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Keep shoppingPipeline Design Engineering: ASME B31.4/B31.8 Oil & Gas
477 students
Pipeline Design Engineering: ASME B31.4/B31.8 Oil & Gas
Piping Engineering, Wall Thickness, Stress Analysis, Pigging, Pipeline Construction | Mechanical Engineering Standards
Last updated 6/2026
English
What you'll learn
- Design pipelines to ASME B31.4 (liquid) and B31.8 (gas) standards with confidence in compliance and safety requirements
- Calculate wall thickness for internal pressure, external loads, and corrosion allowances using industry-standard methods
- Apply location classification and proximity analysis to minimize risk and meet regulatory requirements for pipeline routing
- Select appropriate materials for oil, gas, chemical, and corrosive fluid pipelines based on operating conditions
- Design pipeline crossings for roads, railways, rivers, and existing pipelines using proven construction methods
- Specify and select pipeline valves including block valves, actuation systems, and blowdown configurations
- Plan and execute pipeline pigging operations using utility pigs, cleaning pigs, and smart inspection pigs
- Manage pipeline construction from route planning and right-of-way through welding, coating, and commissioning
- Conduct stress analysis to ensure pipelines withstand operating pressures, temperatures, and external forces
- Interpret and apply PD 8010, IGEM TD1, and international pipeline codes for design compliance
- Evaluate pipeline routing considering topography, environmental factors, and hydraulic efficiency
- Execute pre-commissioning, testing, and handover procedures for operational readiness
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Course content
6 sections • 43 lectures • 11h 9m total length
Requirements
- Basic understanding of engineering principles is helpful but not required - all concepts are explained from fundamentals
- No prior pipeline or piping experience needed - suitable for engineers transitioning into this specialization
- Familiarity with mechanical, civil, or process engineering concepts will accelerate your learning
- Access to a calculator for following along with wall thickness and sizing examples (optional)
Description
4.67/5.0 rating. 100% say "valuable information." 100% say "knowledgeable instructor." 132 engineers enrolled and learning. This is pipeline design training that delivers real-world results.
Master ASME B31.4 and B31.8 pipeline design with 11+ hours of comprehensive training covering wall thickness calculations, stress analysis, pigging operations, valve systems, and complete construction sequences from route planning to commissioning.
WHO THIS IS FOR:
Mechanical, civil, and process engineers transitioning into pipeline design
Piping engineers expanding into full pipeline systems and transmission lines
Project engineers overseeing pipeline construction and needing design fundamentals
Graduate engineers entering oil & gas, utilities, or energy infrastructure
Professionals preparing for roles with pipeline operators, EPCs, or consultancies
Technical staff in construction, inspection, or maintenance seeking design knowledge
WHAT YOU'LL MASTER:
Pipeline Design Fundamentals:
- Apply ASME B31.4 (liquid) and B31.8 (gas) standards to real pipeline projects
- Calculate wall thickness for internal pressure, external loads, and corrosion allowances
- Select materials for oil, gas, chemical, and corrosive fluid applications
- Perform location classification and proximity analysis for safe pipeline routing
Crossings, Valves & Pigging:
- Design pipeline crossings for roads, railways, rivers, and existing pipelines
- Specify valve types, actuation systems, block valve spacing, and blowdown configurations
- Plan pigging operations using utility pigs, cleaning pigs, and smart inspection pigs
- Design piggable pipeline systems with proper launcher and receiver specifications
Construction & Commissioning:
- Manage pipeline construction from route planning through welding and coating
- Execute right-of-way acquisition, spread operations, and lowering-in procedures
- Perform pre-commissioning, hydrotesting, and operational handover
- Complete land restoration and environmental reinstatement requirements
CURRICULUM HIGHLIGHTS:
Section 1: Pipeline Design - Routing, standards, classification, sizing, wall thickness
Section 2: Pipeline Crossings - Protection methods, construction techniques, stress factors
Section 3: Pipeline Valves - Types, actuation, block valves, blowdown systems
Section 4: Pipeline Pigging - Utility pigs, cleaning, smart pigs, inspection data
Section 5: Pipeline Construction - Full sequence from planning to commissioning
COMPLETE LEARNING PACKAGE:
- 11+ hours of HD video instruction with real-world examples
- 43 comprehensive lectures covering the complete pipeline lifecycle
- Coverage of ASME B31.4, B31.8, PD 8010, and IGEM TD1 standards
- Practical design approaches used on actual pipeline projects
- Certificate of completion for your professional development
WHY THIS COURSE WORKS:
Industry-Proven Content: The exact knowledge used by pipeline engineers at major operators and EPCs worldwide.
Complete Coverage: From fundamental design principles through construction and commissioning—no gaps in your knowledge.
Practical Focus: Real calculations, real standards, real construction methods—not theoretical lectures.
Career Investment: Pipeline engineering skills are in demand across oil & gas, utilities, hydrogen, and carbon capture industries. This course positions you for roles paying $70K-$130K annually.
CAREER APPLICATIONS:
Pipeline Design Engineer - Creating transmission systems for oil, gas, and utilities
Piping Engineer - Integrating pipeline connections with facilities and terminals
Project Engineer - Overseeing pipeline construction and ensuring code compliance
Integrity Engineer - Managing inspection, pigging, and maintenance programs
Construction Manager - Leading pipeline installation from spread to commissioning
Enroll now and gain the pipeline design expertise that employers demand. Join 130+ engineers already advancing their careers with this comprehensive training.
Who this course is for:
- Mechanical, civil, and process engineers looking to specialize in pipeline design and expand their career options
- Piping engineers and designers wanting to understand full pipeline systems from design through construction
- Graduate engineers entering the oil and gas, utilities, or energy infrastructure industries
- Project engineers and managers who need to understand pipeline design principles for effective project oversight
- Professionals transitioning into pipeline engineering from related fields like process engineering or construction
- Engineers preparing for roles with pipeline operators, EPCs, or engineering consultancies
- Technical staff involved in pipeline construction, inspection, or maintenance seeking design fundamentals