Online Course – Certified Professional Internship in Industrial Piping Systems Design by Google, L&T EduTech

Piping system design, pipe stress analysis, EPCC(M). We design the piping system according to the process requirements to meet international standards.

Suggested by: Coursera (What is Coursera?)

Professional Certificate

Intermediate level

No prior knowledge required

Time to complete the course

7-day free trial

No unnecessary risks

Skills you will acquire in the course

  • Hydraulics of piping systems under gas and liquid flows.
  • Piping design.
  • Types and grades of plates.
  • Types and grades of valves.
  • Stress analysis in pipelines.
  • Pipe supports.
  • Cross-country pipeline construction.
  • Design of the piping system in accordance with global codes.
  • Performing stress analysis in pipelines using stress analysis software.
  • Analysis of the induced stresses.
  • Changing the direction of the piping along with the supports.
  • Preparation of a specification sheet for piping materials.
  • Development of pipe number identification.
  • Predicting the overall static pressure drop in optimal piping directions.

What you will learn in the course

Courses for which the course is suitable

  • Industrial Piping Engineer
  • Mechanical Engineer
  • Hydraulics Engineer
  • Piping Systems Designer
  • Piping project manager
  • Pipeline stress analyzer
  • Process Safety Specialist
  • Industrial piping technician
  • Plumbing consultant
  • Piping Systems Maintenance Manager

Industrial Piping Engineering

Industrial piping engineering is a mechanical engineering discipline that is critical to the reliability of the plant and the safety of processes, employees, and the public.

The importance of plumbing

  • The cost of piping materials constitutes approximately 35% of the initial fixed cost.
  • The cost of field work for the piping is about 50%.
  • Piping consumes about 50% of engineering work hours for its design.

Failure of one of the piping components could result in the shutdown of the entire plant and a threat to public safety, which requires precision in design and construction.

Course content

  • Hydraulics of piping systems under gas and liquid flows.
  • Piping design.
  • Types and grades of plates.
  • Types and grades of valves.
  • Stress analysis in pipelines.
  • Pipe supports.
  • Cross-country pipeline construction.
  • ASME B31.1-C, ASME B31.3-Process Piping.

Hands-on Learning Project

The project is designed based on a practical problem, in which learners can:

  • Design the piping system in accordance with global codes.
  • Perform stress analysis in piping using stress analysis software.
  • Analyze the tensions caused.
  • Change the piping directions along with the supports.
  • Prepare a specification sheet for the piping materials.
  • Develop identification of piping numbers.
  • Predict the overall static pressure drop in optimal piping directions.

Details of the courses that make up the specialization