TEAM works with asset-intensive organisations to improve and enhance how critical decisions are made, executed and scaled across the asset lifecycle.
We establish the asset management foundations, strengthen decisions through data and decision intelligence, identify opportunities for optimisation, and carry the work through to measurable value.
TEAM incorporates asset management, data science and analytics, simulation, optimisation, technology and execution to achieve optimal operational outcomes.
We assess people, processes, systems and data against organisational objectives to define the asset decisions that matter. This establishes the accountabilities, information, workflows and decision architecture required to support consistent performance. The right people. The right work. The right time. The right way
We break down critical decision processes and identify how data, analytics and simulation can make them better informed, more efficient and more consistent. Simulation allows leaders to compare scenarios and understand how different conditions affect the right decision before committing resources or accepting risk.
Once the decision environment is understood, TEAM identifies what can be simplified, optimised or automated. This may include workflow improvements, system integration, analytics, AI, automated decision support or purpose-built technology.
TEAM carries the work from analysis into operational use. We define the expected value, establish how it will be measured and remain accountable for whether the agreed changes produce the intended operational or commercial outcome.
Asset-intensive businesses where performance pressure remains constant and the margin for reactive operations continues to shrink. Team works across environments with distributed assets, constrained maintenance windows, and high failure consequences.
Our work helps operational leaders reduce reactive cost, strengthen reliability and improve capital and maintenance decisions while gaining greater value from existing systems.
Mobile equipment fleets, haulage and maintenance demand shape how much a mining operation can produce. Common questions include dispatch rules, loading and queueing constraints, component change-out timing and future workshop capacity.
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Rail operators and asset owners need to understand how timetable changes, possessions, consist configuration and infrastructure options will affect network capacity before implementation. Pathing and maintenance access interact with gradients, loads and braking conditions, so a change in one part of the network can affect performance elsewhere.
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Receival, storage and onward movement must remain coordinated for a bulk-handling terminal to maintain throughput. Stockyard limits, receival schedules and transport interfaces can constrain flow across the operation.
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Supply chain and logistics operations depend on activity across connected facilities, transport modes and schedules. Changes in demand, capacity or timing can affect inventory positions, resource requirements and service performance elsewhere in the network.
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Utilities and energy teams manage assets that must remain available while demand changes and major investment programs progress. Infrastructure options and operating requirements can affect capacity, reliability, cost and long-term asset value across the network.
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Processing and heavy industry operations rely on fixed assets and connected production processes. Equipment reliability, maintenance windows and resource constraints can affect throughput across the site.
Find your sectorAsset management is not limited to maintenance. It connects organisational objectives with decisions made across asset strategy, design, commissioning, operation, renewal and decommissioning. When these decisions are disconnected, the impact is felt across cost, risk, reliability, productivity, and asset value.
Teams make technically sound decisions, but the connection to organisational objectives, lifecycle requirements and commercial priorities is not always clear.
TEAM defines the decisions that matter, who is accountable for them and what is required to carry them into execution.
Asset-intensive organisations hold significant volumes of operational data across ERP, EAM and other bespoke systems. The challenge is ensuring that information is structured, trusted and aligned to the decisions it needs to support.
A strategy, model or technology implementation does not create value on its own. Value is realised when the work changes how decisions are made, how the operation performs and how outcomes are measured.
TEAM develops technology to address specific gaps in systems, processes and decision environments.
Our products are built from operational requirements and applied where they can improve the quality, speed or consistency of delivery. They work alongside existing enterprise systems rather than requiring clients to replace them.
Simulation and optimisation capability deployed within consulting engagements. GNOS models asset behaviour, tests scenarios, and quantifies trade-offs before decisions are made.
Axient structures and governs asset data into a single, trusted environment — the foundation every planning and maintenance decision draws from.
Vantage gives operations leaders real-time visibility into process execution, adherence, and performance outcomes across every site.
Technology delivers more value when the organisation has the foundations in place for it to perform effectively. TEAM uses a structured maturity approach to define what the organisation can support now and what it should develop next.
Organisational objectives are connected to asset decisions, accountabilities, processes, systems and data.
Clear decisions. Trusted foundations. Defined accountability.
Data, analytics and simulation strengthen how teams assess options, understand trade-offs and make decisions under different operating conditions.
Better evidence. Clearer scenarios. More informed decisions.
Proven processes and decision logic are enhanced, improved, integrated and automated where doing so produces measurable value.
Efficient execution. Scalable capability. Measurable performance.
This maturity model prepares organisations for what comes next. Technology will continue to evolve, require upgrades or become obsolete. The right foundations allow the organisation to evolve without rebuilding its operating environment each time.
Organisations shouldn’t have to rebuild every time technology changes.
We will assess the environment around it to help determine the most effective response – whether through existing capability, a new approach or a purpose-built solution.
