Advanced Oil and Gas Engineering

This course is designed to provide student a detailed knowledge of
the technology required and all major engineering related
elements associated with the oil and gas industry. One of the main
features of the programme is its interdisciplinary nature, suitable
for students with mechanical, civil, electrical, chemical and other
suitable engineering backgrounds, making them future engineer-
ing leaders. The programme provides you with both theoretical
and practical grounding in this field, equipping you to tackle the
challenges of this fast-evolving industry.

i. WELDING INSPECTION PRACTICE
• Welding terminologies and definitions
• Common welding processes e.g SMAW, GTAW, GMAW, FCAW, SAW
• Types of welding consumables
• Quality standards and requirements for welding
• Welding procedures and welder qualification
• Welding Procedure Qualifications and Specifications.
ii. COATING INSPECTION PRACTICE
• General Inspection Practices
• Corrosion theory
• Coating conditions
• Surface preparation methods, purpose and
standards
• Blasting methods and equipment
• Paint systems, manufacture and technology
• Paint film testing and equipment
• Adhesion test and equipment
• Cathodic protection
• Paint application methods
iii. NON DESTRUCTIVE EXAMINATION
• Visual Testing
• Liquid Penetrant Testing
• Magnetic Particle Testing
• Ultrasonic Testing
• Radiographic Testing
• Radiographic Film Interpretation
iv. PIPING
• Process Piping Codes & Standards
( ASME B 31.3, B 31.1, API 570 ASME B
16.5 )

iv. PIPING
• Process Piping Codes & Standards
( ASME B 31.3, B 31.1, API 570 ASME B
16.5 )
• Overview of Static & Rotary Equipments.
• Piping Materials
• Design Pressure Calculation
• Wall thickness Calculation
• Lead testing Practices
• Piping Components and fittings
• Process Piping Codes and Standards.
• Piping & Engineering Drawings
• Piping & Isometric Drawings
• Design of miter bends
• 3D Modelling
• Fabrication and Erection Techniques.
• Scope of Piping Engineering
• Piping Elements & Specialties
• Mechanical Design Fundamentals
• Pipe Hydraulics & Sizing
v. DAMAGE MECHANISMS
• General and Local metal loss
• Local metal loss
•Surface connected cracking
• Sub-Surface cracking
• Corrosion Under Insulation
vi. BEST INDUSTRIAL PRACTICES
• Exposure to industrial documentation
• Review and preparation of documents
• Introduction for Reporting Formats
• Heat Ventilation and Air Conditioning (HVAC)

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