	Method	Weight	Pass Requirement
Written Final Exam	Multiple Choice (35 questions)	40%	≥ 70%
Design Project	Complete System Design	40%	≥ 70%
Final Case Study	Engineering Justification Report	20%	≥ 70%
Attendance		Mandatory	≥ 90%

To be certified, the student must pass theory and design independently.

6. Certificate

Participants who meet attendance requirements and achieve a final score of at least 70% will receive a certificate of successful completion for “NSSP–PR Design of Sprinkler Systems & Fire Pumps – Professional Level” issued by NAF Fire Training School.

7. Training Safety & Trainee Protection Measures

All design activities are classroom based. However, any site visits or lab demonstrations will follow NAF Fire Training School HSE procedures. Participants must comply with trainer instructions at all times.

8. Daily Training Schedule

Day & Time	Module	Session Title	Training Delivery
Day 1 (09:00–17:00)	Module 1	Design Foundations & NFPA Framework	Theoretical + Demonstration
Day 2 (09:00–17:00)	Module 2	Hazard Classification & Design Criteria	Theoretical + Demonstration
Day 3 (09:00–17:00)	Module 3	Hydraulic Calculations (Sprinklers)	Theoretical + Workshop
Day 4 (09:00–17:00)	Module 3 Module 4	Advanced Systems & Special Hazards Fire Pumps & System Demand	Theoretical + Workshop
Day 5 (09:00–17:00)	Module 5	Integrated Design & Coordination	Theoretical + Workshop
Day 6 (09:00–17:00)	Design Workshop	Full Project Design	Theoretical + Workshop
Day 7 (09:00–17:00)	Final Assessment	Final Assessment & Design Defense	Practical + Theoretical Assessment

9. Course Disclaimer

This course is independently developed and delivered by NAF Fire Training School.

The course content is designed in alignment with internationally recognized standards and best practices in fire protection, life safety, and emergency systems, including relevant standards issued by the National Fire Protection Association (NFPA) and other applicable international references, where appropriate.

NAF Fire Training School is not affiliated with, endorsed by, certified by, or approved by the National Fire Protection Association (NFPA) or any other standards-issuing body, unless explicitly stated otherwise.

Any reference to NFPA standards is for educational and informational purposes only. NFPA® is a registered trademark of the National Fire Protection Association.