Fundamentals of Offshore Systems Design & Construction

Introduction

This GLOMACS Oil & Gas Technology training course on Fundamentals of Offshore Systems Design & Construction provides a complete and comprehensive overview of the technology for the design and construction of all types of offshore systems. This training course guides the participant from the basic design through construction, fabrication, load-out, and commissioning to start-up and handover of the facility. This 5-day Oil & Gas Technology training course on Fundamentals of Offshore Systems Design & Construction will highlight all major components required for offshore developments, such as fixed and floating platforms, FPSOs, risers, pipelines, process, and utilities.

This training course focuses on the key technical challenges and risks associated with the execution of Offshore System design and construction. It will arm the participant with a wealth of knowledge to help them advance their project.

This Fundamentals of Offshore Systems Design & Construction training course will feature:

• Fixed structures, floating structures and mobile structures
• Field architecture and development, well construction
• Environmental conditions affecting design
• Construction, fabrication, load out and installation of the facility
• Interfaces, commissioning and decommissioning of offshore systems

Objectives

By the end of this Fundamentals of Offshore Systems Design & Construction training course, participants will be able to:

• Identify the key considerations and characteristics of each type of offshore fixed and floating structure
• Understand the effects of the ocean environment on facilities design, construction, and operations
• Interpret the impact that space, loads and forces have on the structural design and global performance of offshore structures
• Recognize and manage key design and operational interfaces between the major components of offshore facilities systems

Training Methodology

This Fundamentals of Offshore Systems Design & Construction training course on Fundamentals of Offshore Systems Design & Construction will utilise a variety of proven adult learning techniques to ensure maximum understanding, comprehension and retention of the information presented. The daily workshops will be highly interactive and participative. This involves regular discussion between both delegates and training course director. This training course will provide the participant with an in-depth knowledge through detailed information, real-life case studies, photos and video animation.

Organisational Impact

For the design and construction of offshore systems, a firm knowledge of the fundamental principles of the various systems is essential. To be capable of handling the numerous project challenges and stay within budget and schedule, it is important to have educated, knowledgeable and well-trained personnel that:

• Understand the entire project from the well to export of the end product
• Is aware of the main selection criteria in regard to equipment operating conditions and safety considerations
• Appreciate the interdisciplinary nature and teamwork required for successful projects
• Understand the rules, regulations and industry standards
• Adopt the industry best practices

In sending delegates to this Fundamentals of Offshore Systems Design & Construction training course, the organization will gain the following benefits:

• Develop a technically strong team
• Increase efficiency
• Realize higher performance at lower costs within compliance
• Control project budget and prevent overruns

Personal Impact

Understanding of the entire project will provide the participants with the tools necessary to find answers and solutions and make appropriate decisions to progress in present and future projects. This Fundamentals of Offshore Systems Design & Construction training course will provide multidisciplinary understanding of:

• Key design considerations of the overall facility
• The impact of rules and regulations on the design of the facility
• The impact of your role in the project
• The importance of interdisciplinary nature and teamwork required to achieve successful projects
• How and why things could go wrong?