Ofqual Regulated Qualification RQF Level 5

ProQual Level 5 Diploma in Fire Engineering Design

Build advanced fire engineering knowledge, develop practical design skills, and contribute to safer buildings and a stronger built environment.

Fire Engineering
Knowledge
Practical Design
Skills
Safer
Buildings
Stronger
Communities
Limited Seats
Course Fee
£1050

About the Qualification

What is the ProQual Level 5 Diploma in Fire Engineering Design?

The ProQual Level 5 Diploma in Fire Engineering Design is a specialist qualification for professionals seeking advanced knowledge and practical skills in fire engineering and building fire safety design. This ProQual Level 5 Diploma focuses on applying fire engineering principles to the design, assessment and management of fire safety measures within complex buildings and construction environments.

The course develops understanding of fire behaviour, fire dynamics, means of escape, structural fire protection, fire detection and suppression systems, smoke control and risk-based fire engineering strategies. Learners can develop the ability to evaluate fire safety requirements, interpret technical information and contribute effectively to fire engineering design projects.

Designed for professionals working in fire safety, construction, building design, engineering and related disciplines, the qualification supports the development of industry-relevant technical competence. It provides a structured pathway for Learners who want to strengthen their professional knowledge of fire engineering design and contribute to safer, more resilient buildings.

Qualification at a Glance

Key information about this qualification

Qualification
ProQual Level 5 Diploma in Fire Engineering Design
Qualification Number
610/6991/7
Level
Level 5
Regulatory Body
Ofqual
Framework
RQF
Total Qualification Time
372 Hours
Guided Learning Hours
134 Hours
Mandatory Units
8
Assessment
Pass/Fail

Why Study Fire Engineering Design?

Develop the knowledge and skills to apply fire engineering principles in real-world building design.

Fire Science
& Behaviour

Engineering
Principles

Fire
Modelling

Fire Protection
Systems

Means of Escape
& Occupant Safety

Structural
Fire Safety

Smoke Control
& Ventilation

External Fire
Spread

Fire Service
Intervention

Course Study Units

The qualification consists of 8 mandatory units.

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

What Will You Learn?

  • Understand how fires develop and spread
  • Apply principles of fire engineering design
  • Use fire modelling techniques
  • Evaluate automatic fire suppression systems
  • Consider means of escape and occupant behaviour
  • Understand structural response to fire
  • Design smoke control and ventilation systems
  • Assess external fire spread and wall systems
  • Support effective fire service intervention

Who Is This Qualification For?

  • Fire engineers
  • Fire safety professionals
  • Building control officers
  • Approved inspectors
  • Fire safety auditors
  • Fire risk assessors
  • Surveyors and architects
  • Construction professionals
  • Fire safety managers
  • Anyone involved in fire engineering design submissions

Entry Requirements

  • Minimum age: 18 years
  • No formal entry requirements
  • Ability to work at Level 4 or above
  • Proficient in English
  • Interest or experience in fire engineering or the built environment
  • A Level 4 Diploma in Fire Engineering is advantageous but not compulsory

How Is the Qualification Assessed?

The qualification is internally assessed and verified by centre staff, with external quality assurance by ProQual verifiers.

  • Pass/Fail assessment
  • Evidence-based assessment

Professional Skills Developed

  • Fire science and fire behaviour
  • Fire engineering application
  • Fire modelling understanding
  • Fire protection system evaluation
  • Evacuation and occupant behaviour
  • Structural fire safety knowledge
  • Smoke management and ventilation
  • External fire spread assessment
  • Fire service intervention planning

Career-Relevant Applications

  • Fire engineering
  • Fire safety consultancy
  • Building control
  • Fire risk assessment
  • Fire safety auditing and inspection
  • Building design and construction
  • Surveying and architecture
  • Fire safety management
  • Technical fire engineering work

UK Regulation and Standards

This qualification is regulated by Ofqual, accredited onto the RQF and has been approved for delivery in England. It is aligned with the Engineering Council’s UK-SPEC-HRB (April 2025).

Diploma vs Award

Feature Level 5 Diploma Level 5 Award
Qualification No. 610/6991/7 610/6902/9
Mandatory Units 8 Minimum of 1
TQT 372 43–50
GLH 134 14–21

Certification

Successful candidates receive a certificate for the ProQual Level 5 Diploma in Fire Engineering Design, listing the units qualified and the full qualification title.

Why Choose This Qualification?

UK-regulated
qualification

RQF
recognition

Specialist fire
engineering focus

8 mandatory
units

Practical application
of fire engineering

Aligned with
UK-SPEC-HRB

Suitable for a wide
range of professionals

Frequently Asked Questions

What is the ProQual Level 5 Diploma in Fire Engineering Design?

It is a specialist Level 5 qualification designed to develop advanced knowledge and practical understanding of fire engineering principles and their application within building and construction environments.

What does the course cover?

The qualification covers fire science, fire engineering principles, automatic suppression systems, means of escape, structural fire safety, smoke control and ventilation, external fire spread and fire service intervention.

What is the difference between the Diploma and Award?

The Diploma provides a broader programme of study with 8 mandatory units, while the Award provides a more focused route with a smaller unit requirement.

Is this qualification Ofqual regulated?

Yes. The qualification is presented as an Ofqual-regulated Level 5 qualification within the Regulated Qualifications Framework (RQF).

Is there an examination?

The qualification is assessed through evidence-based assessment rather than relying solely on a traditional examination.

Is English proficiency required?

Learners should have sufficient English language ability to understand course materials, complete assessment activities and communicate technical information effectively.

How many units are in the qualification?

The qualification consists of 8 mandatory units covering key areas of fire engineering design and fire safety.

Who is this qualification for?

It is suitable for professionals and practitioners working in fire engineering, fire safety, building design, construction, surveying, inspection and related built-environment disciplines.

What are the entry requirements?

Applicants should normally be at least 18 years old, have the ability to work at Level 4 or above, be proficient in English and have an interest or relevant experience in fire engineering or the built environment.

How long does it take to complete?

Completion time can vary according to the Learner’s study pace, centre arrangements and assessment progress.

What is the qualification number?

The qualification number shown for the ProQual Level 5 Diploma in Fire Engineering Design is 610/6991/7.

Is it aligned with UK-SPEC-HRB?

The qualification information provided for this course states that it is aligned with the UK-SPEC-HRB framework.

Start Your Fire Engineering
Design Journey Today

Develop the expertise to apply fire engineering principles, support safer building design and contribute to a more resilient built environment.

Building
Safer
Communities