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Online Courses for Mechanical Engineers
Master Pressure Vessel Design & Rotating Equipment Fundamentals
Master ASME VIII-2 Design-by-Analysis, EN 13445, and PED compliance Stay ahead of industry changes with PDH-certified, on-demand courses you can follow at your own pace. Learn from the experts behind the codes—so you can work accurately, safely, and efficiently.No credit card. No commitment.
Trusted by Mechanical Engineers at Leading Companies Worldwide
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Engineers Educated
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High Quality Courses
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Why Mechanical Engineers Choose EngineeringTrainer
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Accelerate Your Career
Earn PDH credits and real-world expertise that help you stand out and advance faster.
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Learn at Your Pace
Access flexible, self-paced training that fits your schedule—on-site, in the office, or at home.
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Learn from Experts
Train with engineers who shaped ASME, EN, and PED standards—bringing decades of field experience to every lesson.
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Unmatched Technical Depth
Go beyond YouTube and Udemy tutorials with our case-based courses that unpack complex topics like AIV, water hammer, and stress analysis.
Built For Mechanical Engineers Like You
Each course combines decades of field experience and committee expertise. Whether you design pressure vessels or maintain steam turbines, we have focused training to build your confidence and competence.
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Working with ASME VIII-2 chapter 5: “Design by Analysis”
This self-paced course series covers ASME VIII-2 Part 5 design by analysis rules for pressure vessels using FEA. Through video lectures, quizzes, and exercises, engineers will learn how to conduct compliant FEA studies, including checks for rupture, ratcheting, fatigue, and buckling.
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Designing according to the EN13445 code
This self-paced course covers the EN13445 design code for unfired pressure vessels, explaining key principles and equations behind the rules. Participants explore topics like area replacement, the Taylor and Forge method, stress evaluations, and vacuum collapse prevention.
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Pressure Equipment Directive (PED 2014/68/EU) Awareness Training
This course explores Acoustic Induced Vibrations (AIV) and Flow Induced Vibrations (FIV) in piping systems, covering their causes, effects, and mitigation strategies.
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Introduction to Steam Turbines
This course introduces the fundamentals of steam turbines — their purpose, working principles, and main classifications based on flow direction and blade type. It provides a clear foundation for anyone involved in turbine operation or maintenance, or those seeking to refresh their technical understanding before moving on to more specialized topics.
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Introduction to Valves
This course provides a comprehensive understanding of valve types used across engineering industries. Covering valve functions, applications, pros and cons, it’s designed for all experience levels—from beginners to those seeking a refresher.
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Pressure Vessel Analysis using PV Elite
This self-paced learning path guides participants through using PV Elite and CodeCalc for pressure vessel and heat exchanger design per ASME BPVC VIII and EN 13445. Spanning 7 courses, it covers user interfaces, nozzles, openings, flanges, tubesheets, and saddles.
Real-World Expertise, Ready to Guide You
The power of our training comes from instructors who have been in your shoes, bringing a wealth of practical experience directly to you.
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Nikola Jacimovic
Senior Stress Engineer
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Frank Bos
Dynaflow
Research Group
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Johannes Homan
Fatigue Specialist
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Frans Martens
SME
Control & Automation
What Mechanical Engineers Say About EngineeringTrainer?
"I use NozzlePRO frequently to evaluate local stresses around nozzle attachments due to applied loads. 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
Manager of Engineering
"In the matter of a few hours, on my own pace, I learned something new in a clear manner."
Yunes Salman
Mechanical & Process Engineer
"This is an excellent training course on understanding Stresses in Piping Systems. The material is brought across very well and practical examples of using the various codes and standards are very effective. I'll highly recommend it to anyone."
Rishi Jawahir
Reliability Engineering Lead
"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
"The course was comprehensive, providing extensive detail and incorporating relevant real-life case studies."
Nicolás Barrios
Drilling Superintendent
"Straight to point, useful, no irrelevant material, clear delivery"
Daphne Chiew
Static Equipment Engineer
"Clear, practical, and expertly delivered. The course bridged ASME B31.3 and PED seamlessly. The instructor was highly knowledgeable, and the learning aids were well-structured, making complex regulatory concepts easy to apply in real-world projects."
Noah Tibasiima
Process Engineer
Flexible Training Options for Every Learning Style
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Self-Paced Course
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Learn on your own schedule with flexible content you can access anytime, anywhere. Perfect for fitting learning around your needs.
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Learning Paths
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A structured series of self-paced courses designed to build expertise step by step. Follow a guided journey to master a topic.
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Instructor-led Workshop
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Engage in real-time online sessions with industry experts. Get live instruction, ask questions, and interact with peers.
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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!
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Build real-world skills that help you make better engineering decisions, reduce errors, and stand out in your field.
Your trial is free, your time is valuable, and your expertise starts here.