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Oil & Gas Engineering: Piping, Vessels, Hydrogen & Control
326 students
What you'll learn
- Design ASME-compliant piping systems including material selection, stress analysis, support design, and pressure calculations per B31 codes
- Apply ASME Section VIII pressure vessel design principles for internal/external pressure, joint efficiency, and nozzle reinforcement
- Evaluate green and blue hydrogen production methods, storage technologies (compression, liquefaction, chemical), and transportation systems
- Implement IEC 61511 safety instrumented systems including LOPA methodology, SIF design, redundancy configurations, and voting logic architectures
Explore related topics
Course content
11 sections • 108 lectures • 23h 46m total length
Requirements
- Basic engineering principles helpful but not required—course covers fundamentals systematically before advancing to complex topics
- Interest in oil & gas, petrochemical, refining, energy, or process industries and mechanical systems
- No software or special tools required—all concepts explained with visual demonstrations, diagrams, and real-world examples
- Suitable for beginners through experienced engineers expanding technical knowledge across multiple disciplines
Description
189 students. 4.56/5.0 rating. 100% say "valuable information." 100% say "knowledgeable instructor." 90% say "clear explanations." 90% say "engaging delivery."
Master five critical oil & gas engineering disciplines: ASME piping design, ASME Section VIII pressure vessels, hydrogen energy systems (green & blue), gas turbine operations, and safety instrumented systems (SIS). 15+ hours of comprehensive professional training.
WHAT YOU'LL LEARN
ASME Piping Engineering - Master ASME B31 codes (B31.1, B31.3, B31.4, B31.8), pipe sizing, material selection, stress analysis, support design, internal/external pressure design, and buried piping systems.
Pressure Vessel Design - Understand ASME Section VIII design principles, internal/external elements, pressure calculations, material selection, joint efficiency, and nozzle reinforcement.
Hydrogen Energy Systems - Learn green hydrogen (electrolysis), blue hydrogen (SMR + CCUS), storage methods (compression, liquefaction, chemical), industrial clusters, and pipeline transportation.
Gas Turbine Engineering - Study components, fluid dynamics, performance, maintenance strategies, condition monitoring, and power generation applications.
Safety Instrumented Systems - Master IEC 61511 functional safety, LOPA, SIF design, redundancy, voting logic (1oo1, 2oo2, 2oo3), and SIS component selection.
COURSE INCLUDES
67 lectures totaling 15 hours 42 minutes
Real-world examples from oil & gas facilities
Comprehensive coverage of 5 interconnected disciplines
ASME code applications and compliance strategies
Hydrogen project case studies and economics
Gas turbine maintenance procedures
Functional safety implementation guides
WHO THIS IS FOR
Mechanical engineers in oil & gas, petrochemical, and refining industries
Process engineers designing industrial facilities
Piping designers and stress analysts
Pressure vessel engineers and inspectors
Energy professionals transitioning to hydrogen
Gas turbine engineers and technicians
Safety engineers implementing SIS and functional safety
Project engineers managing oil & gas projects
Engineering students building technical expertise
COURSE STRUCTURE
Section 1: Piping Engineering Fundamentals - Codes, sizing, materials, valves
Section 3: Advanced Piping Design - Insulation, pressure design, stress analysis, supports
Section 4: Pressure Vessel Engineering - ASME VIII design, materials, joints, nozzles
Sections 5-7: Hydrogen Energy - Green/blue production, storage, transportation
Section 8: Gas Turbine Systems - Components, performance, maintenance, monitoring
Sections 9-10: Automation & Safety - DCS, PLC, SCADA, SIS, IEC 61511 compliance
NO PREREQUISITES
Basic engineering knowledge helpful but not required. Course covers fundamentals before advancing to complex topics. Suitable for beginners through experienced professionals.
Enroll now and master the essential engineering disciplines for oil & gas and energy transition careers!
Who this course is for:
- Mechanical engineers in oil & gas, petrochemical, refining, and chemical industries seeking comprehensive technical training
- Piping designers, stress analysts, and pressure vessel engineers working on industrial facility design and capital projects
- Energy professionals transitioning into hydrogen production, storage, clean fuels, and energy transition technologies
- Gas turbine engineers and technicians in power generation, compression, and mechanical drive applications
- Safety engineers implementing functional safety systems, IEC 61511 compliance, and safety instrumented systems in process plants
- Project engineers, maintenance engineers, and engineering students building comprehensive oil & gas and energy systems expertise