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Attaway
Baillieul
Barouch
Basu
Belta
Bifano
Bulkeley
Caramanis
Cassandras
Cole
de Winter
Gevelber
Gopalan
Hauser
Hazony
Hu
Ivanov
Klapperich
Lin
Lund
Pal
Paschalidis
Perkins
Sarin
Sharon
Vakili
Zhang
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Faculty Research Interests
| Attaway, Stormy |
Educational methods, computer programming for engineers |
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| Baillieul, John |
Robotics, control of mechanical systems, mechatronics |
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| Barouch, Eytan |
Simulation of industrial processes, numerical analysis, algorithm development |
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| Basu, Soumendra |
Materials science with emphasis on structure/property relationships in thin films and coatings |
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| Belta, Calin |
Hybrid Systems, planning and control of robotic swarms, synthetic biology, synthesis and analysis of genetic networks, and genome scale analysis of bacterial metabolism |
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| Bifano, Thomas |
Microelectromechanical Systems [MEMS]; Micro-mirror arrays; Optical fabrication; Fluidic microsystems; Optical switching; Ion beam machining; Bioarray synthesis; Adaptive optics |
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| Bulkeley, Peter Z. |
Strategic Positioning of SME International |
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| Caramanis, Michael |
Mathematical programming, control and stochastic systems |
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| Cassandras, Christos |
Discrete event and hybrid systems, stochastic optimization, simulation, manufacturing systems, computer and sensor networks, command-control systems |
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| Cole, Dan |
Simulation of physical processes to aid micro and nano electronic technology development and manufacturability |
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| de Winter, Theo A. |
Superconductivity, cryogenics, heat transfer, product design, magnetic systems application |
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| Fine, Gerald |
Management in technology and innovation, international business, acquisition and integration |
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| Gevelber, Michael A. |
Improve materials process capabilities using controls based approach: modelling, sensor development, system and control design, experimental verification; plasma spray, bulk crystal growth, CVD, ebeam deposition of optical coatings |
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| Gopalan, Srikanth |
Fuel cells, chemical thermodynamics, kinetics and transport phenomena to model the behavior of electrochemical systems |
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| Hauser, William |
Remanufacturing industry operations and economics. The role of remanufacturing in sustainable growth. Economics of product remanufacturing and the stimulation of remanufacturing as an employment source for economically distressed communities |
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| Hazony, Yehonathan |
Computer methods for industrial automation, robotics and education |
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| Hu, Jian-Qiang |
Discrete Event Systems, Optical Communication Networks, Queueing Networks, Production and Inventory Systems, Simulation |
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| Klapperich, Catherine |
Nanomechanics of Hydrated Biomaterials Implants, Gene Expression in Cells at the Cell-Biomaterial Interface, Microfluidic Device Design |
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| Lin, Xi |
Materials theory; predictive simulation of materials electronic, optical,
magnetic, and mechanical properties. |
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| Lund, Robert T. |
Remanufacturing enterprise as an approach to economic development |
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| Pal, Uday |
High Temperature chemical and electrochemical processing of materials (metals and ceramics) with emphases on green manufacturing, sensors, fuel cell and batteries |
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| Paschalidis, Ioannis |
Analysis and control of stochastic systems in manufacturing systems, communication networks, and the service industry |
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| Perkins, James R. |
Real-time scheduling and control of manufacturing systems, supply chain management, resource pricing and congestion control in communications networks, scheduling human resources in transportation systems and in product development |
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| Sarin, Vinod K. |
Materials science, chemical vapor deposition of structural coatings, surface modification, composites |
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| Sharon, Andre |
Electromechanical machine design, controls, automation, and manufacture of fiber optic components |
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| Vakili, Pirooz |
Stochastic simulation and optimization, manufacturing and communication systems, product development management |
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| Zhang, Xin |
Power MEMS, Bio-MEMS, advanced microfabrication technologies, mechanical issues and materials science in MEMS |
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