| Date | Speaker | Remarks | Room |
| Jan 19 | Dr. Charles Pezeshki MME,WSU | An International Future for Engineering Education? How We can Compete in a Global Education Marketplace | ETRL 101 |
| Jan 26 | Dr. Bernard Van Wie ChEBE, WSU | Sensing Chemicals at Vanishingly Low Levels | ETRL 101 |
| Feb 2 | Dr. Cill Richards MME, WSU |
A Micro Heat Engine for MEMS Power | Slaon 233 |
| Feb 9 | Alexandre Tartakovsky PNNL Richland, WA |
Multi-scale smoothed particle hydrodynamics
model for multiphase flow and reactive transport. |
ETRL 101 |
| Feb 16 | Dr. Rogene Eichler-West PNNL, Richland, WA |
Multiscale Modeling: Classes of Problems, Their Structures, and the Challenge for Parameter Estimation Strategies | ETRL 101 |
| Feb 23 | Dave Kim, WSU, Vancouver |
Challenges and Opportunities of Electrical Discharge Micromachining (micro-EDM) | ETRL 101 |
| Mar 2 | Distinguished Alumnus Lecturer | ||
| Steve Sheffield, Los Alamos | Shock-Induced Thermal Explosion and Detonation: Initiation Phenomena in Homogeneous Explosives | ETRL 101 | |
| Mar 9 | Dave Lassila LLNL, Livermore, CA |
Cancelled | ETRL 101 |
| Mar 23 | Doug Bamman, Sandia | Modeling Evolving Anisotropy | ETRL 101 |
| Mar 30 | Dr. Ali Beskok Texas A&M University |
An Electroosmotically Stirred Continuous Micro Mixer: From Theory and Computations to Design and Experimentation | ETRL 101 |
| Apr 6 | Dr. Su Ha, ChEBE, WSU |
Cancelled | ETRL 101 |
| Apr 13 | Dr. Zhijian (ZJ) Pei Kansas State University |
TBA | ETRL 101 |
| Apr 20 | JP Whitlock, HP Corvallis |
An Overview of the Evolution of Hewlett-Packard's Thermal Inkjet Technology | Sloan 5 |
| Apr 21 | Student Poster Presentation: 9:00 - 1:00 |
ETRL first floor | |
W. M. Keck Bio-Medical Materials Research Laboratory
Objectives: To establish a Bio-medical Materials Research Laboratory (BMRL) to focus on revolutionary approaches to design and manufacture of structures for skeletal disorders and implants.
Uniqueness & Innovation: Direct Laser processing and induction plasma spray processing facilities are being developed for fabrication of nanoscale powders to coatings to bulk structures of metallic and ceramic materials for biomedical applications. Innovation stems from design and fabrication of novel materials for a variety of applications with special emphasis on biomedical needs.
Principal Investigators: Amit Bandyopadhyay, Susmita Bose, Howard Hosick
Partners: WSU School of Biological Sciences Professor, Howard Hosick
Funding Agency: W. M. Keck Foundation