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Complete Guide to Underground Piping Design & Engineering
116 students
What you'll learn
- Design and layout underground piping systems according to industry best practices.
- Classify different underground systems like sewers (oily, chemical, storm), water lines, and fire protection.
- Perform hydraulic calculations and correctly size sewer lines using the Rational Method and hydraulic tables.
- Calculate the required pipe wall thickness based on internal pressure and external soil loads.
- Perform stress analysis for live loads from vehicles and heavy construction cranes to ensure pipe integrity.
- Create and interpret professional engineering drawings with the correct symbols, elevations, and markings.
- Select appropriate materials and protection methods (sleeving, encasement) for various services.
- Understand the principles of thermal expansion and ground subsidence in buried pipelines.
- Determine correct pipe burial depth, spacing, and connection methods for above-ground tie-ins.
- Master the design of key components like catch basins, manholes, sump pits, and cleanouts.
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Course content
5 sections • 16 lectures • 1h 37m total length
Requirements
- A basic understanding of general engineering principles is recommended.
- No specific software is required. All concepts and calculations are taught from first principles.
- A desire to learn a specialized and valuable skill in the process and EPC industry.
Description
Unlock a Specialized and Highly In-Demand Engineering Skill: Mastering Underground Piping Design!
Underground piping is the hidden foundation of every industrial plant, from oil & gas refineries to chemical processing facilities. Mistakes made underground are costly and difficult to fix, which is why skilled engineers who can design these systems correctly are invaluable in the EPC (Engineering, Procurement, and Construction) industry.
“This course contains the use of artificial intelligence.”
This comprehensive course is your complete roadmap to becoming a confident and capable underground piping designer. We will guide you step-by-step through the entire design lifecycle, starting with the absolute fundamentals and progressing to the advanced engineering calculations used by professionals in the field.
Forget dry theory. This course is built on practical, industry-standard knowledge that you can apply directly to your projects. Each lecture is designed to build upon the last, creating a logical learning path that demystifies every aspect of the process.
What you will journey through in this course:
Section 1: The Bedrock Fundamentals: We start by establishing a strong foundation, defining the purpose, scope, and classification of all major underground piping systems.
Section 2: Core Principles of Design & Layout: Learn the strategic rules of plot planning, pipe routing, burial depth, spacing, and protection. This is where you learn to think like a senior designer.
Section 3: Deep Dive into Specific Systems: We dedicate this section to the detailed design of high-priority systems, including large-bore cooling water lines and gravity-flow sewer networks.
Section 4: The Art of Drafting & Documentation: A clear drawing is a successful project. You will learn the professional standards for creating and interpreting underground piping drawings, including all the essential symbols and marking conventions.
Section 5: Advanced Engineering & Analysis: This is where we elevate your skills. You will learn to perform the critical engineering calculations for pipe wall thickness, stress analysis under soil and vehicle loads, and practical sewer sizing using hydraulic tables.
By the end of this course, you will not only understand the "what" and "why" but also the "how" of underground piping design. You will be equipped with the practical knowledge to contribute effectively to complex projects and advance your career in the process industry.
Enroll today and build the hidden infrastructure of tomorrow!
Who this course is for:
- Junior Piping Engineers and Designers looking to specialize their skills.
- Mechanical, Civil, and Chemical Engineers working in the EPC or process industry.
- Engineering students who want a practical advantage in the job market.
- Piping Drafters and CAD professionals who want to understand the engineering behind the drawings they create.
- Project Engineers who need to manage and oversee projects involving significant underground infrastructure.
- Experienced engineers from other disciplines who are transitioning into a piping or plant layout role.