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  Mark W. Maier, Distinguished Engineer, The Aerospace Corporation    

Mark Maier Dr. Mark W. Maier is a Distinguished Engineer at The Aerospace Corporation, a non-profit Federally Funded Research and Development Corporation with oversight responsibility for the National Security Space Program. At Aerospace he founded the systems architecting training program and applies architecting methods to government and commercial clients, particularly in portfolios-of-systems and research and development problems. He received the BS and MS degrees from the California Institute of Technology and the Engineer and PhD degrees in Electrical Engineering from the University of Southern California. While at USC, he held a Hughes Aircraft Company Doctoral Fellowship, where he was also employed as a section head. Prior to The Aerospace Corporationcoming to The Aerospace Corporation he was an Associate Professor of Electrical and Computer Engineering at the University of Alabama at Huntsville. Dr. Maier is co-author, with Dr. Eberhardt Rechtin, of The Art of Systems Architecting, Second Edition, CRC Press, the mostly widely used textbook on systems architecting, as well more than 50 papers on systems engineering, architecting, and sensor analysis.

Presentation
What is IT Architecture? - The Art of IT Architecture
If IT Architecture is somehow analogous to building architecture, does it make sense to talk about "Art" in regard to IT? Can an enterprise system have aesthetics, and if it did should anybody care? In this talk Dr. Maier will critically examine the notion of porting concepts from civil architecture to systems architecture, and examine how "art," or design methods outside of science and mathematics, can or should play a role. He will show that elements of civil architecture carry important lessons for more general system architecting, and in particular the underlying concepts of artistic design can be powerfully ported. This leads to insights in how complex system properties, like flexibility or security, can be explicitly addressed in design even when rigorous engineering methods are lacking.

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