Adjuncts, Affiliates, Emeriti, Lecturers
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. |
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. |
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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Charles H. Henager
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Mechanical properties of ceramic composites, mechanical properties and deformation modelling of superplastic alloys, in–situ composite synthesis and ceramic joining. |
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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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Prof. Snead's research covers a wide range of areas within the field of dental science and practice. He is an expert on the pathology of craniofacial biology and is the original discoverer of one of the major proteins, amelogenin, that directs biomineralization and controlled hierarchical structure formation in mammalian enamel. As a molecular biologist and geneticist his work has had a large impact in dental tissue formation, regeneration and restoration. |
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Dr. Tamerler’s research interests are in molecular biomimetics, bio-nanotechnology, and bio-enabled materials science. |
Emeritus faculty
Name & position | Research areas | |
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Alex Jen
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Lecturers
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Hanson Fong
Ph.D. in Materials Science and Engineering, University of Washington
Courses taught: MSE 298, MSE 442, MSE 475
Contact: hfong@uw.edu -
Luna Yue Huang
Ph.D. Materials Science and Engineering and Nanotechnology, University of Washington
Courses taught: MSE 170, MSE 311, MSE 312, MSE 313, MSE 491
Contact: huangyue@uw.edu -
Aashish Rohatgi
Ph.D. Materials Science & Eng., University of California San Diego, 1999
Courses taught: MSE 443 (spring quarter)
Contact: rohata@uw.edu