Exploration & Production Training

The Oil and Gas Training course focuses on providing participants with a solid understanding of wellsite geology. The course covers various aspects such as well planning, subsurface hazard identification, data acquisition planning, and post-well duties. It is designed for mudloggers, wellsite contractors, and beginner to intermediate wellsite geologists looking to enhance their skills. The course includes topics like directional drilling, coring, geosteering, formation pressure evaluation, and pore pressure assessment. The tutor has extensive industry experience and offers training globally.

The Marine Structures Training course focuses on providing engineers with the necessary background knowledge to utilize Finite Element Analysis (FEA) tools for structural analysis. The course covers various topics such as finite element types, pre and post-processing, materials modeling, and advanced FEA techniques. It is designed for engineers and scientists involved in designing, operating, and assessing onshore and offshore structures. The course spans three days and is led by Professor Chris Pearce, an expert in computational mechanics.

The course on Design & Analysis of Submarine Structures focuses on providing comprehensive coverage of structural design, emphasizing material selection, fabrication, and toughness for military submarines. It aims to equip Engineers, Operations’ managers, Fabricators, and Technologists with the knowledge to analyze and design submarine structures effectively. The course includes lectures on submarine design overview, material selection, finite element analysis, structural reliability theory, and fatigue analysis. Expert lecturers with extensive experience in submarine structures lead the program, offering valuable insights and practical knowledge for participants.

The Risk Analysis and Structural Reliability Training course aims to provide participants with a foundational understanding of risk analysis and structural reliability, emphasizing uncertainty modeling in load and strength applications. It targets practicing engineers and research scientists seeking to grasp these concepts for safety assessment of engineering structures, particularly in offshore and marine settings. The course covers topics such as safety case elements, hazard identification, risk assessment, and reliability engineering methods. It is designed for professionals involved in the design, assessment, and management of various engineering structures.

The Multiphase Flows Training course aims to provide a systematic approach to designing multiphase transportation systems in the oil and gas industry. Participants will gain analytical understanding of multiphase flows, learn to design pipelines under various conditions, and interface with other industry disciplines. Topics include flow fundamentals, phase behavior, pipeline design, subsea systems, and transient flow design. The course targets engineers, researchers, managers, and professionals in the oil and gas sector. Delivery includes lectures, case studies, software demonstrations, and laboratory sessions over a 5-day duration.

Gear Design Training aims to provide essential knowledge on gear design fundamentals, focusing on the involute system's flexibility. The course covers gear geometry, design procedures, manufacturing, metrology, and tolerancing. It also addresses gear load capacity, lubrication, measurement, noise, and failures. Suitable for individuals with prior experience or new to gearing, the course includes lectures, tutorials, and practical examples. Participants are required to bring scientific calculators. Gear Design Training is a 5-day course offered in various locations in the UK and internationally.

The Advanced Control Systems Training course provides a systematic approach to designing and analyzing control systems for industrial applications. Delegates will gain comprehensive knowledge of computer control system structures, design tools, and methodologies for applying control in single loops. Topics include process modeling, feedback control, digital controllers, and advanced techniques like Kalman Filter and Model Predictive Control. This course is ideal for automation engineers in industries such as process, energy, and pharmaceuticals involved in control system design, development, and operation.

The Structural Response Training course covers blast loading and fire response for engineers, managers, and scientists. Participants learn about blast loading principles, design guidance, structural and human response assessment, and fire physics. The course emphasizes design procedures for steel and concrete members under blast loading and fire resistance methods. By the end of the course, attendees will be equipped to apply various technologies to assess structural responses under fire and blast loading.