The FPSO/FLNG Electrical and Instrumentation Systems training program by Pideya Learning Academy is a specialized technical course designed to meet the growing complexity and safety requirements of offshore floating facilities. As the energy sector moves into deeper and more challenging environments, Floating Production Storage and Offloading (FPSO) units and Floating Liquefied Natural Gas (FLNG) vessels have become critical assets in global oil and gas operations. These floating platforms require advanced electrical and instrumentation (E&I) systems to ensure safe, efficient, and uninterrupted production in dynamic offshore conditions.
According to industry data from Global Market Insights, the global FPSO market is projected to exceed USD 35 billion by 2032, reflecting the increasing demand for mobile, flexible solutions in remote offshore oilfields. Similarly, the FLNG sector is witnessing strong growth driven by the global push for cleaner energy and increased LNG trade. The integration of sophisticated E&I systems in these floating assets is pivotal for maintaining safety, optimizing performance, and ensuring compliance with stringent international standards such as IECEx and ATEX.
This five-day immersive course, delivered by Pideya Learning Academy, equips participants with deep technical insight into the architecture, functionality, and design philosophy of electrical and instrumentation systems specific to FPSO and FLNG units. The training goes beyond basic engineering principles, exploring interrelated domains such as safety system design, power generation and distribution, measurement technologies, process control, and communication networks. Attendees will learn how these systems are engineered, installed, commissioned, and maintained to ensure long-term reliability and safety in offshore environments.
Participants will explore core concepts such as electrical safety principles, equipment selection for hazardous areas, power system configuration, control loop strategies, and regulatory compliance. The curriculum also addresses common challenges in offshore projects, such as fault detection, system redundancy, and documentation workflows. Special emphasis is placed on the integration of instrumentation with distributed control systems (DCS) and safety instrumented systems (SIS), ensuring participants gain a holistic understanding of how design and operational factors influence overall system performance.
Integrated within this comprehensive learning journey are several key highlights that make this course highly valuable to FPSO/FLNG stakeholders:
In-depth exploration of offshore electrical safety requirements aligned with IECEx/ATEX certification frameworks
Technical understanding of power generation and distribution strategies for isolated offshore environments
Detailed instruction on instrumentation selection, calibration principles, and integration with process control systems
Advanced review of hazardous area classification and protection techniques for E&I components
Interpretation of electrical single-line diagrams, loop drawings, and key instrumentation datasheets
Structured overview of safety instrumented systems (SIS) and their role in offshore safety management
Insights into project documentation standards, commissioning workflows, and industry best practices
By blending theory with real-world engineering context, the FPSO/FLNG Electrical and Instrumentation Systems course empowers professionals to make informed design, installation, and operational decisions. Participants will understand how strategic choices at the design phase directly impact system reliability, safety compliance, and lifecycle performance in offshore operations.
Through case-based discussions and structured content delivery, the course enables engineers, operators, and technical managers to build their competencies in managing E&I systems across the full asset lifecycle. Whether overseeing greenfield projects or managing brownfield modifications, this training ensures that professionals can contribute effectively to project success, safety assurance, and operational excellence.
With global energy systems rapidly evolving, organizations investing in E&I competence through Pideya Learning Academy are better positioned to lead, innovate, and maintain competitiveness in the demanding world of offshore production.

Key Takeaways:

• In-depth exploration of offshore electrical safety requirements aligned with IECEx/ATEX certification frameworks
• Technical understanding of power generation and distribution strategies for isolated offshore environments
• Detailed instruction on instrumentation selection, calibration principles, and integration with process control systems
• Advanced review of hazardous area classification and protection techniques for E&I components
• Interpretation of electrical single-line diagrams, loop drawings, and key instrumentation datasheets
• Structured overview of safety instrumented systems (SIS) and their role in offshore safety management
• Insights into project documentation standards, commissioning workflows, and industry best practices

• In-depth exploration of offshore electrical safety requirements aligned with IECEx/ATEX certification frameworks
• Technical understanding of power generation and distribution strategies for isolated offshore environments
• Detailed instruction on instrumentation selection, calibration principles, and integration with process control systems
• Advanced review of hazardous area classification and protection techniques for E&I components
• Interpretation of electrical single-line diagrams, loop drawings, and key instrumentation datasheets
• Structured overview of safety instrumented systems (SIS) and their role in offshore safety management
• Insights into project documentation standards, commissioning workflows, and industry best practices