Risk Management
Building resilience for future
Discover the future of energy and safety engineering with our concise, expert-led certification course. It is designed for undergraduate students and combines traditional engineering principles with the latest technology. You’ll prepare for the industry’s evolving challenges through flexible modules covering process safety, hazard identification, HAZOP, etc. Elevate your career with essential skills and insights. Join us to lead in the energy transition with confidence and innovation.
Duration
Total 192 Hours
Delivered by
Industry Practitioners
Mode of delivery
Online/Offline
Who should attend?
Bachelor's Degree Students
- Chemical Engineering
- Process Engineering
- Petroleum Engineering
- Other related streams
What you will learn in this course
PSM
Get a thorough understanding of Process Safety Management standards. Learn how to carefully examine hazards, put preventive measures into action, and communicate clearly about risk metrics. This course empowers you to learn from past mishaps and maintain, as well as improve, your organization’s PSM protocols for a safer, risk-resilient future.
Learning Outcome:
- Understand the principles and practices of PSM
- Identify and assess hazards in a process
- Develop and implement preventive measures to mitigate risks
- Communicate hazard information to stakeholders
- Investigate and learn from accidents
- Maintain and improve PSM systems
P&ID
Understand Piping and Instrumentation Diagrams (P&IDs) and discover how to create, interpret, and apply them for optimized design and troubleshooting in process systems. This hands-on course will not only teach you to identify symbols and understand P&ID principles but will empower you to become a proficient P&ID specialist.
Learning outcome:
- Understand the purpose and principles of P&IDs.
- Identify the different symbols used in P&IDs.
- Read and interpret P&IDs.
- Create P&IDs.
- Apply P&IDs to the design and troubleshooting of process systems.
HAZID
Explore the world of Hazard Identification (HAZID) principles. This comprehensive course teaches you to spot hazards, analyze their impact, and craft preventative measures. You’ll learn to effectively communicate risk information and apply HAZID principles to a variety of projects, strengtheningsystem safety and fortifying your engineering expertise.
Learning outcome:
- Understand the purpose and principles of HAZID
- Identify hazards and potential accidents associated with a process or system
- Analyze the causes and consequences of hazards
- Evaluate the risks associated with hazards
- Develop and implement preventive measures to mitigate risks
- Communicate hazard information to stakeholders
- Apply HAZID principles to other projects or processes
HAZOP
Start exploring the complex worldof Hazard and Operability Analysis (HAZOP). This specialized course offers a deep-dive into hazard detection, analysis, and prevention. Engage with HAZOP guidewords to discern potential design deviations, estimate associated risks, and concoct risk mitigation strategies. Enhance your knowledge and communication abilities, fostering a culture of enhanced safety and risk management in your engineering career.
Learning outcome:
- Understand the purpose and principles of HAZOP
- Identify the hazards that can occur in a process or system
- Use HAZOP guidewords to identify potential deviations from the design intent
- Analyze the causes and consequences of hazards
- Evaluate the risks associated with hazards
- Develop and implement preventive measures to mitigate risks
- Communicate hazard information to stakeholders
Barrier Risk Management using Bow-Ties
Learn about the innovative field of risk management with this comprehensive exploration of Barrier Risk Management using Bow-Ties. This course is designed to enable your understanding of core theories, sharpen your proficiency in risk identification through Bowtie analysis, and equip you with strategies for crafting effective risk barriers. By the end of this course, you will be able to devise innovative techniques for risk reduction and contribute to industry safety in significant ways.
Learning outcome:
- Understand core theories of Barrier Risk Management
- Gain proficiency in risk identification using Bowtie Analysis
- Devise strategies for risk mitigation using Bowties
- Evaluate effectiveness of risk barriers in different scenarios
- Gain insights into the role of risk management in industry safety
- Apply innovative techniques for risk reduction in real situations
Introduction to Onshore/Offshore Facilities
Broaden your engineering scope with this inclusive study of onshore and offshore facilities. By the end of this course, you will appreciate the diverse functions and unique challenges these facilities present. This educational journey covers facility planning considering environmental, economic, and technical factors, with a special focus on safety practices. We will also delve into the crucial role human factors play in operations and furnish you with problem-solving skills necessary for addressing facility-related issues.
Learning outcome:
- Acquire a good grasp of the functions of onshore and offshore facilities
- Differentiate between onshore and offshore operations and challenges
- Master facility planning considering environmental, technical, and economic factors
- Comprehend safety practices in onshore/offshore environments
- Understand the role of human factors in operations
- Develop problem-solving skills in facility-related issues
Health and Sustainability
This course combines industry safety, health, and sustainability, enhancing awareness of health and safety issues and teaching the design of health-conscious engineering processes. It explores environmental health effects and mitigation strategies, equipping individuals to improve industry standards and inspire a renewed commitment to innovative, sustainable methods in engineering design.
Learning outcome:
- Increase awareness of prevailing industry health and safety issues
- Design sustainable and health-conscious engineering processes
- Understand implementation of sustainable practices in projects
- Explore impact and minimization of environmental health effects
- Develop skills for improving industry health and sustainability standards
- Commit to innovative sustainable methods in engineering design
More Courses
Process Safety Management (PSM) training is designed for those with a strong interest in the vital and expanding field of process safety. This field is crucial across various energy sources and ensures safety, compliance, and best practices.
Hazard and Operability (HAZOP) is a systematic approach used to examine the effects on the process system and the facility or plant as a whole in the event of a potential deviation from the intended process design and operation, ensuring thorough risk assessment.
Hazard Identification (HAZID) is the first step in the risk assessment process. It identifies foreseeable hazards in a plant or facility and outlines the prevention, control, and mitigation safeguards to manage these risks.
ALARP training covers understanding and applying risk concepts, identifying control options, deciding on risk reduction measures, and grasping “tolerability of risk” and “As Low As Reasonably Practicable (ALARP)” principles.
QRA training course is for those with a technical background interested in understanding different aspects of QRA. It allows learners to fully grasp and evaluate the risks from foreseeable Major Accident Hazards (MAH) present in a facility.
The BRM training program focuses on the hands-on application of Barrier Management using the Bowtiie method. This risk management tool helps visualise the risk profile of MAHs so that various organisational stakeholders can better understand them.
Hazard Identification (HAZID) is the first step in the risk assessment process. It identifies foreseeable hazards in a plant or facility and outlines the prevention, control, and mitigation safeguards to manage these risks.
10 professional development programs: Safety Management Systems and Risk Management. Safety Management Systems are in PSM, Occupational Health Safety, Construction, Fire, and Industrial Safety. Risk Management covers safety, technology, and sustainability.
Ten certifications in process safety and risk management: PSM, P&ID, HAZID, HAZOP, ALARP, BRM with Bowties, Energy Transition, Intro to Onshore/Offshore Facilities, Health and Sustainability, and Essential Software for Safety Studies.
