Training & Competence

“High-fidelity simulation is only the beginning, as energy transitions expand in upstream and downstream operations expedited along more automated, connected and technically sophisticated, safety training faces a parallel demand and essential broach strategizing new workforce competence and development.” Held from January 27–30, 2026 at ONGC Advanced Training Institute in Goa, the fourth edition of India Energy Week brought together more than 75,000 energy professionals, 700

BOSIET is the offshore safety induction course used across standard operating environments, while Tropical BOSIET is the same core training adapted specifically for personnel working in tropical, warm-water regions .

Underwater welding ranks among the most hazardous jobs in the offshore world because it forces a diver to combine two dangerous disciplines — commercial diving and hot work — inside an environment that punishes every mistake with pressure, poor visibility, electrical current and slow rescue. The weld itself is only the final, visible step; the real safety work happens in planning, isolation, permit control and emergency readiness long before anyone enters the water.

HUET (Helicopter Underwater Escape Training) is an OPITO-approved course that teaches offshore workers how to survive and escape a helicopter that has ditched or capsized in water. It covers disorientation management, restraint release, emergency breathing system (EBS/CA-EBS) use, and post-escape survival, and is required for most personnel who travel offshore by helicopter.

BOSIET is the essential first step for anyone entering offshore work. This guide explains what the OPITO-approved course covers, why helicopter safety, sea survival, firefighting, first aid, EBS and CA-EBS training matter, and how BOSIET prepares workers for real offshore conditions in India and globally.

A Practical Offshore Safety Guide for Oil & Gas, Offshore Wind, HSE, and Marine Personnel in India Dry CA-EBS training prepares offshore personnel to understand, inspect, deploy, and use a Compressed Air Emergency Breathing System without entering water. Shallow Water CA-EBS training adds controlled in-water practice so learners can experience using CA-EBS in shallow water under controlled environment and trained dive instructor supervision. Both support helicopter emergency

The Courses, Certifications, and Safety Skills That Can Shape an Offshore Career India’s energy economy is entering a decisive decade. Oil demand is projected to keep rising, offshore development is expanding, and operators are under pressure to build a workforce that is not just technically skilled, but demonstrably safe and deployment-ready. That shift is changing what “career potential” means in the energy sector. It is no longer enough to have ambition, a technical diplom

Offshore environments do not forgive hesitation, weak coordination, or half-learned emergency procedures. That is why OERTM offshore training matters: it prepares designated emergency responders to act with control, clarity, and discipline when fire, smoke, injury, equipment failure, or evacuation risk threatens an installation and everyone on it.

The global energy sector employed 76 million people in 2024, with oil and gas supply alone accounting for around 12.4 million direct jobs across exploration, production, refining, and transport. It remains one of the world’s most demanding and well‑paid industries—but also one of the most unforgiving when things go wrong.

Discover how Suraksha Marine’s industry-leading offshore safety training programs equip you with the skills, certifications, and confidence to build a successful career in the global energy and maritime sectors. Learn why the right training can transform your future.

The Super Puma helicopter had just departed from the Borgsten Dolphin drilling rig, carrying offshore workers back to Aberdeen. As the weather at Sumburgh worsened, visibility dropped to 2,800 meters, with broken clouds at 300 feet. These conditions required an instrument approach, meaning the pilots had to rely solely on cockpit instruments without any external visual references.

In the unforgiving environment of offshore helicopter operations, the margin between life and death is measured in seconds, not minutes. This comprehensive exploration of Helicopter Underwater Escape Training with Compressed Air Emergency Breathing Systems reveals why OPITO-approved training at facilities like Suraksha Marine transforms survival statistics from tragic to triumphant. Day 1: The Life-Saving Reality—Why Every Second Counts The Physiological Clock Starts Ticking

The energy sector is evolving rapidly, and hydrogen is at the forefront of this transformation. As offshore operations and energy production shift towards cleaner, sustainable fuels, mastering hydrogen technology becomes essential. I have explored the landscape of hydrogen training courses and discovered how they equip professionals with the skills to thrive in this dynamic environment. Whether you are involved in offshore safety, technical operations, or energy management, u

The offshore oil and gas industry demands precision, resilience, and above all, safety. Every professional stepping onto a rig or platform must be equipped with the right knowledge and skills to navigate this challenging environment. I have seen firsthand how comprehensive training transforms careers and saves lives. Today, I want to guide you through mastering offshore oil and gas training, focusing on the critical role of offshore safety training. This is not just about com

By Suraksha Marine – Equipping Offshore Professionals for a Hydrogen‑Powered Future Introduction As the global energy system pivots toward low-carbon solutions, hydrogen has emerged as a versatile, zero-emission energy carrier. Its applications offshore are multiplying, from blending into natural gas networks to powering fuel cells aboard vessels and processing platforms. The global hydrogen market is projected to grow from USD 282.6 billion in 2025 to USD 556.6 billion by 20

Detection Protocols, Medical Considerations, and Escape Procedures Tailored for Hydrocarbon Environments Introduction Hydrogen sulfide (H₂S) is among the most perilous hazards encountered in offshore and onshore hydrocarbon operations. Colorless, heavier-than-air, and odorous at low concentrations, H₂S can incapacitate or kill within seconds at high concentrations. Despite modern detection systems and procedural controls, dozens of industry fatalities continue to stem from H₂

A Step-by-Step Walkthrough of BOSIET, HUET, FOET, and H₂S Training Requirements for Offshore Explorers and Production Teams Introduction: Why Structured Induction Matters Offshore The offshore oil and gas industry is one of the world’s most challenging operational environments. Isolated worksites, hazardous machinery, complex chemistry paraphernalias, and harsh weather conditions create life-threatening risks—amplified by the logistical constraints of rescue and evacuation. I

How Compressed-Air Emergency Breathing Systems Elevate Offshore Helicopter Survival Helicopters are the lifeblood of the offshore energy industry, swiftly moving personnel between platforms, wind farms, and remote vessels. Yet, they operate in unforgiving conditions—where sudden ditchings, rapid cabin submersion, and disorienting inversions pose lethal risks even for the best-trained crews. The introduction of the Compressed-Air Emergency Breathing System (CA‑EBS) has revolut

By Suraksha Marine – Demonstrating the Power of Team-Based Emergency Response Introduction Offshore Emergency Response Team Member (OERTM) training serves as the backbone of safe operations on rigs, platforms, and maritime installations. When fire or a major evacuation scenario unfolds, a well‑coordinated OERTM can mean the difference between a minor incident and a catastrophic loss. This article explores how structured, data‑driven fire and rescue drills—rooted in OPITO stan

Offshore careers are not built by certificates alone. They are built through the gradual transfer of responsibility—from following procedures, to performing independently, to making decisions that affect people, equipment and operational risk. Experience remains essential. But time served and readiness for greater responsibility are not the same thing. A worker may understand the task, know the equipment and perform reliably for years, yet still be unprepared for the point at