Build a Future-Ready Workforce in Pipeline Integrity

Pipeline Materials and Failure Modes Training Pathway - Learn Online with ROSEN's Competence Club Deepen your understanding of pipeline materials and integrity with ROSEN’s expertly developed Pipeline Materials E-Learn Pathway—a flexible, self-paced online training program tailored for engineers, operators, and technical professionals. This awareness-level series explores the properties and performance of pipeline materials, including steel grades, coatings, and welds, while addressing critical topics such as failure modes, degradation mechanisms, and material-related defects. Developed by industry experts and delivered through engaging multimedia content including videos, presentations, and interactive modules, this pathway equips learners with the foundational knowledge needed to identify, assess, and mitigate risks associated with material selection, aging infrastructure, and operational stressors. What’s included in the pipeline materials e-learn pathway: Awareness-level e-learns introducing core pipeline integrity concepts, with 24/7 access Content featuring videos, presentations, and micro-courses Aligned with industry standards and best practices Which courses are included in the pipeline materials e-learn pathway? Progress through three expertly crafted modules, each building on the last to deepen your understanding of pipeline materials: Introduction to Pipeline Materials CS013A (60 minutes): By the end of this e-learn, you will be aware of pipeline materials' properties and selection, and the composition and mechanical properties of carbon steel and corrosion resistant pipeline materials, welds, connectors, flexible pipelines, and non-metallic pipeline materials.  Introduction to Failure Modes and Mechanisms CS042A (90 minutes): By the end of this e-learn, you will be able to understand failure modes, such as collapse, buckling etc, and failure mechanics, such as corrosion, fatigue etc.  Introduction to Pipeline Defects CS048A (60 minutes): By the end of this e-learn, you will be aware of the different types of defects that can appear in pipelines, their causes, and the threats they pose to the pipeline. Learning outcomes: According to the Competence Standards Manual for Pipeline Integrity Management, completing your training will enable you to interpret and evaluate the knowledge. You will also be able to communicate and present coherent arguments about the subject matter. Key benefits of online pipeline materials training: Scalable: Suitable for individuals or entire teams Time-efficient: Learn at your own pace with minimal environmental impact Performance-enhancing: Close skills gaps and improve productivity Flexible: Refresh your knowledge anytime, anywhere Recognized: Earn e-badges to validate your learning achievements Who should enroll? This pipeline risk e-learn pathway is ideal for entry-level engineers (0–2 years of experience), professionals aiming to deepen their understanding of pipeline integrity, and teams seeking to standardize awareness-level knowledge across departments.   Read more

Build Your Pipeline Risk Expertise with ROSEN’s Competence Club Kickstart your career in pipeline engineering with our expertly designed e-learn training pathway. The Pipeline Risk E-Learn Pathway offers a flexible, self-paced learning experience tailored for engineers, operators, and technical professionals seeking foundational knowledge in pipeline risk. Developed by industry experts, this awareness-level training series covers essential pipeline risk concepts through engaging multimedia content, accessible anytime, anywhere. What’s included in the pipeline risk e-learn pathway: Awareness-level e-learns introducing core pipeline integrity concepts, with 24/7 access Content featuring videos, presentations, and micro-courses Aligned with industry standards and best practices Which courses are included in the pipeline risk e-learn pathway? Progress through six expertly crafted modules, each building on the last to deepen your understanding of pipeline risk: Introduction to Probability of Failure Analysis CS044A (60 minutes): By the end of the e-learn, you will be aware of the various pipeline hazards which may lead to loss of containment and assessing the probability of failure, from qualitative and quantitative analysis. Introduction to Failure Analysis CS033A (6 hours): By the end of this course, you will be aware of failure analysis, including metallurgy, fractography, mechanical properties, and stress analysis involved in failure investigation. Introduction to Consequence Analysis CS045A (60 minutes): By the end of this e-learn, you will be aware of the various consequences of pipeline failure scenarios, including the impact on people, the environment, infrastructure, and the business itself. Introduction to Pipeline Risk Management CS009A (60 minutes): By the end of this e-learn, you will be aware of risk management methods and standards. Introduction to Risk Analysis Tools and Techniques CS043A (45 minutes): By the end of this e-learn, you will be aware of the role of risk analysis in risk management and the tools and techniques commonly used to conduct a pipeline risk analysis. Introduction to Risk Analysis and Assessment (45 minutes): By the end of the e-learn, you will be able to understand and describe the key concepts relating to risk analysis, risk assessment, high uncertainty and the 'precautionary principle', rare events and reliance on experience/historical data.  Learning outcomes: According to the Competence Standards Manual for Pipeline Integrity Management, completing your training will enable you to interpret and evaluate the knowledge. You will also be able to communicate and present coherent arguments about the subject matter. Key benefits of online pipeline risk training: Scalable: Suitable for individuals or entire teams Time-efficient: Learn at your own pace with minimal environmental impact Performance-enhancing: Close skills gaps and improve productivity Flexible: Refresh your knowledge anytime, anywhere Recognized: Earn e-badges to validate your learning achievements Who should enroll? This pipeline risk e-learn pathway is ideal for entry-level engineers (0–2 years of experience), professionals aiming to deepen their understanding of pipeline integrity, and teams seeking to standardize awareness-level knowledge across departments.   Read more

About The Program The Advanced Program in Fracture Mechanics (CS032F+), developed by internationally renowned expert Dr. Phil Hopkins, provides an in-depth study of the principles, methodologies, and technical parameters essential for evaluating defects—such as cracks—in high-pressure pipelines and associated components. The course addresses both static and cyclic loading conditions, focusing on the determination of critical loads and material properties that influence structural integrity. It aligns with ROSEN’s Competency Standard: Fracture Mechanics (CS032F+). What You Will Learn   Participants will gain advanced knowledge and practical skills in fracture mechanics, including: Core principles of fracture mechanics and their real-world applications Techniques for assessing crack growth and defect behavior under various loading conditions Determination of fracture toughness and fatigue crack growth rates Use of analytical tools such as Failure Assessment Diagrams (FADs) Material behavior analysis and its impact on structural performance Regulatory standards and industry practices for defect evaluation Hands-on case studies to apply theoretical knowledge​ Key Topics Include Interpretation of fracture toughness (Kmat) from Charpy and other test data Fracture toughness testing methodologies Stress analysis, including primary/secondary stresses and elastic-plastic fracture mechanics using K, J-integral, and CTOD Application of Failure Assessment Diagrams (FADs) and fatigue analysis methods Influence of environmental and operational factors on structural integrity Use of assessment codes such as BS 7910 and API 579 Implementation of Engineering Critical Assessment (ECA) software tools Real-world case studies involving defect evaluation and pipeline data interpretation Who Should Enroll This course is ideal for engineers, regulators, inspectors, integrity consultants, compliance officers seeking to deepen their expertise in pipeline safety, reliability, and failure assessment. Program Overview Availability: Accessible online 24/7 for complete flexibility Duration: Approximately 26 hours of learning Delivery: Self-paced blended learning, including recorded videos, e-learning modules, and independent activities designed to reinforce and apply acquired knowledge Level: Tier 3 – Foundation Level Training. These comprehensive self-paced courses are specifically designed to support your preparation for the ANAB certification assessment Certification: Upon successful completion, you will receive a Certificate of Completion and Continuing Professional Development (CPD/CEU) hours to support your ongoing professional growth   Read more

About the Program The Advanced Program in In-Line Inspection (ILI) Technology and Procedures CS022F+, developed by industry expert Dr. Bruce Nestleroth, offers a thorough exploration of the principles, concepts, and technical parameters that underpin today’s ILI methods. This program explores how ILI is applied to pipelines and cylindrical pressure vessels, covering the classification, capabilities, and applications of various inspection methods. It aligns with ROSEN’s Competency Standard: In-Line Inspection Technology and Procedures CS022F+. What You Will Learn Participants will gain  a thorough understanding of the principles, technologies, and procedures behind modern in-line inspection (ILI).  Causes and geometry of metal loss corrosion and cracks. Influence of defect geometry on ILI tool performance. Capabilities and limitations of MFL, ultrasonic, and EMAT tools for corrosion and crack assessment. Conditions affecting ILI accuracy and performance. Identification and application of deformation and mapping tools. Interpretation of ILI and mapping tool reports. Tool accessibility, propulsion, and the impact of modifications on performance. Key Topics Include Deformation Tools: Types, uses, and limitations. MFL Tools: Conventional and alternative configurations for corrosion detection, including performance factors and report interpretation. Ultrasonic & EMAT Tools: Capabilities and limitations for corrosion and crack assessment, with focus on inspection accuracy and conditions. Tool Adaptability: Accessibility, propulsion, and modifications for challenging pipelines. Material Verification: ILI use for identifying pipe segments, rogue pipe, and verifying SMYS. NDE Validation: Methods for confirming ILI results. Who Should Enroll This course is ideal for engineers, regulators, inspectors, integrity consultants, compliance officers seeking a solid foundation in In-Line Inspection (ILI). Program Overview Availability: Accessible online 24/7 for complete flexibility Duration: Approximately 26 hours of learning Delivery: Self-paced blended learning, including recorded videos, e-learning modules, and independent activities designed to reinforce and apply acquired knowledge Level: Tier 3 – Foundation Level Training. These comprehensive self-paced courses are specifically designed to support your preparation for the ANAB certification assessment Certification: Upon successful completion, you will receive a Certificate of Completion and Continuing Professional Development (CPD/CEU) hours to support your ongoing professional growth   Read more

About the Program The Advanced Program in Pipeline Defect Assessment (CS020F+), developed by industry expert Dr. Phil Hopkins, explores the principles, concepts, and technical methodologies used to assess common pipeline defects, including corrosion, cracks, and dents.  The program emphasizes the practical application of defect assessment techniques and the interpretation of inspection data.  It equips professionals with the essential knowledge and techniques to evaluate defects in high-pressure oil and gas pipelines.  It aligns with ROSEN’s Competency Standard: Pipeline Defect Assessment CS020F+. What You Will Learn Participants will acquire advanced knowledge and practical skills in pipeline defect assessment, including: In-depth understanding of material properties and fracture toughness. Identify fracture types and apply fracture mechanics (J-integral, CTOD) Assess corrosion, cracks, and mechanical damage using ASME B31G, API 579, and BS 7910 Analyze pipeline failure causes and the effects of hydro-testing Evaluate threats including sabotage, political, and operational risks Apply corrosion and fatigue crack growth models Learn from real-world pipeline failure case studies Key Topics Include Technical parameters for defect evaluation Assessment methodologies for corrosion, cracking, and mechanical damage Impact of defects on pipeline integrity and performance Industry standards and best practices for defect management Who Should Enroll This course is ideal for engineers, regulators, inspectors, integrity consultants, compliance officers seeking an  understanding of how defects affect pipeline integrity and learn how to ensure safe, reliable pipeline performance. Program Overview Availability: Accessible online 24/7 for complete flexibility Duration: Approximately 26 hours of learning Delivery: Self-paced blended learning, including recorded videos, e-learning modules, and independent activities designed to reinforce and apply acquired knowledge Level: Tier 3 – Foundation Level Training. These comprehensive self-paced courses are specifically designed to support your preparation for the ANAB certification assessment Certification: Upon successful completion, you will receive a Certificate of Completion and Continuing Professional Development (CPD/CEU) hours to support your ongoing professional growth Read more

About the Course The Advanced Program in Pipeline Engineering Principles CS001F+ designed by leading industry expert, Dr. Phil Hopkins, offers a comprehensive introduction to the core principles, concepts, and technical foundations of pipeline engineering, equipping participants with essential knowledge for safe, efficient, and standards-based pipeline design and operation.   This program covers the full lifecycle of pipeline systems - from design and construction to operation, integrity management, and decommissioning. It also emphasizes the importance of safety, regulatory compliance, and effective project management. It aligns with ROSEN’s Competency Standard: Pipeline Engineering Principles CS001F+. What You Will Learn The history and evolution of pipeline technology and regulation Pipeline standards, classifications, and safety design factors Calculate of pipeline stresses and determine appropriate sizing and wall thickness Identify pipe materials, coatings, and mechanical properties Applying fluid dynamics principles to pipeline hydraulics Understand construction methods, environmental impacts, and testing procedures Operate and monitor pipelines using control systems and leak detection Assess pipeline integrity through pressure testing and in-line inspection Manage pipeline integrity using risk-based approaches and repair techniques Key Topics Include The role of pipelines in energy transport, including key materials, components, and basic mechanical behavior. Overview of essential codes, regulations, and industry best practices. Fundamentals of flow dynamics, pressure, fluid behavior, and operational control systems. Inspection, defect assessment, construction planning, and risk-based safety management. Who Should Enroll This course is ideal for engineers, regulators, inspectors, integrity consultants and compliance officers seeking to excel in pipeline engineering or related regulatory and compliance roles. Program Overview Availability: Accessible online 24/7 for complete flexibility Duration: Approximately 26 hours of learning Delivery: Self-paced blended learning, including recorded videos, e-learning modules, and independent activities designed to reinforce and apply acquired knowledge Level: Tier 3 – Foundation Level Training. These comprehensive self-paced courses are specifically designed to support your preparation for the ANAB certification assessment Certification: Upon successful completion, you will receive a Certificate of Completion and Continuing Professional Development (CPD/CEU) hours to support your ongoing professional growth Read more