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Structured learning program for ambitious mechanical engineers
Become a Pipe Stress Engineer
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Are you a piping designer looking to become a piping stress engineer or a starting pipe stress engineer looking to complement your knowledge as a graduate and give your career a flying start? Or maybe you are a manager or senior looking to refresh yourself on the basics before an important project.
Join our on-demand career path, developed by experts who have been through this journey, to give you the skills a pipe stress engineer needs. Next to video lectures, the career path includes exercises to test your skills and live Q&A sessions so you can ask any question you want to help you fully understand the material.
Used by piping engineers at leading EPCs, OEMs and operators worldwide
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1367
Enrolled Engineers
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4.9 / 5.0
Average Rating
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7.5 PDH
Certified
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~ 6 weeks
Average Completion Time
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Course 1: Basics of Pipe Stress? (2hr)
- Stress Directions
- Calculate Stress
- Piping Design Codes
- Point 4
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Course 2: Piping Components (2hr)
- PIpe Wall Thickness
- Different Piping Components
- Potential Failure Mechanisms
- Point 4
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Course 3: Supporting and Loads (2hr)
- Support Type Functionality
- Loads Acting on Piping
- Influence on a Support Layout
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Course 4: Failures and Allowables (2hr)
- Failure Mechanisms
- Load Cases
- Allowable Values
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Course 5: Stress Analysis on Different Systems
- PIping vs. Pipelines
- Onshore vs. Offshore
- Piping Stress Analysis Scenarios
- Static vs. Dynamic
What’s included?
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On-Demand Content
Learn the Theory
Our self-paced videos with audio, slides and animations build up the material in a structured way.
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Exercises to Apply Skills
Know the Material Inside Out
Apply the theory in on-demand exercises and quizzes to reinforce your learning.
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Live Q&A Sessions
You aren't learning on your own
Video based live Q&A sessions to ask what you are not sure about. Attendance is not compulsory.
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Ready to Master Pipe Stress Fundamentals?
Learn code-compliant stress calculations, failure prevention, and engineering judgment from industry experts.
What piping engineers say about EngineeringTrainer?
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I found that the NozzlePRO Essentials Program helped to expand my knowledge and provided additional insight that can be applied to our designs.
Miles Duvall (Engineering Manager)
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This is the most complete Fiberglass Reinforced Plastic (FRP) Engineering for Piping Systems training on the market and is current with the latest version of the ISO 14692 code.
Edgar Perez (Senior Piping Engineer)
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I have found the course to be of very high quality. The focus on practical guidelines and actual implementation on top of theoretical explanations make it directly applicable in my job.
Karen Junius (Senior Mechanical Engineer)
Lesson Previews
Who Is This Course For?
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Junior Piping Engineers
Starting pipe stress careers (0-3 years experience) and building foundational understanding of ASME B31.3 and EN 13480 code requirements
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Pipe Stress Software Users
Running CAESAR II, AutoPIPE, or similar software and wanting to understand the calculations behind the analysis results
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Mechanical & Pipe Designers
Working on process piping projects and needing to verify stress calculations, select appropriate supports, and prevent common failure modes
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Get Certified
Advance your career with industry-recognized certificates.
EngineeringTrainer certificates validate your expertise,
support your professional accreditation with PDH, CPD, CEH and similar credits, and enhance your credibility in the workplace. Gain the recognition you deserve and take the next step in your professional growth. Enroll today!
About The Instructor
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Dynaflow Research Group
Dynaflow Research Group is a specialized engineering consultancy with deep expertise in pipe stress analysis, dynamic systems, and code-compliant design. The team has performed pipe stress calculations across chemical, petrochemical, and petroleum industries worldwide—including buried piping, onshore and offshore pipelines, and systems using both steel and fiberglass reinforced materials. Their expertise in ASME B31.3, EN 13480, and fundamental stress analysis ensures this course is grounded in real-world engineering challenges.
