ProQual Level 5 Award in Fire Engineering Design

Master Performance-Based Fire Safety & Compliant Building Design

Reserve Your Slot
ICT logo
ProQual Level 5 Award in Fire Engineering Design

Course Level

Level 5

Course Type

Ofqual Regulated

Awarding Body

ProQual

Duration

14-21 GLH

Study Mood

Online

Assessment

Assignments Based

Course Overview

What is this course

The ProQual Level 5 Award in Fire Engineering Design, awarded by ProQual, is an internationally standardized qualification developed for professionals seeking advanced knowledge in fire safety engineering and performance-based building design. This course provides comprehensive training in the principles of fire dynamics, structural fire protection, smoke control systems, and integrated fire safety strategies aligned with global building regulations and industry best practices.

Designed to meet international fire engineering standards, the qualification equips learners with the technical competence to contribute effectively to fire-safe building design and regulatory compliance processes. Participants develop the ability to analyze fire scenarios, evaluate fire protection systems, and apply risk-based engineering solutions to complex residential, commercial, and industrial projects. The course emphasizes compliance with fire safety legislation, preparation of technical documentation, and implementation of both active and passive fire protection measures.

Ideal for fire engineers, architects, construction professionals, and building control specialists, this award enhances professional credibility and career progression opportunities. Successful candidates demon.strate the capability to support safe, compliant, and sustainable fire engineering design practices in diverse built environments worldwide.

Course Content

Detailed Curriculum Structure

ProQual Level 5 Award in Fire Engineering Design consists of a minimum of one
optional unit. Candidates for the Award must complete at least one unit in this group.

  1. Principles of Fire Science for Fire Engineering Design
  2. Principles of Fire Engineering for Fire Engineering Design
  3. Review the Effectiveness of Automatic Fire Suppression Systems
  4. Fire Engineering Design of Means of Escape, Occupant Behaviour and Condition
  5. Fire Engineering Design of Materials, Elements of Structure and Structural Response to Fire
  6. Fire Engineering Design of Smoke Control and Ventilation Systems
  7. Fire Engineering Design of External Fire Spread and External Wall Systems
  8. Fire Engineering Design of Fire Service Intervention Strategies

Learning Objectives

Learning outcomes of this course are:

Principles of Fire Science for Fire Engineering Design

  • Understand how fire develops and spreads

Principles of Fire Engineering for Fire Engineering Design

  • Understand the importance of fire safety and fire engineering
  • Understand the principles of fire engineering design
  • Understand the principles of fire modelling
  • Understand the use and purpose of guidance documents

Fire Engineering Design of Automatic Fire Suppression Systems

  • Understand the principles of automatic fire suppression systems
  • Understand the guidance related to sprinkler systems
  • Understand the methods for testing the levels of fire resistance of materials

Fire Engineering Design of Means of Escape, Occupant Behaviour and Condition

  • Understand the psychological and physiological effects of fire on human behaviour
  • Understand how historic fire events have shaped knowledge of human behaviour
  • Understand how fire engineering design impacts on human behaviour and Safe Egress Times

Fire Engineering Design of Materials, Elements of Structure and Structural Response to Fire

  • Understand the effects of fire on materials and structures
  • Understand the methods for testing the levels of fire resistance of materials

Fire Engineering Design of Smoke Control and Ventilation Systems

  • Understand smoke control and exhaust ventilation systems
  • Evaluate the effectiveness of existing smoke control and exhaust ventilation systems
  • Determine the mass flow of smoke and temperature in smoke layers
  • Design a smoke control and an exhaust ventilation system

Fire Engineering Design of External Fire Spread and External Wall Systems

  • Understand how fire engineering design impacts on the external spread of fire
  • Apply fire engineering design to the external spread of fire and meet functional needs

Fire Engineering Design of Fire Service Intervention Strategies

  • Understand how fire engineering design impacts on the access and facilities for firefighting
  • Apply fire engineering design to the access and facility requirements for firefighting

Who Should Attend

Target Audience and Participants

The ProQual Level 5 Award in Fire Engineering Design is designed for professionals seeking specialized knowledge in fire safety engineering, performance-based fire design, and regulatory compliance within the construction and built environment sectors. This internationally recognized qualification is ideal for individuals involved in designing, reviewing, or implementing fire protection strategies in residential, commercial, and industrial projects.

  • Fire Engineers and Fire Safety Professionals
  • Architects and Architectural Designers
  • Structural and Building Services Engineers
  • Construction and Project Managers
  • Building Control Officers and Inspectors
  • Fire Protection System Designers
  • Health and Safety Professionals specializing in fire safety
  • Technical Consultants in fire engineering and compliance

It is particularly beneficial for professionals aiming to strengthen their expertise in fire engineering design principles, enhance compliance with international fire safety standards, and contribute to safer, regulation-compliant building projects globally.

Career & Learning Benefits

Skills, Knowledge & Opportunities You Will Earn

  • Enhances professional recognition as a qualified Fire Engineering Design specialist
  • Supports career advancement into senior fire safety and engineering roles
  • Increases employability in construction, engineering consultancy, and infrastructure sectors
  • Demonstrates competence in performance-based fire engineering design
  • Expands global career opportunities aligned with international fire safety standards
  • Strengthens credibility for consultancy and regulatory approval projects
  • Develops advanced knowledge of fire dynamics and fire behavior in buildings
  • Builds expertise in structural fire protection and smoke control system design
  • Enhances understanding of active and passive fire protection strategies
  • Strengthens skills in risk-based fire engineering and compliance documentation
  • Improves ability to integrate fire safety solutions into complex building designs
  • Promotes application of international fire engineering standards and best practices

Need More Information?

Frequently Asked Questions Explained

It enhances professional credibility and supports progression into senior fire engineering and compliance roles.

Construction, engineering consultancy, infrastructure, and regulatory sectors value this award.

It ensures safe, compliant, and sustainable building designs that protect life and property.

Yes, it emphasizes risk-based and performance-driven fire safety design approaches.

You will gain skills in fire engineering design, fire dynamics analysis, structural fire protection, smoke control systems, performance-based design, and regulatory compliance.

Enrollment Criteria

Minimum Eligibility Criteria for Enrollment

  • Proficiency in English (reading, writing, speaking)
  • A basic understanding of fire engineering principles and fire protection systems.
  • Relevant industry experience in fire safety, engineering, construction is recommended.
  • Age 19 or above

Lock In Your Spot

Get in Touch

+44 2035 764371

+44 7441 396751

info@ictqual.co.uk

www.inspirecollege.co.uk

Follow Us

Latest Qualifications

Similar Posts