Focuses on decision making for system design, as it arises in manufacturing systems and supply chains.
Case studies are presented including the design of machines, tribological systems, materials, manufacturing systems, and recent inventions.
The problems of modeling of modernization and reengineering processes for manufacturing systems and complexes are considered.
We also explore manufacturing systems and performance implications of the various mass customization configurations.
Technological advance is driving radical re-evaluation of manufacturing systems and methods.
LMP's three research focus areas are micro- and nanoscale manufacturing processes and equipment, manufacturing systems and information technology, and sustainability, including photovoltaics and environmentally benign manufacturing.
The concept of the resilience is new for manufacturing systems and it has not been widely considered in design and implementation of systems such as discrete manufacturing systems and multistage manufacturing systems.
Achieving sustainability in manufacturing requires a holistic view spanning product design, manufacturing processes, manufacturing systems, and the entire supply chain.
This model is common in manufacturing systems and data centers, where there is a cost to turn servers on.
However, this is challenging due to complexity of manufacturing systems and the nature of material being machined.
He is credited for the invention of the first open-architecture control of manufacturing systems, and in the "CyberCut/CyberBuild" project during the 1990s for the development of Internet-based CAD/CAM systems.
