User:James C. Clements: Difference between revisions
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I work in the Loyola Marymount University Rapid Prototyping and Robotics Lab under Dr. Rafiqul Noorani. I am currently finishing my undergraduate degree in mechanical engineering and have applied to PhD programs in mechanical engineering and bioengineering. I would like to participate in the research and development of biomedical devices. | I work in the Loyola Marymount University Rapid Prototyping and Robotics Lab under Dr. Rafiqul Noorani. I am currently finishing my undergraduate degree in mechanical engineering and have applied to PhD programs in mechanical engineering and bioengineering. I would like to participate in the research and development of biomedical devices. | ||
==Loyola Marymount University 2011== | |||
* BS in Engineering | * BS in Engineering | ||
** Major: Mechanical Engineering | ** Major: Mechanical Engineering | ||
Revision as of 22:19, 16 January 2011
Contact Info
- James C. Clements
- Loyola Marymount University
- 1 LMU Drive
- Los Angeles, CA, USA 90045
- Email me through OpenWetWare
I learned about OpenWetWare from Dr. Kam D. Dahlquist, Ph.D., who co-teaches my BIOL398-01/S11 class with Dr. Ben G. Fitzpatrick, Ph.D..
About Me
I work in the Loyola Marymount University Rapid Prototyping and Robotics Lab under Dr. Rafiqul Noorani. I am currently finishing my undergraduate degree in mechanical engineering and have applied to PhD programs in mechanical engineering and bioengineering. I would like to participate in the research and development of biomedical devices.
Loyola Marymount University 2011
- BS in Engineering
- Major: Mechanical Engineering
- Minor: Applied Mathematics
- Upper Division Math/Biology Courses
- Cell Biology
- Biomathematical Modeling
- Methods of applied mathematics (course on PDEs)
- Complex variable analysis
- Engineering Systems II (course on Control Theory)
Research interests
- D2H2 - Distributive Diagnostics and home health care.
- Rapid Prototyping
- Robotic vision systems
- Materials Science
- Rapid Prototyping
- Anisotropic polymers
Publications
The effect of layer orientation on the mechanical properties and layer orientation of a polymer
