Graduate Certificate in Nuclear Materials
- Fall January 10
- Spring July 1
- Pullman: Yes
- Tri-Cities: Yes
This certificate program provides formal academic coursework to engineers whose training is in a non-nuclear discipline or graduate students who wish to have an emphasis in this area. Students must complete a minimum of nine credits (of which six credits must be at the 500-level) from a specific list of courses found at http://www.mme.wsu.edu/grad/certificate.html.
In addition to the material required by the Graduate School, the School of MME requires a copy of the student’s resume and a statement of purpose.
This certificate program will benefit students who wish to pursue employment opportunities in the nuclear industry.
Ameta, Gaurav, Ph.D.
Environmentally benign design and manufacturing, sustainable energy, tolerance, geometric problems, product models and informatics.
Antolovich, Stephen Dale, Ph.D.
High temperature fracture and fatigue in superalloys and intermetallic compounds, modeling of deformation and fracture processes, electron microscopy.
Bahr, David, Ph.D.
Mechanical properties of small volumes and thin films, micromechanics of fracture, adhesion, MEMS, corrosion and environmentally assisted cracking.
Bandyopadhyay, Amit, Ph.D.
Laser processing, additive manufacturing, orthopedic biomaterials, hard coatings and aero/space materials.
Bose, Susmita, Ph.D.
Resorbable ceramics and composite in bone tissue engineering, nanoparticle and scaffolds in drug delivery, nanoscale coating of implants, advanced synthesis, processing.
Ding, Jow-Lian, Ph.D.
Dynamic response of materials and structures (experimental characterization, modeling, and simulation), shock dynamics, thermo-mechanics, electrodynamics, and stress-induced phase transformation.
Dutta, Indranath, Ph.D.
Multi-physics phenomena in materials, materials reliability for microelectronics and photovoltaics, electrically-activated meso-to-nanoscale manufacturing.
Dutta, Prashanta, Ph.D.
Micro/nanofluidics, electrokinetic flow and separation, particulate flow, radio frequency heating, numerical modeling of chemical and biological flow, micro fuel cell and energy conversion.
Field, David P, Ph.D.
Ferrous and non-ferrous metallurgy, metal deformation and recrystallization, grain boundary and interface structure, metallic thin films, structure/properties relationships.
Jayaram, Sankar, Ph.D.
Virtual assembly, virtual manufacturing, CAD data translation, collaborative design, standards for assembly representation and for sustainable manufacturing systems, computer graphics.
Jayaram, Uma, Ph.D.
CAD/CAM/PLM, ontologies and knowledge representations in design, virtual reality in design and training, retaining engineering information and skills, sustainability.
Kinsel, William, Ph.D.
Engineering mechanics (metal forming, dynamics, nuclear structural materials). Located at WSU Tri-Cities
Leachman, Jacob W, Ph.D.
Hydrogen, deuterium, tritium; hydrogen and nuclear energy (fission and fusion), hydrogen fueling of aerospace vehicles, thermophysical property modeling and measurement, energy storage and conversion, cryogenics, unmanned aerial vehicles.
Lin, David, Ph.D.
Integrated mechanical properties of skeletal muscle and spinal reflexes. Multiscale modeling of muscle contractile properties.
Lynn, Kelvin G, Ph.D.
Radiation detectors, positron studies including variable energy beams, crystal growth, defects in semiconductors and metals; photovoltaic materials; thermal stimulated spectroscopies.
Matveev, Konstantin, Ph.D.
Aero-hydrodynamics and dynamics of advanced marine vehicles, ground-effect aerodynamics, surface flows, supercavitation, heat-sound interactions, nonlinear and physical acoustics.
Mesarovic, Sinisa, Ph.D.
Multiscale modeling, phase field models, dislocation plasticity, phase transformations and metal-ceramic bonding, capillary flows, granular materials, carbon nanotubes.
Mo, Changki, Ph.D.
Energy harvesting, micro actuators and sensors, adaptive structure technology, smart structures for sustainable buildings, vibration control.
Norton, M Grant, Ph.D.
Ceramic materials, nanotechnology, alternative energy.
Panchal, Jitesh, Ph.D.
Integrated materials and products design, collective intelligence, agent-based modeling, sustainability, uncertainty management, robust design, distributed design and manufacturing.
Pezeshki, Charles, Ph.D.
Nanotechnology, environmental politics and protection issues, sustainability.
Richards, Cecilia D, Ph.D.
MEMS power, advanced energy systems, spray combustion, two-phase flows, air breathing engines.
Richards, Robert F, Ph.D.
Heat transfer, mass transfer, thermodynamics, building energy conservation, solar energy, MEMS, micropower, thermal switching.
Smith, Lloyd V, Ph.D.
Strength, damage and environmental degradation of composite materials, performance of sports equipment, impact testing and modeling.
Vasavada, Anita, Ph.D.
Biomechanics and neural control of the musculoskeletal system, focusing on the human head and neck system.
Wolcott, Michael P, Ph.D.
Biofuels industry logistics
Composite material development
Viscoelasticity and rheology
Zbib, Hussein M, Ph.D.
Mechanics (multiscale modeling, numerical analysis, plasticity, damage, fracture, composites), materials (nanomaterials, defects, radiation effect, dislocation theory, crystal plasticity).
Zhang, Jinwen, Ph.D.
Synthesizing and exploring new polymer materials from renewable feedstock, toughening, reinforcing and application development of biobased polymer materials.
Zhong, Weihong, Ph.D.
Polymers, nanocomposites, multifunctional materials, biomaterials, renewable materials, battery materials.