certificate programs
Expert-Led Certification Programs on Risk Management: Integrating Safety,Technology and Sustainaibility
Duration
8 Hours/Certification program
Delivered by
Industry Practitioners
Mode of delivery
Hybrid
Who should attend?
Bachelor's Degree Students / Polytechnic Students
- Chemical Engineering
- Process Engineering
- Petroleum Engineering
- Other related streams
Discover our exclusive certificate programs in Industrial Safety and Technology, crafted in partnership with SynergenOG‘s SOG Academy for undergraduate students ready to advance in the fields of safety engineering and chemical sectors. This program features eight specialized courses, including topics such as Process Safety, Piping and Instrumentation Diagrams, and Hazard Identification. Offering a blend of in-depth training and the flexibility to select individual courses, this program is designed to align with your career goals and personal interests. Learn from industry experts and build the skills to become a leader in safety.
What you will learn in this course
PSM
Master the essentials of Process Safety Management (PSM) standards with this course. Develop the skills to identify potential hazards, implement preventive strategies, and communicate risk metrics with clarity. Learn to leverage insights from past incidents to strengthen and elevate your organization’s PSM practices, building a safer, more 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
Gain expertise in Piping and Instrumentation Diagrams (P&IDs) as you learn to create, interpret, and utilize them for effective design and troubleshooting in process systems. This interactive course covers symbol identification and essential P&ID concepts, equipping you with the skills to become a confident 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
Learn the core principles of Hazard Identification (HAZID) with this detailed course. Discover how to detect potential hazards, assess their risks, and implement preventive measures. You’ll also develop skills to communicate risk effectively and apply HAZID techniques across multiple projects, enhancing safety standards and advancing your engineering knowledge.
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
Begin your journey into the intricate field of Hazard and Operability Analysis (HAZOP) with this specialized course. Dive deep into techniques for detecting, analyzing, and preventing hazards. Explore the use of HAZOP guidewords to identify potential design deviations, assess associated risks, and develop effective risk mitigation strategies. Strengthen your expertise and communication skills, promoting a culture of safety and proactive risk management throughout 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
Explore the innovative field of risk management with this in-depth course on Barrier Risk Management using Bow-Tie analysis. This program will build your understanding of essential theories, enhance your skills in identifying risks through Bowtie methodology, and prepare you to design effective risk barriers. By the course’s end, you’ll be equipped with creative techniques for risk reduction, empowering you to make impactful contributions to industry safety.
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
Expand your engineering knowledge with this inclusive study on onshore and offshore facilities. By the end, you’ll gain insight into the diverse functions and unique challenges these facilities face. The course covers facility planning, integrating environmental, economic, and technical considerations, with a strong emphasis on safety practices. You’ll also explore the critical influence of human factors in operations and develop problem-solving skills essential for tackling facility-related challenges.
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
As Low as Reasonably Practicable (ALARP)
ALARP is a versatile decision-making framework that helps assess whether a particular action is warranted or which option among several is the most suitable. Used across design and operational settings, it offers flexible guidelines rather than rigid rules, which can sometimes lead to varying interpretations. This course introduces the core principles of ALARP and its practical use in the process and energy sectors. Participants will benefit from interactive sessions with seasoned safety experts who have conducted ALARP studies and workshops worldwide, gaining valuable real-world insights and industry best practices.
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
Software and Technology
Expand your engineering knowledge with this inclusive study on onshore and offshore facilities. By the end, you’ll gain insight into the diverse functions and unique challenges these facilities face. The course covers facility planning, integrating environmental, economic, and technical considerations, with a strong emphasis on safety practices. You’ll also explore the critical influence of human factors in operations and develop problem-solving skills essential for tackling facility-related challenges.
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
