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Pressure Equipment Engineering Masterclass
Published 6/2026
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch Language: English | Duration: 27h 48m | Size: 25.6 GB

ASME VIII, B31.3, API 510, 570, 571, 579 & 653 - Design, Inspection & Integrity - For Engineers



What you'll learn
Design pressure vessels to ASME VIII - MAWP, shell and head thickness, joint efficiency, nozzle reinforcement and MDMT
Design and rate process piping to ASME B31.3, and design welded storage tanks to API 650
Inspect vessels, piping and tanks in service to API 510, 570 and 653 - intervals, corrosion rate and remaining life
Identify the damage mechanisms that drive degradation (API 571) and use them to plan risk-based inspection
Assess damaged equipment for continued service with API 579 fitness-for-service
Design pressure relief systems to API 520/521 - scenarios, loads, valve sizing and disposal
Qualify welds and apply non-destructive examination to ASME IX and V, and judge weld acceptance
Engineer fired heaters and heat exchangers, including API 530 tube design
Navigate the PED and PSSR regulatory framework for design, build and operation
Integrate all of it - run an end-to-end integrity case from design review to repair strategy in the capstone

Requirements
A background in mechanical, process, materials, inspection or engineering discipline - the masterclass is built for professionals
Familiarity with plant equipment or drawings is useful but not required - each module builds its context from first principles
Suitable both as a complete programme and as a reference to dip into module by module
No software is required - this is an applied, code-and-calculation course across the fixed-equipment field

Description
Pressure equipment is the backbone of every refinery, chemical plant and petrochemical facility. Most engineers learn it in fragments - a vessel course here, an inspection standard there. This masterclass brings the whole discipline together: design, inspection, damage mechanisms and integrity, structured for engineers who need to understand how every piece connects.

The masterclass draws from a library of focused standalone courses, each a complete treatment of its subject. The courses currently incorporated are

-ASME VIII Div 1 - Pressure Vessel Design: Shell and head thickness to UG-27 and UG-32, nozzle reinforcement, MDMT, joint efficiency and MAWP - the design foundations that every inspector and integrity engineer needs to know

-Shell & Tube Heat Exchangers: TEMA types, tube-side and shell-side thermal and mechanical design, bundle construction, materials, fouling and the inspection and failure modes specific to heat transfer equipment

-Fired Heaters & Furnaces: Heater types and API 560 nomenclature, process and thermal design, API 530 tube mechanical design and remaining-life assessment, combustion and draft, and inspection and troubleshooting

-API 510 - Pressure Vessel Inspection: ASME VIII design principles for inspectors, damage mechanisms, corrosion-rate and remaining-life calculations, NDE methods, repairs and alterations, rerating and a full mock exam - the complete exam-prep and professional reference for the API 510 certification

-ASME B31.3 - Process Piping: Pressure design of straight pipe, fittings, flanges and branch connections, fluid-service categories, materials and MDMT, with worked calculations throughout

The masterclass integrates these into a single structured programme, making explicit the connections that standalone study can miss: how a vessel is designed and then inspected; how the corrosion rate drives the next inspection date; how damage mechanisms govern the choice of NDE method; and how the design code, the inspection code and fitness-for-service interact at every decision point.

Additional modules - covering API 570 piping inspection, API 571 damage mechanisms, API 579 fitness-for-service, pressure relief systems, welding and NDE qualification, storage tank design and inspection, and the PED/PSSR regulatory framework - are in production and will be added to the masterclass as they are released. Every module is also available as a focused standalone course for engineers who want depth in a specific area.

Built by a practising engineer with over fifteen years on safety-critical projects. The engineering is correct, the standards are current, and the scope is the whole of fixed-equipment engineering.

Who this course is for
Mechanical, integrity and inspection engineers who want the complete pressure-equipment picture in one structured course
Design engineers who need to understand inspection and integrity, and inspectors who want the design behind the code
Reliability and fixed-equipment engineers managing the full lifecycle of vessels, piping, tanks and relief systems
Project, process and EPC engineers who work across pressure equipment and need broad, code-grounded fluency
Graduate and mid-career engineers building a comprehensive foundation in pressure-equipment engineering


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Code:

https://www.udemy.com/course/pressure-equipment-engineering-masterclass

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