Qing Yang Email & Phone Number

Rochester, New York, United States

Rochester, New York

Conducting strategic planning for clients to adapt high speed Inkjet printing technology in their product production; identifying and evaluating printing equipment, working with production teams and suppliers to solve system installation/integration problems; establishing production quality assurance process and identifying quality control equipment, and.

Rochester, New York Area

• Sensor Films Incorporated designs and builds high speed digital inkjet printing and manufacturing systems for printing and electronic product assemblies. Our digital inkjet printing systems deposit decorative and.
• Ink evaluations for digital inkjet printing
• Printing process development of high-speed printing of multi-layers of multi-functional inks
• Manufacturing system evaluation and testing
• Inkjet application development

Rochester, New York Area

• Successfully developed and commercialized the CIJ writing systems for fastest to date commercial continuous ink jet printers (Kodak Prosper Series). Made major contributions to increase product lifetime and performance.
• Designed, evaluated, and optimized the silicon nozzle plates and printhead assembly
• Initiated and led successful development and deployment of the automated printhead characterization systems
• Built and oversaw the printhead drop generation qualification Lab and delivered printhead design and qualification on time
• Supported the manufacture team to improve yield reduced cost
• Performed root cause analysis on failed printheads and generated solutions that significantly impacted printhead performance, reliability, and lifetimeAward:

Rochestere< NY

Research and Development of thermal stimulated continuous ink jet technology. Contributed to the fundamental understanding of the thermal CIJ drop generation mechanism, driving waveforms, critical design parameters for the printhead design, and printhead and ink interactions through computer simulation and experimental studies. Proposed the waveform.

Rochester, New York Area

• Contributed to the launch of Xerox DocuPrint ink jet printer M-series. Led cross-functional team to generate solutions for system integration problems and improved reliability of the printers.
• Performed root cause analysis and developed solutions for systems (printhead, ink tank, and ink level sensing) integration problems.
• Analyzed the performance variation of each subsystem (drop ejector, ink, ink tank, ink level sensing system) and interactions between them in the printers.
• Led cross-functional team to improve InkLogicTM technology and reliability of the products.
• Managed problem matrix and maintained problem database. Managed and facilitated the Problem Management Committee meetings. Developed processes to improve the problem management.Technology integration physicist.

Bethesda, Maryland

• Initiated the study to combine computational modeling and experiments to reveal hormone receptor structures and to understand critical amino acids that contribute to the hormone binding and the function of the hormone.
• Conducted research on hormone receptor locations in cells and tissues using fluorescent microscopy, laser scanning confocal microscopy, and immuno-electron microscopy. Hands-on experience with the microscope.
• Performed molecular modeling techniques to simulate the structures of the hormone receptors and receptor-ligand binding. Identified the amino acids that may play critical roles in ligand binding and functions to aid.

Boston, Massachusetts

• Constructed the first 3-Dimensional structure of the yeast Nuclear Pore Complex using Cryo Electron Microscopy (cryo-EM) and 3-D image reconstruction.
• Experienced in yeast cell culture, membrane protein complex purification, and protein-labeling techniques.
• Expertise in Transmission Electron Microscope operations (microscope alignment and low/high does modes) in both ambient and cryo- conditions, EM sample preparations of biological specimens (for both ambient and Cryo).
• Extensive hands-on experience with image acquisition and quality selection, image digitization, and image analysis (including image alignment, averaging, multi-variance statistical analysis, and 3-D image back.
• Dean’s Award of Boston University School of Medicine, Boston University Graduate Research Science Day, 1997
• The Russek Student Achievement Award (2nd place), Boston University School of Medicine, 1997

Beijing, P. R. China

• Studied the physics in radiation impact ionization process. Developed and programmed computer simulation models to calculate the cross section of direct ionization in electron (β radiation) impact ionization processes.
• Annual Publication Award of the State Department of Nuclear Energy and Science (3rd place), P. R. China, 1992
• Research fellowship for outstanding young scientists in the Institute of Atomic Energy, P. R. China, 1988-1990

Beijing, P. R. China

• Contributed in beta radiation detection and shake-off effect compensation in the neutrino mass study.
• Participated in design and building a position sensitive beta detector in the neutrino mass study.
• Studied shake-off effect contributions in neutrino mass measurements and corrected the effect in the final neutrino mass.
• Designed a magnetic “optical” system using computer simulation program TRANSPORT to modulate the radiation beam from a nuclear reactor for agricultural and medical applications.
• Taught undergraduate lab classes

Ph.D., Biophysics

M.S., Nuclear Physics

B.S., Physics