Qualifi UK Endorsed & BCSP Recognized

This diploma is endorsed by Qualifi UK and approved by BCSP under its Qualified Equivalent Program (QEP). Graduates gain eligibility for the Transitional Safety Practitioner (TSP®) designation, allowing them to bypass the ASP® exam and directly pursue the CSP®, accelerating international recognition and career advancement.

Engineering-Centered Curriculum

The program integrates advanced safety science with engineering principles, focusing on hazard control and risk mitigation. Learners master practical tools such as HAZOP, LOPA, FMEA, and Bowtie Analysis, gaining the expertise required to design, implement, and evaluate engineered risk management strategies across high-hazard global industries effectively.

Pathway to Senior Global Roles

Graduates are equipped to step into senior HSE management, process safety engineering, and consultancy roles across international sectors. The diploma emphasizes safety-by-design, compliance, and operational excellence, ensuring learners are prepared to lead multidisciplinary teams and manage complex safety-critical environments with competence, confidence, and technical authority.

About the course

The Britsafe Level 6 International Diploma in Risk Management and Safety Engineering is an advanced professional qualification designed for technical professionals, safety engineers, and risk managers aiming to take leadership roles in high-risk industries worldwide. Unlike conventional safety certifications, this diploma blends engineering precision with advanced risk management practices, enabling learners to identify, analyze, and mitigate complex hazards with confidence. The curriculum is built on globally recognized frameworks such as ISO 45001, ISO 31000, IEC 61508, and OSHA standards, ensuring graduates are trained to the highest international benchmarks. Learners acquire advanced knowledge in occupational health and safety systems, engineering controls, safety-by-design methodologies, and technical leadership. Key focus areas include HAZOP, LOPA, FMEA, Bowtie analysis, fire protection, radiation hazards, biological risks, and emergency preparedness—making the program especially relevant for industries like oil & gas, construction, manufacturing, energy, and utilities. This diploma is officially endorsed by Qualifi UK (regulated by Ofqual) and has been approved by the Board of Certified Safety Professionals (BCSP, USA) as a Qualified Equivalent Program (QEP). Graduates are eligible for the Transitional Safety Practitioner (TSP®) designation, allowing them to bypass the ASP® exam and directly pursue the globally prestigious Certified Safety Professional (CSP®) credential. The program is delivered through flexible online and hybrid formats, combining guided modules, self-study, and professional assessments, including written examinations and a final viva interview. With 420 total qualification hours, it is structured for working professionals, offering both academic rigor and practical application. Upon completion, learners will emerge with the expertise to lead safety-critical projects, manage enterprise-level risk, and advance confidently into senior global positions in occupational safety and engineering.

Curriculum

3 Chapters · 127 Lessons

  1. 1

    Unit # 1: Fundamentals of Safety and Risk Management in Occupational Safety and Health

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      Lecture 1: Engineers as Catalyst for Technological Evolution

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      Lecture 2: The Paradox of Progress - Technological Advancement and Risk Management

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      Lecture 3: Occupational & Public Safety in the US - Key Trends and Challenges

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      Lecture 4: Engineers' Role in Public Health, Safety & Welfare

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      Lecture 5: The Evolution of Safety Professionals

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      Lecture 6: Leadership in Safety Management - Building a Culture of Risk Prevention

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      Lecture 7: Comprehensive Risk Management in Occupational Health and Safety

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      Lecture 8: Risk Management Systems in Occupational Health & Safety

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      Lecture 9: Management Systems - The Framework for Organizational Excellence

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      Lecture 10: The Multi-Disciplinary Approach to Occupational Health and Safety

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      Lecture 11: Barriers to Achieving High OHS Standards

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      Lecture 12: Why Manage Health & Safety in the Workplace?

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      Lecture 13: Insurance Models & Enforcement in Occupational Health and Safety

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      Lecture 14: The Role of International Bodies in Occupational Health and Safety

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      Lecture 15: The Evolution of Occupational Health and Safety - A Legal Framework

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      Lecture 16: Occupational Health and Safety Regulations - Creating Protected Workplaces

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      Lecture 17: Systematic Safety and Health Management

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      Lecture 18: Designing an OHS Management System Using a Process Approach

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      Lecture 19: Critical Factors in Planning An OHS Management System

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      Lecture 20: OHS Management System Processes

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      Lecture 21: Effective Resource Management in Occupational Health and Safety

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      Lecture 22: Documented Information - The Backbone of Effective OHS Systems

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      Lecture 23: Building OHS Competency in the Public Sector

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      Lecture 24: Effective Communication in Occupational Health & Safety Management

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      Lecture 25: Building a Positive Occupational Health and Safety Culture

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      Lecture 26: The Dual Forces of Leadership - Formal & Informal Influence

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      Lecture 27: Human Factors and Physical Conditions in Occupational Health and Safety

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      Lecture 28: Effective Communication in Organizations

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      Lecture 29: Worker Engagement in Occupational Health & Safety

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      Lecture 30: Building a Culture of Safety: Training & Development in OHS

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      Lecture 31: IOSH Code of Conduct

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      Lecture 32: Creating a Culture of Diversity & Inclusion

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      Lecture 33: Correcting & Preventing Workplace Hazards

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      Lecture 34: Information Sources For Effective OHS Implementation

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      Lecture 35: Crisis Management and Response Protocol

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      Lecture 36: Proactive and Reactive Monitoring Approaches in OHS Management

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      Lecture 37: Incident Analysis - Procedures, Types, and Investigative Approach

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      Lecture 38: Incident Documentation and Notification

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      Lecture 39: Theories on Incident Causation - Understanding Workplace Safety

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      Lecture 40: Occupational Health and Safety Auditing

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      Lecture 41: Factors Driving Change in the OHS Management System

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      Lecture 42: Management Review Strategic Checkpoint in OHS Management Systems

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      Lecture 43: Management of Change (MOC)- A Structured Approach to Risk Management

  2. 2

    Unit # 2: Applications of Safety Engineering in Occupational Safety and Health

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      Lecture 1: Physical and Mechanical Properties of Materials

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      Lecture 2: Mechanical Properties of Materials: Hazards & Control Measures

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      Lecture 3: Forms of Energy

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      Lecture 4: Physical Concepts and Their Occupational Health and Safety Importance

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      Lecture 5: Noise and Its Impact on Occupational Health and Safety

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      Lecture 6: Simple Machines: Engineering Foundations

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      Lecture 7: Mechanical Structures: Purpose, Design, and Importance of Inspection

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      Lecture 8: Fall Protection and Fall Prevention

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      Lecture 9: Ergonomics: Mitigating Musculoskeletal Disorder (MSD) Risks

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      Lecture 10: The Mathematics Behind Order of Operations

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      Lecture 11: Statistics and Their Use in Safety

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      Lecture 12: Fundamental Chemistry for Safety Professionals

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      Lecture 13: Understanding Chemical Agents: Toxicology and Health Impacts

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      Lecture 14: Introduction to Epidemiology

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      Lecture 15: Classification of Chemicals Based on Health, Safety, and Environmental Risks

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      Lecture 16: Immune Responses to Chemical Agents: Mechanisms, Impacts, and Safety Implications

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      Lecture 17: Regulatory Compliance for Chemical Control

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      Lecture 18: Types of Health Effects: Understanding Dose Quantity in Occupational Exposure

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      Lecture 19: Chemical Processes and Effects on Occupational Health & Safety

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      Lecture 20: Monitoring and Measuring Hazardous Substances in The Workplace

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      Lecture 21: Managing Risks Through Environmental Conditions and Hazardous Properties

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      Lecture 22: Risk Control Measures for Hazardous Substances

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      Lecture 23: Emergency Procedures and The Power of Good Work

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      Lecture 24: Clean Energy and Occupational Health & Safety: Balancing Innovation With Worker Protection

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      Lecture 25: Clean Energy and Occupational Health and Safety Implications

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      Lecture 26: Requirements for A Safe and Comfortable Work Environment

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      Lecture 27: Non-Destructive Testing (NDT) Methods

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      Lecture 28: Destructive Testing Methods: Pushing Materials to the Limit

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      Lecture 29: Understanding The Factors That Contribute to Material Failures

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      Lecture 30: Measurement Uncertainty: The Hidden Variable in Engineering

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      Lecture 31: Understanding Valves in Fluid Systems

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      Lecture 32: Pumps: The Heart of Fluid Systems

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      Lecture 33: Powered Industrial Vehicles (PIVS): Safety & Operations

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      Lecture 34: Pascal'S Law and Industrial Applications

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      Lecture 35: Locking and Braking Devices in Industrial Applications

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      Lecture 36: End-User Requirements for tool, Equipment, and Machinery Design

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      Lecture 37: The Impact of Well-Designed tools on Occupational Safety

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      Lecture 38: ASME and Its Role in Occupational Safety and Health

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      Lecture 39: The Role of Design Testing Software in Ensuring Safety and Efficiency in OHS

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      Lecture 40: Material Failure Investigations

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      Lecture 41: Principles of Electricity

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      Lecture 42: Effects of Electric Shock on The Human Body

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      Lecture 43: Electrical Safety: Understanding and Preventing Workplace Accidents

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      Lecture 44: Hazardous Environments & Equipment Integrity

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      Lecture 45: Electrical Safety: Types of Protective Systems

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      Lecture 46: Types of Inspection for Electrical Systems & Equipment

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      Lecture 47: Emergency Preparedness and Response for Electricity Hazards

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      Lecture 48: The Fundamentals of Fire and Fire Terminologies

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      Lecture 49: Principles of Fire Spread

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      Lecture 50: Causes of Fire Initiation at Workplaces

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      Lecture 51: Fire Risk Assessment: Safeguarding Your Workplace

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      Lecture 52: Precautions Against Fire: Risk Control Measures

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      Lecture 53: The Role of Continued Research and Development in Fire Safety

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      Lecture 54: Fission Reaction and Fusion Reaction

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      Lecture 55: Health and Safety Implications of Atomic Power Plants

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      Lecture 56: Radiation: An Invisible Hazard

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      Lecture 57: Engineering Controls for Ionizing Radiation

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      Lecture 58: Biological Agents and Workplace Exposure

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      Lecture 59: Hazards Posed By Biological Agents

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      Lecture 60: Industrial Hygiene: Safeguarding Workplace Health

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      Lecture 61: The Relationship Between Occupational, Environmental, and Public Health

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      Lecture 62: Rehabilitation and Workplace Adjustments

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      Lecture 63: The Role and Relevance of Engineering Controls in Occupational Safety

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      Lecture 64: Engineering Controls for Potential Explosion Hazards

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      Lecture 65: Maximizing Engineering Control Effectiveness

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      Lecture 66: Engineering Controls: Limitations & Reliability

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      Lecture 67: Advancements and Innovations in Information Technology for Occupational Health and Safety

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      Lecture 68: Leveraging it for Training, Awareness, Communication, and Incident Investigations

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      Lecture 69: Enhancing OHS Communications Through Information Technology

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      Lecture 70: It-Based Occupational Health and Safety (OHS) Management Systems

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      Lecture 71: Leveraging Information Technology to Address OHS Hazards

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      Lecture 72: Security and Legal Concerns in It-Driven OHS Management

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    Case Studies for Professional Learning

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      Incompatible Chemicals: Explosion at AB Specialty Silicones

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      No Way Down: Chemical Release at Wacker Polysilicon

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      Safety Pays Off: The Value of Vigilance

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      Outsourcing Responsibility: Explosion at Optima Belle

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      No Detection: Explosion at Watson Grinding

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      Fire From the Storm: Chemical Release at Bio-Lab

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      Designed to Fail: Chemical Release at LyondellBasell

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      The Danger of Popcorn Polymer: Incident at the TPC Group Chemical Plant

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      Transient Hazards: Explosion at the Husky Superior Refinery

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      Animation of 2018 Ethylene Release and Fire at Kuraray America in Pasadena, Texas

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      Ignored Warnings: Explosion in St. Louis

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      Wake Up Call: Refinery Disaster in Philadelphia

What people are saying

Real experiences from professionals who have completed the Level 6 International Diploma in Risk Management and Safety Engineering. Their stories reflect the global recognition, career growth, and confidence this qualification delivers — helping you enroll with trust and certainty.

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"This diploma completely transformed my career. The engineering-focused curriculum gave me the technical depth I needed, and earning the TSP® designation has opened doors to senior safety roles I never thought possible."
Kadhim Issa Kadhim

EHS Manager, Iraq

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"The Britsafe Level 6 Diploma is unlike any other safety qualification. The modules on HAZOP, LOPA, and Bowtie Analysis were directly applicable to my work in oil and gas. I now lead risk management strategies for multi-million-dollar projects with confidence."
Faraz Ali

Manager Process and Health Safety Environment (SGS Pakistan)

”
"I chose this diploma because of its BCSP recognition, and it truly delivered. Being able to bypass the ASP® exam and pursue CSP® directly was a game-changer. It saved me years of effort and gave me a competitive advantage globally."
Tariq Saeed

General Manager Distribution Network (K-Electric Limited)

”
"The flexibility of the program was perfect for me as a working professional. The mix of online learning, real-world applications, and final viva assessment ensured I not only gained knowledge but also the confidence to apply it in critical situations."
Imran Baig

Masters in Engineering

Take the Next Step Toward Global Safety Leadership

Invest in your future with a qualification that opens doors to senior roles, international recognition, and BCSP’s CSP® pathway. Secure your place today and join the next generation of safety and risk leaders.

£700.00

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