Friday, February 27, 2015

By Design: Ethics, Theology, and the Practice of Engineering




Brad J. Kallenberg, "By Design: Ethics, Theology, and the Practice of Engineering"
2014 | ISBN-10: 0227174178 | 328 pages | PDF | 6 MB


Both engineering and human living take place in a messy world, one full of unknowns and contingencies. "Design reasoning" is the way engineers cope with real-world contingency. Because of the messiness, books about engineering design cannot have "ideal solutions" printed in the back in the same way that mathematics textbooks can. Design reasoning does not produce a single, ideally correct answer to a given problem but rather generates a wide variety of rival solutions that vie with each other for their relative level of "satisfactoriness". A reasoning process analogous to design is needed in ethics. Since the realm of interpersonal relations is itself a f uid and highly contingent real-world affair, design reasoning offers the promise of a useful paradigm for ethical reasoning. This volume undertakes two tasks. First, it employs design reasoning to illustrate how technological artefacts can be assessed for their inherent moral properties. Second, it uses the design paradigm as a means of bringing engineering ethics into conversation with Christian theology in order to show how each can be for the other a catalyst for the revolutionary task of living by design. Brad J. Kallenberg is Professor of Theology at the University of Dayton in Dayton, Ohio. He is author of "Ethics as Grammar" (2001), "Live to Tell" (2002), "God and Gadgets" (2011), and numerous scholarly articles. " 'By Design' first draws a parallel between the discipline of engineering and the discipline of ethics by identifying both as areas that (to use the author's term) are 'messy,' and hence require the use of heuristics. It is extremely well written, well researched, and well illustrated, with numerous authoritative examples carefully chosen from engineering and religion. I highly recommend this book." Billy V. Koen, Professor Emeritus of Mechanical Engineering, The University of Texas at Austin.