Splash247: The fourth skills revolution at sea

Published by Splash247

Has shipping ever asked more of its seafarers? The latest from our brand new shipmanagement magazine being distributed across Athens this week.

From alternative fuels and AI-assisted systems to cyber risk and emissions reporting, today’s seafarers are being asked to master an unprecedented breadth of new competencies – all at the same time. Industry leaders are unanimous that the pace and scale of this transition is unlike anything that has come before. The question is whether the industry can respond fast enough.

Ajay Chaudhry, co-CEO of shipmanagement at Synergy Marine Group, has lived through enough industry cycles to know when something is genuinely different. “The industry has never asked seafarers to absorb so much change at the same time,” he says. The list of previous transitions is long – containerisation, ECDIS, double-hull tankers, fuel transition, ballast-water treatment, scrubbers. But what is happening now, he argues, is categorically different in scope. “Seafarers are now expected to handle digital systems, cyber risk, alternative fuels, emissions reporting and more complex compliance. This is not a training refresh. It is a redesign of shipboard competence.”

This is not a training refresh. It is a redesign of shipboard competence

Vinay Gupta, managing director of Union Marine Management Services, accepts the premise but adds a harder question.

Upskilling, he notes, has never been optional in shipping – it has always been a condition of staying relevant. But the intensity of today’s demands raises a concern that the industry is reluctant to confront openly. “Are we, in the name of upskilling, wearing down our resources and diluting their focus on the core responsibility of managing vessels safely and efficiently? There is a need to revisit both our expectations and our deliverables.”

It is a challenge to the prevailing narrative of relentless upskilling as unambiguously positive – and one that deserves to sit at the centre of how the industry designs its response.

A new relationship with information

Massimo De Vincenzo, managing director of SeaQuest Shipmanagement, brings more than 35 years of experience to his assessment of the current moment. He has watched seafarers adapt from paper charts to ECDIS, from mechanical engine rooms to full automation. “Each transition was demanding. But what is happening now feels different in kind, not just in degree.” The distinction he draws is precise and important. “We are not simply asking crews to learn new tools – we are asking them to develop an entirely new relationship with information: to question data outputs, to recognise the limits of AI-assisted systems, to think critically rather than just follow procedure.” That kind of cognitive shift, he argues, cannot be delivered through a certification module. “It has to become part of the culture, starting from the earliest stages of a seafarer’s career.”

Sebastian von Hardenberg, CEO of Bernhard Schulte Shipmanagement and president of InterManager, is equally unequivocal about the scale of change. “I have not seen a faster or more far-reaching shift in required skills than what we are experiencing today,” he says. The convergence of complex onboard IT ecosystems, new fuel technologies and regulation, and increasing operational risk is transforming the seafarer’s role at every level. “Today’s chief engineer may manage several fuel types; crews must handle digital systems, emissions monitoring, automation and cyber-secure operations simultaneously. Training has never been more critical – that is where BSM is significantly investing.”

The velocity problem

Tim Ponath, CEO of NSB Group, acknowledges the temptation to relativise. Every generation believes its era’s changes are the most dramatic because they experience them firsthand. The transition from sail to steam, steam to oil, oil to LNG – each felt seismic to those living through it. But Ponath is not willing to dismiss today’s pace as simply the latest version of a recurring story.

“The sheer velocity of change today is genuinely unprecedented. Survival of the fittest never meant survival of the biggest or strongest – it means survival of the most adaptable. That principle applies just as much to the evolving skills of our seafarers as it does to our fleet.”

Bjorn Hojgaard, CEO of Anglo-Eastern, makes a similar point about the danger of parallel pressures arriving simultaneously rather than sequentially. “Maritime professionals today are navigating new fuel technologies, digital systems and regulatory complexity – all at the same time.” The practical implication for training is serious. “This is not a gradual shift – it is happening in parallel across multiple fronts, which makes structured preparation even more critical. Under pressure, there is no time to invent solutions – people fall back on what they already know and have practised.”

Captain Ali Ihtiyaroglu, co-founder of VTS Shipping, distils the existential risk in a single sentence: “The risk is that the pace of change outstrips the capacity of maritime education to respond.”

Cyber, connectivity and the TikTok generation

Peter Schellenberger of consultancy Novomaxis adds two dimensions that tend to get less attention in mainstream training debates.

The first is cyber security – an area where, on his LedgID platform, the data is unambiguous. “With increased digitalisation and connectivity, the importance of cyber security keeps growing – 80% of incidents are people-induced.” The second is generational.

Future training design must adapt not only to new technological requirements but to the learning styles of seafarers who have grown up in a digital-native, short-attention-span environment. “The future of training will need to adopt not only to new generational requirements but also to ever-increasing, often safety-relevant requirements of new technologies and fuels.”

Andrew Airey, managing director of Thai ship manager Highland Maritime, takes the longest view of any contributor, looking beyond the current transition to a future in which the skills needed at sea today may themselves become redundant – replaced by better-designed vessels capable of long maintenance-free operations and remote AI-assisted control from shore. It is a vision that raises as many questions as it answers, not least about the economics of spreading enormous research and development costs across a relatively small global fleet while maintaining the historically low freight costs that world economies have come to depend upon.

800,000 seafarers, a decade, a target

Henrik Jensen, CEO of Danica, offers a rare note of measured optimism. He is aware of estimates suggesting that around 800,000 seafarers will need to be upskilled in new technologies over the next eight to 10 years. Given a global workforce of approximately 1.8m, training less than half over a decade is not, in his view, an inherently impossible target. “Other industries already operate with much higher training ratios and invest heavily to keep their people up to date with new developments. The maritime industry must be prepared to do the same.”

The comparison with other industries is useful – and sobering. Aviation, nuclear energy and advanced manufacturing all invest heavily and continuously in workforce competency as a condition of operating licence, not an optional extra. Shipping, by contrast, has historically treated training as a cost to be managed rather than an asset to be invested in. The industry’s ability to change that instinct may ultimately determine whether it can staff the ships of the next decade.

The fourth revolution

The final word belongs to Manish Singh of Maris Investments, whose perspective is shaped not just by decades of working in maritime finance and technology but by something more personal. “Three generations of my family have been seafarers and shipmanagers,” he says. “I’ve said before that we are facing a fourth skills revolution in maritime – and we have to respond in a fraction of the time we had for the first three.”

It is the most concise formulation of the challenge facing the industry. The first three revolutions – mechanisation, automation, digitalisation – each took generations to fully absorb. The fourth, driven simultaneously by decarbonisation, artificial intelligence and geopolitical disruption, is demanding the same depth of transformation in years rather than decades.