GET EXPERT INTEGRATED LOGISTICS & ASSET MANAGEMENT SUPPORT

We use a highly structured approach to define, analyse, and quantify your logistics support requirements, optimising your maintenance efficiency and reducing the cost of ownership for your assets. Our specialised integrated logistics practitioners will provide you with the knowledge to realise the potential of your business' capabilities. Logistics Support Analysis is the foundation of effective ILS planning, identifying maintenance tasks, support equipment needs, spares requirements, and training demands with the precision Defence evaluators expect. Our LSA methodology ensures your logistics support plan is data-driven, not assumption-based, giving you confidence in your maintenance predictions and lifecycle cost estimates.

Asset management is a systematic process of developing, operating, maintaining, upgrading, and disposing of assets in the most cost-effective manner. It plays a vital role in the Rail industry where assets like tracks, trains, signals, and stations all require management. It enhances operational efficiency, optimises costs, ensures safety and regulatory compliance, aids in strategic planning, and contributes to sustainability efforts. Our asset management specialists help Defence contractors and Rail operators manage their asset portfolios strategically across the entire lifecycle, from acquisition planning through operational support to final disposal, ensuring maximum value and minimum total cost of ownership.

Reliability, Availability, Maintainability, and Safety (RAMS) are key capabilities in systems engineering and operations management. They optimize costs, manage risks, improve customer satisfaction, ensure regulatory compliance and enhance operational efficiency. Reliability refers to a system's ability to perform its functions under specified conditions. Availability measures the operability of a system as required. Maintainability is about restoring system operation quickly after a failure. Safety ensures that the system operates without causing unacceptable harm or damage. Each component has a specific focus and plays a vital role in capability management. Our RAMS specialists develop comprehensive analyses that demonstrate to Defence and Rail stakeholders that your system can be supported cost-effectively throughout its operational life.

Life Cycle Costing (LCC) is a method that considers all the costs associated with the acquisition, ownership, and disposal of an asset or system over its entire life cycle. LCC includes initial capital costs, operation and maintenance costs, and disposal costs. It's a crucial element in capability management, particularly in Defence and large infrastructure sectors. Our LCC specialists develop comprehensive cost models that reveal the true cost of ownership beyond acquisition price. Defence evaluators use these models to assess value for money across competing proposals. Understanding lifecycle costs positions you competitively in tenders and supports informed capability management decisions.

Spares Assessment and Optimisation refers to the evaluation and improvement of spare parts inventory. It ensures the right parts are available when needed, minimising downtime and maximising system performance. This involves analysing usage patterns, failure rates, lead times, and costs. Systematiq's expertise in this area aids in cost-effectiveness, operational efficiency and customer satisfaction by reducing unnecessary inventory, preventing equipment downtime, and ensuring optimal system availability. It's an important capability as it directly impacts operational readiness and bottom-line results. For Defence contractors, we develop Recommended Provisioning Lists (RPL) that meet DEF(AUST)5692 requirements.

Obsolescence Engineering involves managing and addressing the lifecycle of components in a system that are becoming outdated or discontinued. This discipline uses mechanical and electrical engineering expertise to maintain, replace or redesign these parts, ensuring the ongoing functionality and efficiency of the system. It's crucial in industries like aerospace, avionics, and electronics where technology changes rapidly. Obsolescence Engineering minimises risks associated with outdated components, such as equipment failure or unavailability of spare parts. It's essential because it enhances system reliability, maintains operational efficiency, and prevents potential costs associated with sudden system failures or redesigns. Our obsolescence specialists proactively manage component lifecycles before they become operational crises, protecting your long-term capability and avoiding emergency redesign costs.