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Oil & Gas · Chemicals · Power Generation
Build the technical capability
your next project requires
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Your team can be experienced and
still face unfamiliar project requirements
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Once detailed engineering starts, learning competes with delivery.
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Build your team's training
around what the project requires
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Step 1
Define the technical requirements
Identify the codes, standards, methods, software, systems, and specialist topics the project will require.
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Step 2
Match training to the engineers who need it
Select relevant EngineeringTrainer courses based on each engineer's responsibilities and existing experience.
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Step 3
Apply the learning on the project
Engineers connect what they learn directly to calculations, design decisions, reviews, and technical discussions as the work begins.
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Self-paced courses for
upcoming project requirements
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Piping Engineering
Designing according to the EN 13480 code
- EN 13480-3 design rules
- ASME B31.3 comparison
- CAESAR II & piping flexibility
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Piping Engineering
Buried Piping Engineering using CAESAR II
- NEN 3650, ATV & AWWA
- CAESAR II stress analysis
- Soil mechanics, thrust blocks & supports
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Piping Engineering
Pressure Equipment Directive Awareness Training
- PED 2014/68/EU scope & classification
- CE marking & Notified Bodies
- Essential Safety Requirements & conformity assessment
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Mechanical Engineering
Designing according to the ASME BPVC VIII-1 code
- ASME BPVC Section VIII, Division 1
- Design by Rule & pressure-vessel components
- Compress & PV Elite calculations
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Piping Engineering
Water Hammer Phenomena in Industrial Piping Systems
- Joukowsky equation & pressure waves
- Pump trips, valve closure & cavitation
- Surge mitigation & transient scenarios
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EngineeringTrainer is built for
learning alongside project work
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Fits around project work
Engineers can learn at their own pace alongside active projects, without fixed classroom schedules or days away from their engineering work.
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Built for real engineering work
Our courses cover the codes, standards, calculations, methods, and software used in piping and mechanical engineering projects.
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Builds deeper technical understanding
Understand the principles, assumptions, limitations, and failure mechanisms behind codes, calculations, and software results.
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Taught by industry experts
Learn from engineers who contribute to ASME codes and EN standards and bring decades of industry experience to the subjects they teach.
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Next step
Build a training plan
around your next projectTell us about your team and the codes, methods, software, or specialist work the project requires. We’ll help identify suitable courses, programs, or learning paths for your team.