| yang jing's Resume File Attachments:
CV-JING-2008.pdf (199.6 KB, application/pdf)- Dr.Yang JING's Resume
| Contact | 873 Clopper Rd, Apt.B3
Gaithersburg, MD 20878
US
(301)685-1545
jingyang129@hotmail.com |
Goal | Research positionin in MEMS, design and simulation, nanofabrication, surface & coating technology; and surface engineering, etc |
| Skills | photolithography, thin film growth, E-vap, sputtering, Ebeam, etching (dry and wet) and wafer bonding;L-Edit, ANSYS, AUTOCAD, MATLAB, OriginLab |
| Qualifications | Six years of research experience in semi-conducting process technology, including photolithography, thin film techniques, and usage of SEM, AFM, XPS, XRD, Silicon-RIE, and CNC machining.
One aspect of my research focuses on micro-nano electronics IC processing & equipments, and piezoelectric technology. Five years industry experiences in the fields of design, fabrication and characterization a micro-actuator device based on resonating nano-sized cantilevers. Especially, nano-scale RIE technology has been introduced for eliminating of silicon substrate. The micro-actuating principle is based on measuring resonant frequency shifts of the nano-sized cantilever due to nano-scale bonding of the Ti/SiO2/Si and SiO2/PZT/Pt/Ti nano-multilayer piezoelectric micro-actuator applying for hard disk drives (HDDs). This patent has been designed to function both in hard disk drives and dual-stage servo system in computer. The main challenge of the project has been to integrate the piezoelectric micrometer sized actuators with standard CMOS technology. Since 2006, he is also a member of International Frequency Sensor Association (IFSA).
The other aspect of Dr.JING's research interests is in tribology and surface engineering. His research projects include multi-scale analyses of micro-nanotribology problems, advanced theories of and methods for contact and interfacial mechanics, elasto-hydrodynamic lubrication, industrial applications of novel surface textures concept, low-friction interface design, and contact failure prevention. His research is funded by federal agencies, such as DOE. He is active in the American Society of Mechanical Engineers (ASME). He is currently a Member of ASME Journal of Tribology. |
Updated: 2008-03-19 |
MEMS and Nanotechnology Clearinghouse