The aim is to consider the pros and cons of a proposed model built from design documents of systems engineering design, into which process is integrated. The model, to be presented by George Caple, consists of a Department of Defense Architecture Framework and an ANSI/AIAA G-043 Proposed Operational Concept Document. This model is directly related to the published work of Peter Checkland (Soft Systems), and James Martin (Aerospace).

MOD Architectural Framework (MODAF) is being developed as a critical enabler of Network Enabled Capability, which enables improved interoperability and should realise significant cost avoidance benefits through improved efficiency of the MOD acquisition processes and reduction in the amount of rework required to deliver interoperability and integration.

The Midlands Local Group of the UK chapter of the International Council on Systems

Achieving effective verification, validation, test and evaluation of current and future network centric and complex systems involves many challenges. Three expert speakers will introduce the session by briefly giving their views on some current and near-term challenges facing suppliers and customers as they strive to demonstrate and accept contract compliance and fitness for purpose:

Learning from experience… a fully interactive workshop involving over 40 practitioners from the MoD and other industry sectors – you. Come with burning questions or smouldering solutions – audience participation is mandatory, learning is guaranteed.

The UK makes a significant contribution to the latest thinking in Systems Engineering as evidenced by the prize winning papers accepted for the INCOSE International Symposium of 2005. This event will provide a preview of four UK papers that have been accepted for either the INCOSE International Symposium 2006, or the Conference on Systems Engineering Research 2006:

The theme of this event is issues related to the whole life costing of systems, and it will feature presentations from three guest speakers from these organisations:

The theme of this first event is the challenges facing Systems Engineering now and in the future and will feature two guest speakers:

The Business Case For Systems Engineering

Since the terrible events of 11 Sep 01, the world has faced a much more uncertain future. Routine travel throughout the world by air, which has hitherto been taken for granted, has become a major source of concern. This has not only caused a major re-assessment of the security and safety of air travel, but the certainties surrounding many other aspects of our ever-more interconnected life have been called into question. A number of recent public inquiries into major incidents have referred to a failure of systems as a prime contributory factor.In getting to the root of these kinds of issues we need to take into account all dimensions of the problem – people, both operators and customers, technology, organisation, environment etc – in other words, the kind of holistic approach that Systems Engineering is well placed to provide. The Spring Symposium for 2002 will therefore have as its theme “Triple SE” – Safe and Secure Systems Engineering.

Engineering evolved during the second half of the second millennium as a process for harnessing technology to produce products to support human-centric activity. As engineering became more specialised society’s expectations of engineering it increased. These fostered the need for an overarching process to co-ordinate and integrate engineering and related activities. From these beginnings, systems engineering has emerged in the last 60 years. Systems engineering is the interface between engineering and its customers: commerce and society. It has proved so useful and successful that it has been adopted by non-engineering, more human-oriented disciplines. In order to meet the challenges of these new applications, systems engineering has broadened its tool set to embrace “soft” methods, many of which were originally developed in the human sciences. Thus systems engineering has evolved to provide an integrating conceptual framework for understanding stakeholder (including customer and user) needs; for exploring the solution space to determine the preferred solution; and for co-ordinating all the specialist activities that are needed to realise the selected solution. The discipline of systems engineering now straddles the traditional boundary between the Sciences and Humanities. It has become subject to complex, sometimes contradictory influences. During the 2001 Spring Symposium we would like to explore both the achievements of systems engineering and the challenges facing it. What is the current state of systems engineering? How will it develop in the future? What are the driving forces behind the development of systems engineering? What new skills do systems engineers need to acquire? What new process concepts need to be developed to formalise the application of SE beyond the traditional ‘hard’ systems boundaries? What emerging technologies can be exploited to enhance systems engineering tool capabilities?