A 3-year EPSRC-funded collaborative research project working with Shell Internet Works, Rolls-Royce Marine, BT’s Research Department and new business incubator, Brightstar, and JBA Consulting, who will help with dissemination of the findings.
AIM: To co-create, with our industrial partners, new organisational forms, after:
· a merger or acquisition;
· restructuring; and
· the spinning off of a new business.
Funded under the EPSRC Systems Integration Initiative programme, the ICOSS research project will study:
· the integration of national, business, cultural, and technical systems in the emergent organisational forms;
· the role of information and computer technologies (ICTs) in facilitating connectivity and the exchange of ‘knowledge’.
· The project will use a combined approach based on action research involving ‘natural experiments’ and conventional practice studies such as case studies, interviews and opinion surveys for evaluation.
· Natural experiments are new ways of working and relating which have emerged from the existing organisation, and are different from the dominant culture.
· Research partners should expect benefits to accrue in a continuous stream throughout the life of the project, not just at the end.
· The project will provide practitioners with a new conceptual framework, while testing and refining the theory in practice.
· A multi-disciplinary group of International Expert Advisors from academia and business will contribute different perspectives, knowledge and expertise.
Principal Investigator: Eve Mitleton-Kelly
Co-investigators: Prof. Ian Angell
Project Manager: Dr. Steve Nicholson
Modelling Expert: Dr. Ugur Bilge, who will build the models and simulators.
Artist: Julian Burton, who will illustrate concepts and discussions.
Researchers: Nazreen A. Subhan, Kate Hopkinson, Declan Barry.
Research Officers: to be appointed.
Administrator: Slavica Savic
The Research Team is part of the Complexity Group, within the LSE's Information Systems Department. The Group has attracted research funding from: BT, Citigroup (New York), GlaxoWellcome UK, the Humberside TEC, Shell, World Bank (Washington DC) Zeneca, and the EPSRC on four research projects
International Team of Advisors
John L. Casti: Santa Fe Institute, New Mexico and IIASA in Vienna. Executive Editor of the Journal “Complexity”. He will advise on modelling and simulation.
Chris Clegg: Institute of Work Psychology, University of Sheffield, will advise on organisational psychology and human factors.
Raul Espejo: Prof. of Information Systems, Lincoln School of Management. Has been awarded an EPSRC grant for a network on ‘Systems and the Information Society’. The network and ICOSS address complementary issues and will benefit from a strong link.
Rachel Harrison: Prof. of Computer Science, University of Reading. Will advise on e-collaboration.
Bill McKelvey: Prof. of Strategic Organizing at the Anderson School at UCLA, USA. He will advise on socio-technical systems design and on the application of complexity theory and emergent structure, and computational agent-based adaptive-learning models.
Luciano Pietronero: Prof. of Solid State Physics, Department of Physics, University of Rome “La Sapienza” and Director of the INFM Unit, which consists of 200 theoretical and experimental scientists in the area of Condensed Matter. He is a member of the European Network TMR on Fractal Structures and Self-Organisation. He will advise on developments in complex systems in physics and the other natural sciences.
Alan Wilson: Geographer and Vice-Chancellor, Leeds University. There are many industrial situations in which mathematical modelling is a critical component of optimal developments. Prof. Wilson has articulated this task in his recent book (‘Complex spatial systems: the modelling foundations of urban and regional analysis’ 2000) and will contribute by helping to connect this toolkit to complexity theory.
Arie de Geus: ex-Shell and author of the ‘Living Company’. Formerly Head of Planning at Royal Dutch/Shell and a founder of the Society for Organisational Learning (SOL), is well known for his ability to put over novel concepts to top business and government leaders and will contribute in this capacity.
Gerard Fairtlough: founder and ex-CEO of Celltech, and author of ‘Creative Compartments’. Has been working with the LSE Complexity Group to develop the ‘Complexity Game’, which provides experiential learning of some complexity principles. He has long experience of business and of putting research findings to practical use and will contribute by advising on the development of business games, on the application of complexity and on the methodology.
Peter Fryer: was Chief Executive of Humberside Training and Enterprise Council (TEC). Peter has based the management, leadership and organisational principles of the TEC on the application of complexity. He will lead the project’s initiative on disseminating the findings to the Small Business Service, and to the media, particularly TV. The TEC has been a member of the LSE Complexity Programme since its inception and a case study is being written on the development of the TEC as a ‘complex evolving system’.
Frances Storr: organisational psychologist with the TEC. She has been a key player in the profound culture change that has been happening at Humberside TEC and in translating complexity theory into practical approaches.
Peter Fryer and Frances Storr will both work with the collaborators to apply the lessons learned at the TEC on the application of the principles of complexity.
· Has a preparation stage and 3 phases.
· Will use the principles of complexity to offer a new perspective in the creation and ‘design’ of new organisational forms, able to co-evolve with a changing environment, thus reducing the need for constant restructuring.
· Is a combination of various methods, approaches and tools, within the socio-technical tradition.
· Some have been developed and tested in Complexity Group projects, while others will be adaptations from existing methods.
Phase 1 will gain understanding of the current state, through:
· semi-structured interviews
· analysis of data using the principles of complexity
· computer models and simulators
Phase 1 output: co-creation of an enabling infrastructure with each partner
Phase 2: trial, implementation and embedding of the enabling infrastructures
· All partners will be supported by the research team, advisors and the other industrial partners.
· Monthly telephone conferences and regular meetings will monitor progress and identify any problems.
· A second set of interviews will focus on the implications and consequences of implementation.
Phase 3 (in parallel with Phase 2) will document the outputs and focus on dissemination and exploitation.
The teams will be supported throughout the 3-year project by:
· in-company and inter-organisational meetings
· Steering Group
· Dissemination & Exploitation Group
· International team of Advisors
2. Company-specific frameworks of enabling infrastructures based on the pilots.
3. A methodology for identifying and analysing these conditions, to include:
a) characteristics of success, and process and outcome measures
b) criteria of ‘fitness’ for the pilot
4. A well documented process of implementation.
5. A communications plan for dissemination to the rest of the organisation.
6. Management handbook, to include 1-5 above and a lexicon of terms.
7. Diagnostic tools that enable any organisation to identify:
a) the appropriateness and relevance of the ICOSS methodology to a given organisational challenge
b) the ‘maturity’ or readiness of the different parts of the organisation and its extended enterprise
c) where, when and how best to introduce the methodology – criteria for choosing pilots
8. An Executive Summary of the above
· Core team: 5-10 days to attend workshops, presentations, etc. This will depend on individual commitment and time.
Details on involvement in the project, from the Principal Investigator Eve Mitleton-Kelly: E.Mitleton-Kelly@lse.ac.uk