About the Course This CAESAR II training course is a comprehensive and practical program designed for engineers, designers, and technical professionals involved in piping system design and analysis. The course provides in-depth knowledge of CAESAR II, the industry-leading software for pipe stress analysis, and equips participants with the skills needed to model, analyse, and optimise piping systems in accordance with international standards and codes. Throughout the course, participants will explore the theoretical foundations of pipe stress analysis, including the effects of thermal expansion, pressure, weight, and dynamic loads. They will learn how to build accurate models, define boundary conditions, and apply various load cases to simulate real-world operating scenarios. The course also covers code compliance checks, interpretation of results, and troubleshooting techniques to address common design challenges. Hands-on exercises and case studies are integrated into the curriculum to reinforce learning and provide practical experience. By the end of the course, attendees will be able to confidently use CAESAR II to ensure the safety, reliability, and efficiency of piping systems across a range of industries, including oil & gas, power generation, chemical processing, and more. Whether you're new to CAESAR II or looking to deepen your expertise, this course offers valuable insights and skills that can significantly enhance your professional capabilities and career prospects.

What will you learn if you attend this course?

After finishing this course, you...

• ...will understand the fundamentals of pipe stress analysis using CAESAR II.

• ...will be able to model complex piping systems and apply various load cases confidently.

• ...will know how to interpret and apply international piping codes and standards.

• ...will be equipped to identify and resolve common design and stress-related issues.

• ...will be capable of optimising piping layouts for safety, compliance, and efficiency.

• ...will have hands-on experience with practical exercises and real-world case studies.

• ...will be confident in generating and interpreting analysis reports for engineering documentation.

Who should attend this course?
This course is ideal for professionals involved in the design, analysis, and maintenance of piping systems across various industries.

It is especially valuable for:
• Mechanical and piping engineers seeking to enhance their skills in pipe stress analysis.
• Designers and drafters who work closely with piping layouts and need to understand stress implications.
• Project engineers and managers who want to better interpret analysis results and make informed decisions.
• Engineering consultants looking to expand their service offerings with CAESAR II expertise.
• New graduates in mechanical or process engineering aiming to build a strong foundation in piping analysis.
• Experienced professionals transitioning into roles that require knowledge of CAESAR II or compliance with piping codes.

Prerequisites
No prior experience with CAESAR II is required, but a basic understanding of piping systems and mechanical principles is recommended.

Duration:

- ONLINE version = 10 days per 3 hours

- LIVE version = 5 days per 6 hours

About the Course

The CAESAR II Dynamics course is an advanced course program designed for engineers and technical professionals who need to analyse and manage dynamic behaviour in piping systems. Building on foundational knowledge of static stress analysis, this course dives into the complexities of dynamic loads such as vibration, seismic activity, water hammer, and pulsation effects—critical factors in the design and operation of safe and reliable piping networks. Participants will learn how to use CAESAR II’s dynamic analysis modules, including modal, harmonic, time history, and response spectrum analysis. The course covers the theory behind each method, practical modelling techniques, and interpretation of results, with a strong emphasis on real-world applications. Through hands-on exercises and case studies, attendees will gain the confidence to identify dynamic risks, apply mitigation strategies, and ensure compliance with relevant codes and standards. This course is essential for professionals working in industries where dynamic loads are a significant concern, such as oil & gas, power generation, chemical processing, and water treatment. Whether you're looking to deepen your expertise or take on more complex engineering challenges, CAESAR II Dynamics course will equip you with the tools and knowledge to succeed.

What will you learn if you attend this course?

After finishing this course, you...

• ...will understand the principles of dynamic behavior in piping systems, including vibration, transient loads, and time-dependent forces.

• ...will be able to perform dynamic analyses using CAESAR II, including modal, harmonic, time history, and response spectrum analysis.

• ...will know how to evaluate the impact of events such as water hammer, seismic activity, and equipment-induced vibrations.

• ...will be capable of setting up and interpreting dynamic load cases and boundary conditions accurately.

• ...will gain practical experience through hands-on exercises and real-world case studies involving dynamic scenarios.

• ...will be equipped to troubleshoot and mitigate dynamic issues in piping systems to ensure safety and reliability.

• ...will enhance your ability to design piping systems that comply with dynamic-related code requirements and industry standards.

Who should attend this course?

This course is intended for professionals who are involved in the design, analysis, and maintenance of piping systems where dynamic loads are a critical concern.

It is especially suitable for:

• Mechanical and piping engineers who want to deepen their understanding of dynamic analysis techniques.

• Stress analysts responsible for evaluating the impact of vibration, seismic events, and transient loads.

• Project engineers and technical leads working on projects in industries such as oil & gas, power generation, chemical processing, and water treatment.

• Engineering consultants who need to provide advanced analysis and troubleshooting services.

• Experienced CAESAR II users looking to expand their capabilities beyond static analysis.

• Professionals involved in safety and compliance who must ensure systems meet dynamic-related code requirements.

Prerequisites

A basic understanding of CAESAR II and piping system behaviour is recommended to get the most out of this advanced course.

Duration:

- ONLINE version = 6 days per 3 hours

- LIVE version = 3 days per 6 hours

About the Course
This specialised course focuses on one of the most critical aspects of piping system design: managing the loads imposed on pumps by connected piping. Pumps are sensitive mechanical components, and excessive or poorly controlled piping loads can lead to misalignment, vibration, seal failures, and reduced equipment life. The course provides a practical and engineering-focused approach to understanding how piping stress analysis can be used to protect pumps and ensure long-term system reliability.

Participants will learn how to identify and evaluate the types of loads transferred to pump nozzles, apply relevant industry standards and manufacturer guidelines, and use stress analysis tools to model and mitigate these loads effectively. The course includes real-world examples, design strategies, and hands-on exercises that help engineers develop solutions for minimising nozzle loads through proper layout, support selection, and flexibility analysis.

This course is ideal for professionals involved in piping design, rotating equipment integration, and maintenance planning. Whether you're working in oil & gas, chemical processing, water treatment, or power generation, this course will strengthen your ability to design piping systems that support pump performance and reduce operational risks.

What will you learn if you attend this course?
After finishing this course, you...
• ...will understand how piping loads affect pump performance, reliability, and lifespan.
• ...will be able to identify and evaluate the types of loads transferred from piping systems to pump nozzles.
• ...will learn how to model and analyze piping systems to minimize excessive loads on rotating equipment.
• ...will be familiar with industry standards and manufacturer guidelines for allowable nozzle loads.
• ...will gain practical strategies for designing flexible piping layouts and selecting appropriate supports.
• ...will be equipped to troubleshoot and resolve common issues related to pump-piping interaction.
• ...will improve your ability to ensure mechanical integrity and reduce maintenance risks in pump systems.

Who should attend this course?

This course is ideal for professionals involved in the design, analysis, and maintenance of piping systems connected to rotating equipment.

It is especially suited for:

• Mechanical and piping engineers responsible for ensuring proper integration between piping and pumps.

• Stress analysts who need to evaluate and control nozzle loads on rotating equipment.

• Designers and layout engineers working on piping systems in industrial facilities.

• Maintenance and reliability engineers focused on preventing pump failures due to piping-induced stresses.

• Project engineers and technical leads oversee equipment installation and system performance.

• Consultants and contractors involved in piping design and equipment alignment.

Prerequisites

A basic understanding of piping systems and stress analysis principles is recommended to fully benefit from the course.

Duration:

- ONLINE version = 4 days per 3 hours

- LIVE version = 2 days per 6 hours

About the Course

Piping stress engineers often do not have in-depth knowledge of the theory, function and calculation methods of expansion joints. This lack of understanding can lead to a misunderstanding between piping engineers (or piping stress engineers) and expansion joint manufacturers. During the pipe stress analysis phase, an expansion joint manufacturer has not been selected yet. If an engineer cannot preselect an expansion joint from a manufacturer's catalogue, they must know how to make the best assumptions and preselect appropriate input data for the pipe stress analysis. This course will provide a detailed overview of expansion joints and the key features relevant to piping engineers. The theoretical calculation methods, including those in the EJMA (Expansion Joint Manufacturers Association) standard, will be explained, and it will be shown how these can be used for calculating the required input for piping stress analysis.

What will you learn if you attend this course?

After finishing this course, you...

• are able to preliminarily select an expansion joint type for the design of a piping system, regarding displacements and levels of stiffness,

• understand the common expansion joint types that are available on the market, and their properties so that your design solution can be tailored towards these,

• are familiar with the analytical calculation methods and the EJMA (Expansion Joint Manufacturers Association) best practice,

• have seen the basics of how expansion joints can be modelled in a computational piping flexibility analysis, such as CAESAR II,

• have seen what is good and bad practice when using an expansion joint,

• will be able to efficiently communicate your requirements to an expansion joint supplier and within your design team.

Who should attend this course?

• Piping stress engineers of all levels.

• Those involved in reviewing piping stress analyses.

Prerequisites

General piping design background

Duration:

- ONLINE version = 4 days per 3 hours

- LIVE version = 2 days per 6 hours

About the Course

Piping stress engineers often do not have in-depth knowledge of the theory, function and calculation methods of expansion joints. This lack of understanding can lead to a misunderstanding between piping engineers (or pipe stress engineers) and expansion joint manufacturers. During the pipe stress analysis phase, an expansion joint manufacturer is likely not to have been selected yet. If an engineer cannot preselect an expansion joint from a manufacturer's catalogue, they must know how to make the best assumptions and preselect appropriate input data for the pipe stress analysis.

This course will provide piping engineers of all levels with how (and how not) to model expansion joints within a piping flexibility analysis. Specific focus will be on simulations using the software CAESAR II, and worked cases using this software package will be shown.

What will you learn if you attend this course?

After finishing this course, you...

• have seen how to model expansion joints of all types within CAESAR II,

• build up your practical experience through several cases and example problems given by the instructor and as self-study,

• have seen examples of good and bad practice when modelling an expansion joint in a piping flexibility analysis,

• will have learned how to justify your requirements efficiently, using simulation results, to an expansion joint supplier and within your design team.

Who should attend this course?
• Piping stress engineers of all levels who use Caesar II.

Prerequisites
• General piping design background
• Experience with using CAESAR II

Duration:

- ONLINE version = 2 days per 3 hours

- LIVE version = 1 day per 6 hours

About the Course

This 6-hour course course provides a comprehensive introduction to pipe stress analysis, combining essential theoretical concepts with practical engineering applications. Participants will explore the fundamentals of stress behaviour in piping systems, learn how to evaluate different types of loads, and understand how to ensure compliance with industry standards. The course emphasises practical decision-making, including how to select supports, manage thermal expansion, and design for flexibility. Real-world examples and simplified case studies will be used to illustrate key concepts, making the material accessible and immediately applicable. Whether you're involved in design, maintenance, or project engineering, this course will enhance your ability to create safe and efficient piping systems.

What will you learn if you attend this course?

After finishing this course, you...

• ...will understand the basic principles of pipe stress analysis and its role in mechanical integrity.

• ...will be familiar with different types of loads acting on piping systems, including thermal, pressure, weight, and occasional loads.

• ...will learn how to interpret and apply relevant piping codes and standards (e.g., ASME B31.1, B31.3).

• ...will be able to identify critical stress points and evaluate system flexibility.

• ...will gain practical insights into support selection, layout optimization, and load management.

• ...will be equipped to communicate analysis results effectively and make design recommendations.

• ...will build confidence in applying theory to real-world piping scenarios.

Who should attend this course?

This course is designed for professionals across various industries who work with piping systems.

It is especially suitable for:

• Mechanical and piping engineers seeking a solid foundation in stress analysis.

• Designers and drafters who want to understand the impact of layout decisions on system stress.

• Project engineers and managers overseeing piping design and installation.

• Maintenance and reliability engineers focused on system integrity and performance.

• New graduates in mechanical or process engineering looking to build practical skills.

• Consultants and contractors involved in piping design and evaluation.

Prerequisites

No prior experience with stress analysis software is required, but a basic understanding of piping systems is recommended.

Duration:

- ONLINE version = 2 days per 3 hours

- LIVE version = 1 day per 6 hours

About the Course

This CAESAR II Refresher and News course is tailored for experienced users who want to reinforce their knowledge and stay current with the latest software developments. The course combines a review of essential stress analysis concepts with a detailed walkthrough of new features and improvements introduced in recent CAESAR II releases. Participants will explore updated modelling techniques, interface enhancements, and productivity tools that can significantly improve workflow efficiency. The course also covers changes in code compliance modules, reporting options, and integration capabilities. Real-world examples and interactive discussions will help attendees apply these updates effectively in their projects. Whether you use CAESAR II daily or periodically, this course ensures you remain confident, competent, and informed about the latest tools available to you.

What will you learn if you attend this course?

After finishing this course, you...

• ...will revisit key principles and best practices in CAESAR II stress analysis.

• ...will be familiar with new features, tools, and interface changes introduced in the latest CAESAR II versions.

• ...will learn how to apply updated workflows for improved modeling, analysis, and reporting.

• ...will understand enhancements in code compliance checks and load case management.

• ...will gain insights into common user mistakes and how to avoid them.

• ...will be able to use new productivity tools and shortcuts to streamline your work.

• ...will strengthen your confidence in using CAESAR II efficiently and accurately.

Who should attend this course?

This course is designed for professionals who already have experience using CAESAR II and want to refresh their skills and learn about the latest updates.

It is ideal for:

• Mechanical and piping engineers who regularly perform stress analysis using CAESAR II.

• Experienced CAESAR II users looking to stay current with new features and best practices.

• Project engineers and technical leads who oversee piping design and analysis.

• Consultants and contractors who need to maintain proficiency and deliver up-to-date solutions.

• Engineering managers who want to ensure their teams are using the most efficient tools and workflows.

Prerequisites

Basic proficiency in CAESAR II is required, as this course is not intended for beginners.

Duration:

- ONLINE version = 4 days per 3 hours

- LIVE version = 2 days per 6 hours

About the Course

This course provides a focused exploration of the relationship between pipe stress analysis and support design, with special attention to spring supports and dynamic restraints like shock absorbers. Participants will learn how to evaluate support requirements based on system behavior, select appropriate support types, and model them accurately in stress analysis tools such as CAESAR II. The course combines theoretical background with practical design strategies, including how to manage thermal expansion, reduce nozzle loads, and ensure proper load transfer. Real-world examples and case studies will illustrate how poor support design can lead to system failures—and how to avoid them through better coordination between piping designers and support manufacturers. This course is ideal for professionals involved in piping design, stress analysis, and equipment integration who want to improve the mechanical integrity and performance of their systems.

What will you learn if you attend this course?

After finishing this course, you...

• ...will understand the role of supports in managing piping loads and system flexibility.

• ...will be able to identify when and where to use spring supports, constant hangers, and shock absorbers.

• ...will learn how to model and analyze supports correctly in stress analysis software.

• ...will gain insight into the interaction between piping layout, support selection, and load distribution.

• ...will be familiar with key design considerations such as thermal movement, load variation, and support stiffness.

• ...will know how to interpret manufacturer data and communicate effectively with support vendors.

• ...will be equipped to make informed decisions that improve system reliability and reduce maintenance risks.

• ...will strengthen your confidence in using CAESAR II efficiently and accurately.

Who should attend this course?

This course is designed for professionals who are involved in the design, analysis, and support of piping systems.

It is especially valuable for:

• Piping and mechanical engineers responsible for stress analysis and support layout.

• Support designers and layout engineers who need to understand stress implications.

• Project engineers and technical leads overseeing piping system design and installation.

• Maintenance and reliability engineers dealing with support failures or system misalignment.

• Consultants and contractors working on complex piping systems in industrial environments.

• Engineers collaborating with support manufacturers who want to improve communication and design outcomes.

Prerequisites

A basic understanding of pipe stress analysis is recommended to get the most out of this course.

Duration:

- ONLINE version = 4 days per 3 hours

- LIVE version = 2 days per 6 hours

About the Course

The Advanced Pipe Stress Analysis Course with CAESAR II is a fully customizable course program designed to meet the unique needs of each client. The course content, duration, and depth are tailored based on the participants’ experience level, project requirements, and industry focus. Topics may include advanced static analysis, dynamic analysis (modal, harmonic, time history, response spectrum), equipment load management, support optimization, buried piping, expansion joint modeling, and more. The course combines theoretical depth with practical application, using real project examples and hands-on exercises in CAESAR II. Whether delivered in-person or online, the course is structured to maximize relevance and impact, ensuring participants leave with actionable skills and insights.

What will you learn if you attend this course?

After finishing this course, you...

• ...will have advanced knowledge of pipe stress analysis principles tailored to your project or industry.

• ...will be able to perform complex static and dynamic analyses using CAESAR II with confidence.

• ...will understand how to model challenging scenarios such as buried piping, wind/seismic loads, and equipment connections.

• ...will gain practical skills in interpreting results, optimizing designs, and ensuring code compliance.

• ...will be familiar with advanced features and tools in CAESAR II relevant to your specific needs.

• ...will improve collaboration between stress analysts, designers, and other engineering disciplines.

• ...will be equipped to troubleshoot and resolve real-world stress issues more effectively.

Who should attend this course?

This course is intended for professionals with prior experience in pipe stress analysis who are looking to expand their capabilities and address specific technical challenges.

It is ideal for:

• Senior mechanical and piping engineers working on complex or high-risk systems.

• Experienced CAESAR II users seeking to explore advanced features and workflows.

• Project engineers and technical leads managing multidisciplinary engineering teams.

• Stress analysts dealing with dynamic loads, equipment interfaces, or regulatory compliance.

• Consultants and contractors delivering specialized engineering services.

• Engineering managers aiming to upskill their teams and improve project outcomes.

Prerequisites

The course is adapted to the participants’ background and can range from 1-day intensives to multi-day deep dives.

Duration:

- ONLINE version = 3 hours/day (number of days depends on the client's needs)

- LIVE version = 6 hours/day (number of days depends on the client's needs)