In Wisdom, Knowledge, and Management, the second volume of the series Churchman's Legacy and Related Works, the editors draw contributions from leading systems thinkers inspired by the works of C West Churchman. The Systems Approach and Its Enemies (C. West Churchman, 1979) is one of Churchman's most significant works. In this particular writing he displayed two main tendencies, that he was a Skeptic and that he showed Socratic Wisdom. In Wisdom, Knowledge, and Management, the editors seeks to follow up on these two themes and reveal how modern authors interpret Churchman's ideas, apply them to their own line of thinking and develop their own brand of Systemics. Several authors re-interpret Churchman's thinking and several others apply this holistic discourse to practical applications. It is very significant that the authors are a very cosmopolitan group: hailing from Sweden, Australia, Spain, South Korea, Argentina and USA. Interestingly, the contribution from the South Korean author, Yu Jae E, applies conceptual tools from the French contemporary writer, Deleuze. Additionally, Darek M. Eriksson's chapter applies the epistemology of Jean-Louis Le Moigne. modern authors, and in particular Churchman, to ideas spawned two thousands years ago among the Ancient Greeks. This effort should show the reach of Churchman's intellectual power and demonstrates cross-fertilization across borders and continents. It could not have happened without the Internet.

Metadecisions: Rehabilitating Epistemology constitutes an epistemological inquiry about the foundations of knowledge of a scientific discipline. This text warns contemporary scientific disciplines that neglecting epistemological issues threatens the viability of their pronouncements and designs.

It shows that the processes by which complex artefacts are created require a pluralistic approach to artefact design.

It argues that viable solutions to fundamental problems in each discipline require cooperation, creativity and respect for contributions from all walks of life, all levels of logic and all standards of rigor - be they in the natural sciences, the social sciences, engineering sciences, management, the law or political sciences.
Several true cases, obtained from different walks of life are used to illustrate logic levels in problems and how the application of the process of modeling/metamodeling helps to conceptualize problem dysfunctions and to convert decisions into metadecisions.

Ten cases spanning subjects like Doctor Assisted Suicides (DASs), Advising Women on The Risks of Mammograms, a Deregulation Crusade, The Crash of TWA Flight 800, The Control of The World Wide Web, The Creation of the US Department of Homeland Security, among others, are used to illustrate the application of the metasystem framework to increase knowledge and meaning of fundamental problems.

The design of any human activity requires the intervention of several inquiring systems where the manager, the engineer, the scientist, the lawyer, the epistemologist, the ethicist and even the artist contribute to shape how problems in the real-world are formulated, how decisions/metadecisions to solve problems are taken, and finally, how actions are implemented.

This book is a venture in the worlds of modeling and of metamodeling. At this point, I will not reveal to readers what constitutes metamodeling. Suf fice it to say that the pitfalls and shortcomings of modeling can be cured only if we resort to a higher level of inquiry called metainquiry and metadesign. We reach this level by the process of abstraction. The book contains five chapters from my previous work, Applied General Systems Theory (Harper and Row, London and New York, First Edition 1974, Second Edition 1978). More than ten years after its publication, this material still appears relevant to the main thrust of system design. This book is dedicated to all those who are involved in changing the world for the better. In a way we all are involved in system design: from the city manager who struggles with the problems of mass transportation or the consolidation of a city and its suburbs to the social worker who tries to provide benefits to the urban poor. It includes the engineer who designs the shuttle rockets. It involves the politician engaged in drafting a bill to recycle containers, or one to prevent pesticide contamination of our food. The politician might even need system design to chart his or her own re-election campaign."

This book is a venture in the worlds of modeling and of metamodeling. At this point, I will not reveal to readers what constitutes metamodeling. Suf fice it to say that the pitfalls and shortcomings of modeling can be cured only if we resort to a higher level of inquiry called metainquiry and metadesign. We reach this level by the process of abstraction. The book contains five chapters from my previous work, Applied General Systems Theory (Harper and Row, London and New York, First Edition 1974, Second Edition 1978). More than ten years after its publication, this material still appears relevant to the main thrust of system design. This book is dedicated to all those who are involved in changing the world for the better. In a way we all are involved in system design: from the city manager who struggles with the problems of mass transportation or the consolidation of a city and its suburbs to the social worker who tries to provide benefits to the urban poor. It includes the engineer who designs the shuttle rockets. It involves the politician engaged in drafting a bill to recycle containers, or one to prevent pesticide contamination of our food. The politician might even need system design to chart his or her own re-election campaign."

Metadecisions: Rehabilitating Epistemology constitutes an epistemological inquiry about the foundations of knowledge of a scientific discipline. This text warns contemporary scientific disciplines that neglecting epistemological issues threatens the viability of their pronouncements and designs. It shows that the processes by which complex artefacts are created require a pluralistic approach to artefact design. It argues that viable solutions to fundamental problems in each discipline require cooperation, creativity and respect for contributions from all walks of life, all levels of logic and all standards of rigor - be they in the natural sciences, the social sciences, engineering sciences, management, the law or political sciences. Several true cases, obtained from different walks of life are used to illustrate logic levels in problems and how the application of the process of modeling/metamodeling helps to conceptualize problem dysfunctions and to convert decisions into metadecisions. Ten cases spanning subjects like Doctor Assisted Suicides (DASs), Advising Women on The Risks of Mammograms, a Deregulation Crusade, The Crash of TWA Flight 800, The Control of The World Wide Web, The Creation of the US Department of Homeland Security, among others, are used to illustrate the application of the metasystem framework to increase knowledge and meaning of fundamental problems. The design of any human activity requires the intervention of several inquiring systems where the manager, the engineer, the scientist, the lawyer, the epistemologist, the ethicist and even the artist contribute to shape how problems in the real-world are formulated, how decisions/metadecisions to solve problems are taken, and finally, how actions are implemented.

The Systems Approach and Its Enemies (C. West Churchman, 1979) is one of Churchman 's most significant works. In this particular writing he displayed two main tendencies, that he was a Skeptic and that he showed Socratic Wisdom. In this book the editors seeks to follow up on these two themes and reveal how modern authors interpret Churchman 's ideas, apply them to their own line of thinking and develop their own brand of Systemics.