Program Overview

Our Piping Design & Drafting program is designed to provide comprehensive training in modern piping design techniques and tools. The curriculum covers fundamental principles, advanced drafting skills, and practical applications in various industrial settings.

Key Components of the Program:

• Introduction to Piping Systems: Understanding the different types of piping systems and their applications.
• Piping Materials and Specifications: Learning about the materials used in piping systems and how to select the appropriate specifications for different applications.
• CAD Software for Piping Design: Training in specialized CAD software for creating detailed piping designs.
• Piping Layout and Design: Techniques for designing efficient and effective piping layouts.
• Blueprint Reading and Interpretation: Skills in reading and interpreting piping blueprints and schematics.
• Project-Based Learning: Hands-on projects that mimic real-world piping design challenges, allowing students to apply their skills in practical scenarios.

Curriculum Highlights

1. Introduction to Piping Systems:

   • Understanding the function and importance of piping systems in various industries.
   • Overview of different types of pipes, fittings, valves, and supports.

2. Piping Materials and Specifications:

   • Learning about the properties and applications of different piping materials such as steel, copper, and plastic.
   • Understanding how to choose materials based on pressure, temperature, and chemical compatibility.

3. CAD Software Training for Piping:

   • Introduction to popular CAD software like AutoCAD Plant 3D, SmartPlant, and PDMS.
   • Techniques for creating and modifying digital piping layouts and isometric drawings.

4. Piping Layout and Design:

   • Principles of designing efficient piping systems with optimal flow characteristics.
   • Techniques for minimizing pressure drops and avoiding flow restrictions.
   • Designing for easy maintenance and accessibility.

5. Technical Drawing Standards:

   • Familiarization with ASME, ANSI, and ISO piping standards.
   • Dimensioning, tolerances, and annotation practices specific to piping design.

6. Blueprint Reading and Interpretation:

   • Skills in reading and interpreting piping and instrumentation diagrams (P&IDs).
   • Understanding isometric drawings and their importance in piping design.

7. Stress Analysis and Support Design:

   • Basics of stress analysis in piping systems.
   • Design and placement of supports and anchors to manage thermal expansion and other forces.

8. Practical Application Projects:

   • Real-world projects to apply piping design and drafting skills.
   • Collaboration with peers on complex piping design challenges.
   • Presenting and defending design projects to instructors and peers.