Dr. Fan TU

• Semiconductor industry • Process development on the next generation product • Support applications execution in the demo process • Work closely with cross functional teams, including research development, engineering, operations and service • Metrology technology application and development: i.e., mask inspection, actinic aerial image measurement and simulation, CD-SEM similar technique • Statistical analysis • Agile principles (Scrum and Kanban), TFS software

• Metallic nanostructures fabrication (Fe, Co, Mn) on various surfaces via focused electron (X-ray) beam induced deposition. Lithography technique development and deep understanding of the interaction of electron (X-ray) beam with surfaces (organic and inorganic) • Further investigation of nanostructures in in-situ UHV-SEM/STM, ex-situ TEM and synchrotron based X-ray microscope at PolLux at Swiss Light Source in Switzerland, with techniques such as SEM, AES, EDS, EELS, HRTEM, XAS, etc.

• This is a Dual University Program with two Master of Science degrees from both University Bordeaux 1 (France) and University of Augsburg (Germany) • optical properties, magnetic molecular, nano-science, hybrid materials, coordination chemistry.

•This is a Dual University Program with two Master of Science degrees from both University Bordeaux 1 (France) and University of Augsburg (Germany) •physical chemistry, solid states physics, coordination chemistry, surface and interface, Nano-science

• 6 inch GaAs single crystal growth via Vertical Gradient Freeze technique • simulating the growth process of GaAs single crystal to improve the state of art. studied the influence of the crucible shape, solid-liquid interface, and thermal stress on the quality of the grown single crystal. Characterization with X-ray diffraction and Raman spectroscopy.

• Basic course of Materials Science and Engineering • General Physics