ILS

Logistic Support Analysis, Product Support Analysis & Supportability Analysis Course

This course demonstrates how the timely and tailored application of these issues identifies and manages risk, lowering the acquisition and whole life cost of a project resulting in cost-effective and successful programmes. Examples of the implementation of these essential principles across design, upgrade and off the shelf programmes for both hardware and software together with the varying terminology used within the discipline are considered.

Reliability Centred Maintenance Course

An intensive, hands-on course of instruction, into all facets of Reliability Centred Maintenance. The course presents a no-nonsense approach to applying the latest techniques for development of a cost-effective Scheduled Maintenance Programme.

Life Cycle Costing, Level of Repair Analysis (LoRA) and Support Related Costing Course

The course is a comprehensive study of Cost of Ownership and Level of Repair Analysis (LORA) principles and modelling techniques that can be applied to ownership cost estimation. It considers how these models function and how they can and are used to inform the decision making process.

Introduction to ASD S Series e-Learning

All modules are self-led e-Learning courses and will take between 1-3 hours depending on the student’s prior knowledge of the subject.

In-Service Support Course

The course delivers a synopsis of those in-service Support Engineering, Operations Management and contractual activities that must be considered in order to provide successful delivery of best value through life.

Introduction to ILS e-Learning Course

This e-Learning will allow participants to gain an understanding of the management of the support process throughout the life of a product or project.

Availability, Reliability and Maintainability (AR&M) Course

This is an in-depth course using a hands-on approach. This course presents a practical review of AR&M by presenting an overview of acquisition phase objectives and their application in the design and development of equipment and systems.