Larry graduated from George Washington University with a degree in Mechanical Engineering and thereafter spent his professional life as a home builder and an engineer, finding solutions to complex engineering problems.
Thus, the efficiency and effectiveness of solving complex engineering problems largely depend on effective collaboration among specialist engineers, seamless integration of disparate cyber-physical systems, and transparent interoperations of heterogeneous data sources.
Jack revelled in the challenge of finding simple solutions to the most complex engineering problems.
Inspectors, however, had spent just three days inspecting the No. 1 unit, a period that industry experts say was far too brief because assessing the earthquake risk to a nuclear plant is one of the most complex engineering problems in the world.
Multiple criteria decision making (MCDM) is a modeling tool for dealing with such complex engineering problems.
Architectures decompose complex engineering problems into smaller, more manageable pieces, the modules of the architecture.
Gonçalves joined the MIT-Portugal master's program because it allows him to take a new, "multidisciplinary approach to complex engineering problems," he says.
This approach has demonstrated to be accurate and robust for analysis of many complex engineering problems, as discussed by Leonel et al. (2010,2011a,2012).
This is an excellent book not only for understanding new optimization algorithms but also as a tool for the implementation of new optimization techniques to complex engineering problems.
This data driven methodology has proven effective to improve the quality of decision-making in several domains such as business, medical and complex engineering problems.
Multidisciplinary Interdisciplinary learning by integrating the methodologies and fundamentals used to study common corporate problems across many AECO departments is vital to solving today's complex engineering problems.
