Yong Jin Kim Email & Phone Number

California, United States

Fremont, Ca, Us

Santa Clara, Ca, Us

• Design and simulation of the optical properties of the metal thin film as the heating element in the PCR instrument (for increasing light absorption at a specific wavelength)• Preparation of the metal thin film in microfluidic chip and characterization of optical property• Evaluation of thermal cycling (heating and cooling rate, spatial and temperature uniformity)• Fabrication of microfluidic devices with the metal thin film for real-time quantification of DNA amplification.• Managed and involved in all research and development activities, including lab operations, infrastructure, instrument and equipment purchases• Provided scientific insight for developing the business strategy of the company

• Design, upgrade, and build-up of the chemical vapor deposition system for the specific purpose• Developing of real-time microscope system for investigation of material growth behavior. • Design and conduct the experiment to understand the growth behavior of carbon materials.• Design and build-up rapid heating and cooling system for controlling the carbon precipitation process from the metal foil• Developing the resistive heating system for high-temperature annealing of metal foils• Characterization of materials properties and fabrication of semiconductor devices.• Providing scientific advice and support to graduate and undergraduate students.

Manchester, Gb

• Design, upgrade, and build-up of the chemical vapor deposition system for graphene growth• Developing the fabrication process for vertical stacking of two-dimensional materials• Heteroepitaxial growth of two-dimensional materials on the single crystalline substrate• Demonstration of the vertical tunneling field effect transistor based on the two-dimensional materials for flexible and transparent electronics• Developing of the high-efficient photovoltaic cells based on the two-dimensional materials• Demonstration of the wavelength and gain tunable terahertz laser by introducing the graphene film

Seoul, Kr

• Design, upgrade, and build-up of the chemical vapor deposition system for graphene growth• Developing the fabrication process for vertical stacking of two-dimensional materials• Heteroepitaxial growth of two-dimensional materials on the single crystalline substrate• Demonstration of the vertical tunneling field effect transistor based on the two-dimensional materials for flexible and transparent electronics• Developing of the high-efficient photovoltaic cells based on the two-dimensional materials• Demonstration of the wavelength and gain tunable terahertz laser by introducing the graphene film

Pohang, Gyeongsangbuk-Do, Kr

• The first demonstration of the heteroepitaxy of semiconductor materials on the atomically-thin substrate. A new type of material system, which is composed of inorganic semiconductor directly integrated onto graphene as a flexible substrate.• Investigation of the heteroepitaxy mechanism of the semiconductor materials on the graphene• Demonstration of flexible inorganic LEDs grown on graphene films without degradation in LED performance • Developing the fabrication process for flexible inorganic LEDs grown on graphene • Design and build-up of 2-inch metal organic chemical vapor deposition (MOCVD) system for semiconductor heteroepitaxy• Design and build-up of a measurement system for electron emission from the nanostructures

Pohang, Gyeongsangbuk-Do, Kr

• Heteroepitaxy of semiconductor nanostructures on silicon and glass substrates• Demonstration of the position- and shape-controlled fabrication of semiconductor nanostructures• Development of highly-efficient optoelectronic device based on ultrasmall LED microarrays

Doctor Of Philosophy (Phd), Materials Science

Master Of Science (Ms), Environmental Science

Bachelor'S Degree, Materials Science