Focusing on the Future: Technology, Digitalisation and International Shipping Training

Its constantly evolving nature is something that the maritime industry is well known for, even before the development of digital technologies. However, AI-driven navigation systems, automated logistics solutions, and digital safety protocols have pushed this evolution to a new level.

New technology is not only changing business’s approach to shipping but also how international shipping training is organized and executed. While this will never replace the importance of expert planning and monitoring, the integration of different types of technology can be revolutionary for your employees.

Whether you’ve got decades of professional experience, or you’re a newcomer to the industry, investing in continuous learning and personal development is invaluable. The need to be upskilled, as well as up to date is not only important for ensuring safety but also maintaining your competitive edge.

As well as developing training to help your team use technology onboard, new technology can also enhance existing maritime training methods.

By incorporating e-learning and LMS platforms into your existing training structures, you’re providing your team with more accessible and flexible opportunities to learn and progress. This is particularly important for any businesses working with a maritime crew, as they can continue their training even in the middle of the ocean!

Beyond this, utilizing digital platforms for training also means you have a central system for all your training processes, results, and documentation. Not only does this help ensure you meet all required standards, but also makes managing your overall training processes more efficient.

Technology can also be used to make international shipping training more engaging, helping trainees quickly develop the skills needed to succeed in the industry.

One key advancement being used globally in maritime education is ‘augmented reality’ (AR), which is designed to impose virtual elements onto physical training scenarios. For example, AR can be used to simulate different emergencies, such as adverse weather conditions in a controlled environment, allowing trainees to practise and hone their skills without serious risk.