ProQual Level 5 Diploma in Fire Engineering Design

To achieve the qualification candidates must complete 8 Mandatory unit.

Key Topics Covered in the Fire Engineering Design Course:

The curriculum delivers in-depth knowledge through core modules:

Why Choose This Fire Engineering Design Training?

The ProQual Level 5 Diploma in Fire Engineering Design distinguishes itself through its practitioner-led focus, alignment with UK standards (BS EN 1991-1-2, Approved Document B), and Ofqual-regulated endorsement by ProQual.

Key Strengths:

• Hands-On Design Projects: Practical training in structural fire resistance, smoke control (BS EN 12101), and suppression systems for real-world buildings.
• UK-Centric Global Reach: Curriculum applicable to construction, commercial, and high-rise sectors worldwide.
• Advanced Compliance Tools: Emphasis on performance-based design, CFD modeling, and post-Grenfell fire safety regulations.

This elite fire engineering design training elevates technical expertise, paving the way for chartered status and leadership in high-stakes built environment roles. For enrollment in the Level 5 fire safety qualification, Contact us.

Learning Outcomes of ProQual Level 5 Diploma in Fire Engineering Design:

Upon completing the ProQual Level 5 Diploma in Fire Engineering Design, learners will achieve the following key fire risk assessment course outcomes, aligned with international standards:

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

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