Course Details
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Course Description
Piping and pipeline systems are critical to the safe and efficient operation of industrial facilities. While these areas are often seen as highly specialized, professionals from non-mechanical backgrounds increasingly need a working knowledge of piping to collaborate effectively and manage projects successfully.
This course, “Piping & Pipeline Design for Non-Mechanical Engineers,” provides a practical overview of key piping concepts, from design fundamentals and stress analysis to material selection, layouts, fabrication, installation, and safety compliance. Through real-world case studies and hands-on activities, participants will gain the confidence to understand piping deliverables, support decision-making, and engage more effectively with project stakeholders.
The Training Course Will Highlight ?
Training Objective
Target Audience
- Construction Non-Mechanical Engineers
- Engineering Management Professionals
- Industrial Management and Technology Non-Mechanical Engineers
Training Methods
This interactive Training will be highly interactive, with opportunities to advance your opinions and ideas and will include:
- Lectures
- Workshop & Work Presentation
- Case Studies and Practical Exercise
- Videos and General Discussions
- pre and post assessments
Daily Agenda
Day 1: Introduction to Piping Design
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- Welcome and Course Overview
- Fundamentals of Piping Design to non-mechanical engineers
- Piping and Pipeline Key Components and Terminologies
- Introduction to Industry Standards
- Why all project stakeholders should be familiar with piping activities and progress
- Importance of Piping Engineering to Stakeholders:
- Project Managers: Ensuring timely and cost-effective project execution.
- Engineers: Facilitating collaboration and integration with other engineering disciplines.
- Construction Teams: Providing clear guidelines for fabrication and installation.
- Quality Control: Ensuring adherence to safety and regulatory standards.
- Clients: Delivering reliable and efficient piping systems that meet project requirements.
Day 2: Stress Analysis and Material Selection
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- Basics of Stress Analysis
- Types of Stresses in Piping Systems
- Pipe Supports
- Material Properties and Selection Criteria
- Practical Exercises
- Failures could happen if wrong stress analysis is performed
- How to read stress analysis report for non-engineers
- Supports walk down and use of laser scan
Day 3: Piping Layouts activities and Drawings
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- Understanding Piping Layouts
- Piping department deliverables:
- Isometric Drawings
- Plot plan
- Area Genera Arrangements
- MTO
- Specifications
- How to interpret P&ID’s
- How to interpret PFD’s
- Plant Design software
- Exchange of information between piping and other disciplines
- Coordination
- Checking Cycle
- Piping Key Performance indices
- Change Management in Piping
- Piping Progress Reporting
- Hands-on Session: Creating Piping Diagrams
- Group Discussion and Q&A
Day 4: Fabrication and Installation
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- Overview of Fabrication Processes
- Installation Techniques
- Welding, Testing, and Inspection Methods
- Safety Practices During Installation
Day 5: Safety, Compliance, and Case Studies
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- Safety Standards and Practices
- Regulatory Compliance
- Analyzing Case Studies
- Modern Technologies in Piping Engineering
- Digital Twin
- Practical Examples and Group Activities
- Course Recap and Q&A
- Certification and Feedback Session
Accreditation
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BTS attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration.
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