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. | |
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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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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Bimolecular self-assembly, bio composites, scanning probe microscopy, colloidal crystallization, 2D van der Waals materials, MXene, and ML/AI statistical analysis. |
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