Objectives
By the end of this training course, you will be able to:
- Appreciate the meanings of different technical terms and concepts used in engineering Codes and Standards
- Choose the right engineering code for an intended application and carry out certain types of engineering calculations
- Be able to understand limitations imposed by various codes on material for construction for pressure components
- Understand Key Concepts of mechanical design, construction, Inspection and testing of pressure components
- Select the appropriate standard components
Training Methodology
A highly interactive combination of lectures and discussion sessions will be managed to maximize the amount and quality of information and knowledge transfer. The sessions will start by raising the most relevant questions and motivate everybody find the right answers. The delegates will also be encouraged to raise their own questions and to share in the development of the right answers using their own analysis and experiences. Tests of multiple-choice type will be made available on daily basis to examine the effectiveness of delivering the training course.
Organisational Impact
This training course will help to improve the organization Standard Operating Procedures and process systems. The organization will find it easy to be engineering and quality certified and approved for many other companies and organization.
Personal Impact
Increase the personal ability to understand the local and international Mechanical code, Standard & Specifications as well Performing their jobs according to references. They will also be able to increase and update their knowledge reference to the best and current standards and improve their job processes, understand planning and schedule.
WHO SHOULD ATTEND?
This GLOBAL FRANCHISE General Mechanical Codes, Standards & Specifications training course is suitable to a wide range of profession but will greatly benefit:
- Design engineers
- Mechanical engineers
- Plant Managers with or without experience in application of Codes & standards
- Inspection Professionals
- Maintenance Engineers & technicians
- All professionals involved in Inspection and troubleshooting of operating plants
DAY 1
Concept of Codes and Standards
- What is Code?
- What is Standard?
- What is Good Engineering Practice?
- Why adopt Codes?
- Introduction to various normally used engineering codes
Objectives of Codes and Standards
- What is Code Philosophy?
- Assumptions in Codes and Standards
- Information provided by Codes and Standard
- Information not provided by Codes and Standards
- Role of engineering judgment
- Code Requirements, Recommendations and options / alternatives
- Code Grammar, what means by SHALL, SHOULD & MAY
- Codes singulars and plurals
- Code contents, Stated & implied stipulations in the Codes
DAY 2
Various Design and Construction codes internationally adopted
- Codes for Pressure vessels
- Codes for Piping installations
- Codes for Tanks
- Other Engineering Codes/ miscellaneous Codes
DAY 3
Various in-service Inspection codes
- Codes for inspection of Pressure vessels
- Codes for inspection of Piping installations
- Codes for inspection of Tanks
- Difference between the construction codes and in-service inspection codes
Understanding of various codes
- Brief overview of Codes for Pressure vessels
- Brief overview of Codes for Piping installations
- Brief overview of Codes for Tanks
- Brief overview of Codes for inspection, Welding qualification and Materials
DAY 4
Understanding of Various In-service Inspection codes
- Brief overview of Codes for inspection of Pressure vessels (API510)
- Brief overview of Codes for inspection of Piping installations (API570)
- Brief overview of Codes for inspection of Tanks (API 653)
What is Standardization?
- Why adopt standards?
- Concept of standardization
- Principles behind usability of standards
- Introduction to various normally used Standards
DAY 5
Introduction to Various Standards
- Introduction to ASME B 16.5
- Introduction to ASME B 16.34
- Introduction to ASME B 36.10, 36.19
- Introduction to API 600 & 610
- ASTM material standards