Name | University | Interests | |
|---|---|---|---|
| Case Western | Materials data science; Spectroscopy; Materials degradation; Photovoltaic; Lifetime and degradation science. | |
| Pitt | functional materials, optoelectronics, machine learning | |
| Case Western | Optical Properties and Electronic Structure of Materials, Long Range Interactions, Degradation Science of Outdoor Exposed Technologies | |
| Pitt | Stochastic Models; Meta-analysis; Multivariate analysis and distribution; Applications in neuroscience; Spike train data analysis. | |
| Pitt | Statistics, machine learning | |
| Case Western | Applied data science and machine learning to materials engineering problems, Mesoscale experimental techniques and integrated multi-scale experimental quantification techniques | |
| Pitt | thermal-fluid sciences, materials properties, sensors and measurement, and energy sciences | |
| Pitt | combinatorial optimization, bilevel programming, optimization under uncertainty | |
| Pitt | sequential decision making under uncertainty, medical decision making, healthcare operations | |
| Pitt | nanoscience, biotechnology, advanced manufacturing | |
| Pitt | additive manufacturing, cyber manufacturing, measurement science, process control, precision engineering | |
| Pitt | additive manufacturing, functional magnetic materials, high purity metal thin films | |
| Case Western | Ceramic and materials research, mass transport and solid state reaction, powder-based processing | |
| Case Western | processing/structure/property relationships in ferrous and non-ferrous engineering materials; effects of superposed pressure on deformation/fracture; fatigue and fracture of intermetallics and composites, bulk metallic glass, and layered/laminated materials; deformation processing; blast-resistant materials; advanced engineered materials systems; fracture and fatigue of biomedical materials; failure analysis; additive manufacturing. | |
| Case Western | real-time network control of the smart power grid of alternative energy sources, actuator and wireless sensor networks. | |
| Case Western | Ceramics and glasses for electronic, chemical, and biomedical applications, including solid oxide fuel cells, photovoltaics, thin film gas sensors, and electrochemical extraction of titanium / High-temperature electrochemical processes, defect chemistry, microstructural analysis, and phase equilibria | |
| Case Western | development of algorithms for large-scale data mining and analysis, with particular emphasis on networks and graph-structured data | |
| Pitt | Mechanical Engineering & Materials Science | |
| Pitt | network optimization, machine learning, operations research | |
| Pitt | networks, data, and decision sciences | |
| Pitt | contacting surface, advanced manufacturing, micro-/nano-devices, scanning probe microscopy applications | |
| Pitt | materials science, electrochemistry, applied physics, photovoltaic device fabrication | |
| Case Western | Materials for Opto/electronics Research | |
| Case Western | energy conversion materials with emphasis on extreme environments. He is currently working on high temperature piezoelectrics, 2D materials and hetero-intefaces and structural batteries. | |
| Case Western | addressing emerging engineering and societal issues associated with civil infrastructure system. | |
| Pitt | Data mining, machine learning | |
| Case Western | Imaging in the manufacturing of chemical products, feature extraction and tracking, coatings, multiphase materials | |
| Case Western | Materials Science and Engineering | |
| Case Western | Civil and Environmental Engineering |
