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Offshore survival training matters long before the system is switched on

29 May 2025

ENGINEERING AND automation teams play a critical role in making offshore operations run smoothly. From control system design to drive installations, much of the offshore energy sector depends on professionals who understand how to build and maintain reliable, intelligent systems.

Despite all the attention given to electrical schematics, interface configuration and motor logic, one question is often overlooked: what happens when something goes wrong?

Offshore environments are inherently high-risk. Platforms are isolated, weather conditions change fast, and emergency response options are limited. That is why offshore survival training has become a non-negotiable foundation for anyone expected to work in or support offshore operations. It is not only relevant for deck crews or marine personnel, but increasingly important for automation engineers, control technicians and system specialists who install, inspect and maintain offshore assets.

Why safety training must match technical skill

Modern offshore platforms rely on complex automation to run drilling operations, manage power systems, monitor sensors and ensure stability. The teams who service or install these systems often rotate in on short contracts, perform high-pressure tasks in confined spaces and interact with equipment that cannot be easily shut down.

Offshore survival training equips technical staff with more than general safety rules. It teaches how to stay calm in low-visibility conditions, escape from a smoke-filled compartment or survive a sudden evacuation. These are not distant, hypothetical scenarios; they are possibilities that must be planned for, especially when systems or environments don’t respond as expected.

Training typically includes helicopter underwater escape, use of life rafts, fire and smoke response, first aid and cold-water exposure. While these skills may seem unrelated to automation work, the reality is that an automation specialist might be the only one on-site who can initiate a safety override or direct others during a control system failure. Preparation in these situations can make the difference between minor disruption and serious incidents.

The BOSIET Certificate: A shared safety standard

For most offshore roles, holding a BOSIET certificate is the minimum requirement for deployment. BOSIET, which stands for Basic Offshore Safety Induction and Emergency Training, is an internationally recognised programme that focuses on real-world risks and how to respond to them in an offshore context.

It is often the first certification an engineer or technician receives before taking an offshore assignment. The programme covers core elements like personal survival techniques, fire safety, first aid and the use of emergency breathing systems. The goal is not to turn specialists into first responders, but to ensure that everyone working offshore can protect themselves and help stabilise a situation before dedicated rescue arrives.

The BOSIET certificate also serves as a common language across teams. When everyone has gone through the same drills and knows what the protocols are, coordination becomes faster and smoother. This is especially important for technical contractors or systems engineers who may be on-site for a few days or weeks but still need to integrate into ongoing safety procedures.

Where expertise meets emergency preparedness

In high-spec industries like automation and control systems, professionals are expected to keep operations stable and efficient. However, offshore, that expectation includes the ability to handle unpredictability; technical readiness and personal safety must go hand in hand. It is not enough to know how to wire a control cabinet if you cannot locate an escape route under pressure or recognise the signs of exposure in a coworker.
Companies and training providers that work with offshore industries understand this. That is why they continue to offer offshore survival programmes tailored to engineers, inspectors and installation teams. Providers like FMTC design their courses with practical, scenario-based instruction that reflects the risks automation professionals face.

Conclusion

Control systems and drive technologies form the backbone of offshore platforms, but they rely on human expertise to keep them running safely. For professionals in the field, investing in offshore survival training is not an added burden. It is part of being ready for everything the job demands, both technical and environmental. When backed by a recognised BOSIET certificate, that training ensures the people behind the systems are as prepared as the equipment they install.

 
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