Confronting Systemic Omissions and Impacts in Educational Policy

6 publications

Systems Thinking for Safety

ISSN: 2571-6913

Advisory board Professor Erik Hollnagel, University of Southern Denmark Professor Ragnar Löfstedt, King's Centre for Risk Management, King’s College London, UK Professor Alan Irwin, Copenhagen Business School, Denmark Captain Rogers E. Smith, NASA Dryden Flight Research Professor Washington Yotto Ochieng, Imperial College London, UK Professor Dominic Elliott, University of Liverpool Management School, UK Captain Tim Berry, Jet2.com Dr Robert Hunter, British Air Line Pilots Association (BALPA), UK Dr Anne Eyre, Trauma Training Ltd, UK Dr David Fletcher, University of Leicester, UK Associate Professor David Ison, Embry-Riddle Aeronautical University, USA Dr Terry Shevells, University of Leicester, UK Associate Professor Tony Masys, University of South Florida, USA Dr Simon Bennett, University of Leicester, UK 　 　 Series description This series draws on the success of the systems-thinking approach to safety management in commercial and military aviation, with a view to improving safety performance in other complex socio-technical systems, such as health-care, nuclear power generation, chemicals production, oil and gas extraction, deep mining and sea and rail transportation. Following the 1977 Tenerife air disaster (that killed 583 people), a traumatised and vilified aviation industry resolved to improve its safety performance. The adoption of a systems-thinking approach to risk analysis and mitigation, expressed in innovations such as the teamworking protocol crew resource management, has benefited the industry. In 2010 the industry achieved a world accident rate for scheduled flights of 4·0 accidents per million departures. This rate reflects a total of 121 accidents out of 30,556,513 scheduled flights. You are much, much safer in a pressurised aluminium tube cruising at eighty per cent the speed of sound six miles above terra firma than you are driving up the M1 on a sunny day in a modern, gas-bag equipped automobile, fully alert and not under the influence. The series is aimed at practitioners as well as academics and students. To this end, it is written in an accessible style with jargon explained. This reflects its purpose: to leverage change.

1 publications

Advances in Computational and Systems Biology

1 publications

Organismus und System

ISSN: 1438-6909

Band 8 schließt diese Reihe ab.

8 publications

Consciousness and Human Systems

The interdisciplinary series "Consciousness and Human Systems" presents conference proceedings on philosophy, education, and medicine. Scholars present current studies on human thought, natural laws and psycho-semantics as well as Shamanism, traditional healing and meditation. The series is published by professors of psychology, philosophy, and medical anthropology. The interdisciplinary series "Consciousness and Human Systems" presents conference proceedings on philosophy, education, and medicine. Scholars present current studies on human thought, natural laws and psycho-semantics as well as Shamanism, traditional healing and meditation. The series is published by professors of psychology, philosophy, and medical anthropology. The interdisciplinary series "Consciousness and Human Systems" presents conference proceedings on philosophy, education, and medicine. Scholars present current studies on human thought, natural laws and psycho-semantics as well as Shamanism, traditional healing and meditation. The series is published by professors of psychology, philosophy, and medical anthropology.

3 publications

Komplexe Systeme und Ökonomie

Entwicklungen in der Wirtschaft sind häufig durch Diskontinuitäten, Sprünge und Turbulenzen gekennzeichnet. Wirtschaft und auf Wirtschaft bezogene Teilbereiche können somit als nicht-lineare, dynamische bzw. komplexe Systeme aufgefasst werden. Um diese nicht-linearen Erscheinungen zu modellieren und zu erklären, muss nach neuen Verfahren auf dem Gebiet komplexer dynamischer Systeme geforscht werden. Ein viel versprechender Ansatz ist die Theorie Komplexer Systeme, die im Wesentlichen die Chaos- und Katastrophentheorie, aber auch die Synergetik umfasst. Die Reihe will neue Forschungsfelder im Rahmen der Wirtschaftswissenschaft und ihrer Didaktik darlegen. Sie will die Möglichkeiten der Theorie Komplexer Systeme an Beispielen diskutieren, kritisch analysieren und weiterentwickeln. Dabei können sowohl die inhaltliche, die methodische sowie die mediale Perspektive als auch die Zielebene („ökonomische Bildung“) kritisch und konstruktiv thematisiert werden. Homepage des Herausgebers: Prof. Dr. Andreas Liening

3 publications