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BuildingSafe

Implementing Building Safety

Support at Every Turn

Overview

The Implementing Building Safety Degree is a three‑year programme designed to develop technical, legal, and organisational leadership capability across the full lifecycle of buildings.

 

It moves beyond operational management into implementation of building safety systems across complex buildings, projects, and portfolios.

 

The programme reflects the reality that modern building safety requires:

  • Integration of design, construction, and occupation

  • Deep understanding of system failure mechanisms

  • Ability to challenge evidence and decisions

  • Capability to defend outcomes under regulatory and legal scrutiny

It is a technical course for professionals that have responsibility for day to day management of complex and Higher Risk Buildings.

Birmingham Canal

Developed for Built Environment Dutyholders

Course Philosophy

Building safety is the outcome of competent decisions applied consistently throughout the life of the building. Buildings are designed with intended functions, not guaranteed performance. Safety is not achieved through compliance, documentation, or intent. Where competence, skills, knowledge, experience, and behaviours is absent or not applied, risk is introduced, transferred, and embedded within the building.

The course reflects the requirements of the Building Safety Act, and the reality of managing Higher‑Risk and complex buildings, where safety depends on:

  • Competent interpretation of design intent

  • Correct installation and verification of systems

  • Ongoing inspection, maintenance, and intervention

  • Accurate and accessible information

  • Decision‑making supported by evidence

 

The aim of the programme is to support and develops professionals capable of managing and operating building safety systems in practice, and demonstrating compliance with Building Regulations and Fire Safety law through evidence.

Building safety is the outcome of competent decisions applied consistently throughout the life of the building. Buildings are required to be designed with intended functions, not guaranteed performance. Safety is not achieved through compliance, documentation, or intent. Where competence skills, knowledge, experience, and behaviours is absent or not applied, risk is introduced, transferred, and embedded within the building.

 

This reflects the requirements of the Building Safety Act, and the reality of managing Higher‑Risk and complex buildings, where safety depends on:

  • Interpretation of design intent

  • Correct installation and verification of systems

  • Appropriate management of contract works

  • Ongoing inspection, maintenance, and intervention

  • Accurate and accessible Golden Thread information

  • Decision‑making supported by evidence

 

The programme seeks to develops professionals capable of implementing and operating building safety systems in practice, and demonstrating compliance with Building Regulations and Fire Safety law through evidence.

Course Structure

The course is typically delivered over two intensive five day weeks. It is structured around strategic themes with an overview of operational requirements. 

Programme Structure

The Degree is structured across three years, reflecting the life of the building:

  • Year 1 → Develop and in depth understanding of the legal background to the Building Safety Act, Building Regulations and Fire Safety legislation. An understanding of building design and build standards and the causes of fire and structural failure, and safety critical elements.

  • Year 2 → Understanding building safety management systems, fire and structural risk management and the role and performance of life safety equipment and systems.  

  • Year 3 → Implementation, operation, monitoring and review of performance. Evidencing building safety and developing a safety case. Managing construction work in accordance with Building Regulations and BSR Gateway process requirements.  Resident engagement strategies, emergency response plans, engagement with BSR and FRS and return to service requirements and risk mitigation strategies where safety issues are identified.  

Year 1 – Buildings, Systems, and Failure

To establish a holistic understanding of building safety grounded in function, failure, and legal duties. Participants should be able to understand how buildings function, and how failure develops when competence, co-ordination, or control is absent. 

Module 1: Building Safety Framework

  • Building Safety Act

  • Building Regulations

  • Fire Safety legislation

  • Higher‑Risk Buildings (HRBs)

  • Dutyholders and accountability

 

Module 2: Legal Duties and Compliance

  • Statutory obligations

  • Dutyholder responsibilities

  • Competence requirements

  • Criminal and civil liability

 

Module 3: Structural Systems – Function

  • Load paths and stability

  • Structural forms

  • Material behaviour

  • Limits of design assumptions

 

Module 4: Fire Safety Systems – Function

  • Fire development

  • Fire strategies

  • Passive protection principles

  • Active system roles

 

Module 5: Building Systems and Services

  • Electrical systems

  • HVAC systems

  • Water and riser systems

  • Life safety dependencies

 

Module 6: Failure in Buildings

  • Structural failure

  • Fire spread and system failure

  • Façade and material failure

  • Competence-related failure

Year 2 – System Performance and Risk

​To develop the ability to interpret system performance in practice, and identify where risk exists. Students should be able to assess whether systems are performing as intended and identify where risks are present, developing, or uncontrolled.

Module 7: Structural Risk and Degradation

  • Corrosion

  • Material deterioration

  • Movement and distress

  • Inspection and monitoring

Module 8: Passive Fire Protection

  • Compartmentation

  • Fire stopping

  • Fire doors

  • Inspection and defects

 

Module 9: Active Fire Systems

  • Detection and alarm

  • Smoke control

  • Suppression systems

  • System reliability

 

Module 10: Building Services and Safety

  • Electrical risk

  • HVAC and smoke interaction

  • Water systems

  • System dependencies

Module 11: System Interaction

  • Interdependency of systems

  • Failure cascades

  • Multi-system impact

  • Real-world failure scenarios

 

Module 12: Inspection and Verification

  • Inspection regimes

  • Maintenance strategies

  • Competence in inspection

  • Verifying performance

Year 3 – Implementation, Operation, and Compliance

​To develop the capability to implement, operate, and evidence building safety systems. 

 

Module 13: Building Safety Management Systems

  • Structure of BSMS

  • Governance and accountability

  • Risk control processes

  • Contractor management

 

Module 14: Information and the Golden Thread

  • Information requirements

  • Data integrity

  • Record keeping

  • Evidence of compliance

 

Module 15: Safety Case

  • Hazard identification

  • Risk analysis

  • Control measures

  • Demonstrating compliance

 

Module 16: Emergency Planning

  • Evacuation strategies

  • System performance in fire

  • Resident considerations

  • Fire service interface

 

Module 17: Resident and Stakeholder Management

  • Communication

  • Risk awareness

  • Complaints and escalation

  • Decision transparency

 

Module 18: Regulatory Interaction

  • Building Safety Regulator

  • Fire Authority

  • Inspection and enforcement

  • Responding to challenge

 

Module 19: Competence and Leadership

  • Competence frameworks

  • Organisational capability

  • Decision-making

  • Accountability and behaviour

 

Module 20: Applied Project (Dissertation)

Participants should be able to:

  • evaluate a building or system

  • identify risks

  • assess system performance

  • implement control measures

  • demonstrate compliance with Building Regulations and Fire Safety law

 

Year 3 Outcome

 

Participants can implement and operate building safety systems across Higher‑Risk and complex buildings, ensuring that risks are understood, controlled, and evidenced in compliance with Building Regulations and Fire Safety legislation.

Assessment Approach

Assessment is based on:

  • technical evaluation

  • system analysis

  • inspection review

  • failure analysis

  • Safety Case development

  • applied project work

IFSM Affiliate-Member
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