Adjunct faculty Affiliate faculty Emeritus faculty Lecturers
Adjunct faculty
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Modeling of integrated circuit fabrication processes, computational materials, modeling of semiconductor device behavior, modeling of fabrication and operation of microstructures. | |
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Design and manufacturing, including product and process design, and characterization and processing of polymeric composites. Research focuses on microcellular composites. | |
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Mechanics of materials, fracture mechanics, fatigue, and advanced manufacturing processes. Focus on the fields of solid and fracture mechanics. |
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Buddy Ratner
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The technological applications of biology at surfaces (biomaterials, biocompatibility, polymers, surface engineering, self-assembly, molecular recognition). | |
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Holomorphic composites, computational mechanics, fracture mechanics, multiscale modeling, multifunctional materials | |
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Electrochemical Engineering, Microsystem Engineering, Advanced Materials Synthesis. | |
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Condensed Matter Experiment |
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Experimental Mechanics, Thin Films & Multilayers, Energy Efficient Materials & Coatings, Biological, Bioinspired & Biomimetic Materials, Metal Additive Manufacturing, Nanomechanics & Nanotechnology |
Affiliate faculty
Name & position | Research areas | |
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Epitaxial growth and properties of transition metals oxides, and oxide surface and interface geometric and electronic structure. |
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K. Bhagwan Das
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Rapid solidification rate alloys, metal matrix composites, hydrogen embrittlement, stress–corrosion cracking. |
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Macromolecular self-assembly, biomineralization, biomimetic materials synthesis, and in situ TEM and AFM. |
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Boryann Liaw
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Boryann has been involved in R&D activities comprising laboratory and real-life battery and vehicle testing, data collection and analysis, battery modeling and simulation, battery performance and life prediction, battery fast charging technology development, and battery failure mode and effect analyses. His key interest is to apply fundamental understanding and basic principles of materials science to practical applications in electrochemical energy conversion and storage systems. |
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Semiconducting polymers for organic electronics, polymerizations, photovoltaics, optoelectronics, self-healing, composite materials, materials chemistry, materials characterization. | |
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Materials chemistry, self-assemby, additive processing, renewable enery, flexible electronics, bionanotechnolgy |
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Prof. Okabe’s research is broadly focused on the microstructure and properties (physical and mechanical) of structural composite materials. His primary expertise is in the area of fiber reinforced plastics. |
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Bioelectronic and bioprotonic devices and translational applications; technological integration of biological and bioinspired materials; visual communication in science and engineering |
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Fundamental and applied research on desalination, water treatment, resource recovery, and renewable energy technologies. |
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Dr. Tamerler’s research interests are in molecular biomimetics, bio-nanotechnology, and bio-enabled materials science. |
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Prof. van Schalkwijk's research supports advanced batteries for the tech industry, including power sources for mobile and wearable technologies, and electrochemical devices that enable reliable operation of data center infrastructure. |
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Jie Xiao
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Materials synthesis and scaling up to understand the synthesis-structure-performance relationship in energy-bearing materials and scientific challenges in energy storage manufacturing. Of particular interest is the identification of new materials and novel technologies for energy storage and conversion, spanning from micro-battery for acoustic fish tags to advanced battery and flow battery technologies for vehicle electrification and stationary applications, respectively. |
Emeritus faculty
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Alex Jen
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Lecturers
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Charles Seaton
Master of Science (Materials Science) and Ph.D. candidate, Massachusetts Institute of Technology
Courses taught: MSE 490 (spring quarter)
Contact: cseaton@uw.edu