18 August 2025
Ports these days are collecting more data than ever. Real-time measurements - current speeds, tides, wave conditions, vessel movement - it’s all being logged, stored, reported. Often there’s no shortage of information.
But what we’re often seeing is: it’s not being used to make decisions.
And that’s the bit that matters most.
When we talk to customers, they’ll say, “Yeah, we’ve got data on that.” And they do. But when you ask, “Is it helping you run your port more efficiently? Are you using it to plan around downtime or reduce delays?”, it’s usually, “not really”.
What’s missing is that middle step between measurement and insight. The ability to take all that data and run it through something meaningful, that actually answers the questions you’re facing on the ground.
Ports have massive systems in place. There are so many moving parts: berth limits, dredging constraints, channel access, vessel queues, offshore conditions. A delay in one part of the chain often causes a knock-on effect somewhere else.
If we can model the system in real time - not just measure it - we can start to flag those issues before they happen. Not just reporting after the fact but helping the operators make better calls at the time.
We’ve done this in previous projects using discrete event simulation - linking land-side processes with marine operations. We saw how powerful it was when customers could run different scenarios and see where the bottlenecks moved. That’s the sort of thing that helps people make confident decisions.
We’re not saying ports need to invest in more sensors or more tech. A lot of them already have the inputs. The opportunity is in turning it into something useful.
And in my view, that comes down to:
Because each port is different. The weather, the berthing limits, the operational rules, the loading systems, they all play a role. So, if your model doesn’t reflect those, the insight won’t be useful.
When data is turned into insight, customers can:
It’s not just about performance metrics. It’s about decision-making confidence.
There’s already momentum building around this at BMT. We’ve got digital leads looking at how we can bring together the right people - not just in one office, but across the business - to help design tools that solve real problems for port operators.
But what it comes down to is closing the loop between data and action. That’s where the value is. Not just having the data but being able to act on it in real time and knowing that the decision is backed by something solid.
That’s where we’re heading. And it’s exciting.
If you're sitting on data but still unsure what it's really telling you, you're not alone. Every port faces different challenges. If you're wondering what insight might be hidden in your data, we’re happy to explore it with you.
Linden is a Senior Principal Coastal and Maritime Engineer based in Perth with over 20 years of experience in feasibility, planning and design of ports and maritime facilities. He has delivered numerous feasibility studies from concept to bankable stage for new ports and port expansions in Western Australia and overseas, providing technical leadership required to integrate diverse studies including analysis and modelling of metocean conditions, development of design conditions, design of maritime structures and navigation channels, dredging and reclamation, harbour tranquillity, ship mooring, ship motion and port operability, simulation of ship navigation, marine traffic risk assessment, and modelling of port logistics. For a recent magnetite transhipment feasibility study, Linden led the development and application of a computer model simulating the integrated logistics of landside processing, materials handling and transhipment operations to evaluate throughput performance, equipment selection and inform project costing.
His experience in design of recreational boating facilities includes development and evaluation of designs and costs for pontoons, boat ramp and jetties, siting studies for new facilities, and investigating the impact of marine traffic wake on moored recreational vessels.
As a specialist in coastal processes, Linden’s experience has been applied to a wide range of measurement and analysis of wave, current and tide data, coastal monitoring, coastal hazard assessment, design of shoreline protection structures, beach nourishment, and dredging and sand bypassing, including planning and management of a range of maintenance dredging projects for the Department of Transport in Western Australia.
N/A
As offshore wind continues to gain momentum in Australia, there’s no shortage of enthusiasm for its potential: clean energy, economic opportunity, engineering challenges. But amid all that ambition, there’s a question that often goes unasked: ‘What happens back on the coast?’
N/A
The integration of autonomous maritime systems into the naval and commercial sectors is accelerating, driven by AI, distributed sensor networks, and long-duration autonomous platforms.
N/A
Read how our evaluation of Woorim Beach’s sand backpassing trial is helping the City of Moreton Bay address erosion challenges and optimise coastal protection strategies for the future.
Laura Blake
Laura Blake, Head of Sustainability shares her view on embedding social value, and the importance of shifting mindsets over mandates.