Key schedule and booking details
Course ID SNSL1018
Length 5 Days
Location online
Fees £ 1850
Date
2026-05-04
OVERVIEW
Risk is everywhere—faulty equipment, hazardous materials, and overlooked safety measures. The question is not if a safety failure will happen, but when. When the moment comes, will your business be ready, or will it suffer the cost of unpreparedness?
This course isn’t just about compliance. It’s about building a proactive, risk-aware culture that protects people, operations, and bottom lines. From identifying hazards to managing complex risk assessments, you’ll learn how to anticipate problems, implement strategic controls, and safeguard your organization from costly disruptions.
You’ll Learn How To:
• Conduct risk assessments that lead to better safety decisions.
Identify workplace hazards before they turn into costly incidents.
• Apply HAZOP, FMEA, and other global safety methods to your industry.
• Create reliability programs that minimize downtime and optimize efficiency.
•
• Construct a worst-case scenario action plan so your business is always prepared.
Risk isn't something you manage—it's something you master. Take the lead before the next unplanned event takes the lead on you.
OBJECTIVES
Risk Management and Safety Technology Best Practice Course shares attending individuals the most important skills in the field, like:
Danger identification and control.
• Practical risk assessment techniques.
• Machinery safety principles.
• Reliability engineering insights.
• International safety standard compliance.
•
• Consequence analysis expertise.
IDEAL PARTICIPANTS
This course is designed for leaders, managers, and all professionals who are responsible for maintaining safety and mitigating risks in dangerous industries.
Risk Management and Safety Technology Best Practice Course is ideal for:
• Engineers.
Plant Professionals.
• Designers.
•
• Safety Managers and Supervisors.
OUTLINE
DAY 1
The secret to ultimate safety is hazard identification before they become disasters. Introduction to Safety Engineering – Why risk management needs to be proactive.
• Great disasters and lessons learned – Examples of where things went astray.
• The Safety System Process – How to control hazards in step-by-step order.
• Hazard Identification Techniques – How to pick out potential risks before they spiral out of control.
• Risk Tolerability Criteria – Determining risks that need immediate action.
• Safety Standards (National & International) – Ensuring compliance across sectors.
•
• Applications of safety analysis in engineering, chemical processing, and manufacturing.
DAY 2
Risk identification is just the first step—risk assessment and management is what prevents major setbacks. The role of safety management in organizational resilience.
• Risk assessment over the system life cycle.
• Application of hazard identification checklists to ensure thorough assessments.
• Risk assessment in workplaces, processes, and equipment.
• Task-based risk assessment—segmentation of risks at every level of operation.
•
• An introduction to HAZOP (Hazard and Operability Study) for structured risk analysis.
DAY 3
Safety of Work Equipment and Machinery – Failure Prevention Before the Fact
Not just a safety issue—it's a business risk. Learn how to maintain functional integrity while ensuring work environment safety. Techniques of machinery hazard identification and prevention.
• Root causes of workplace accidents and their elimination.
• Application of HAZOP in assessing machinery-related hazards.
• Failure Mode and Effects Analysis (FMEA) to prevent and anticipate failures.
• The impact of human factors on machine safety and performance.
•
• Software and automation—leverage technology for enhanced risk management.
DAY 4
Reliability isn't fixing failures; it's creating systems that don't fail. Types and sources of failures in industrial environments.
• Failure prevention methods for efficient operations.
• Inspection and maintenance policies for optimizing the life of critical assets.
• Component and system reliability engineering.
• High-Integrity Protection Systems (HIPS) for enhanced safety.
•
• Safety Integrity Levels (SIL) calculation to establish tolerable risk levels.
DAY 5
Even the best risk management strategies can’t prevent every crisis—but they can ensure you’re prepared. Understanding fire, explosion, and toxic release mechanics.
• Using dispersion modeling software to predict how incidents will unfold.
• Types of fire and explosion scenarios—flash fires, jet fires, and BLEVE incidents.
• Quantifying risks through Event Tree Analysis (ETA).
• Managing contractual and operational risks tied to safety failures.
•
• Course review and key takeaways to implement immediately.
Will I receive course materials?
Yes, high-quality documentation is provided to all delegates.
Do you issue certificates?
An accredited Certificate of Completion is awarded upon successful completion.
What are the course timings?
09:00–12:45 or 13:00–17:00.
How do I register and pay?
Complete the registration form on the course page and select your preferred payment method.
What is your cancellation policy?
14 days from booking for a full refund or free transfer; exceptions apply on medical grounds.
Do you offer airport transfers?
Yes, airport pick-up and drop-off to/from the hotel can be arranged.
CONSULTING SERVICES
Tailored solutions for sustainable growth
At Regent Training Centre, we deliver consultancy services designed to help organisations overcome challenges and achieve sustainable growth through practical and results-driven strategies.
