[Technical Seminar] Latest Trends in the Advancement of Thin Film Technology and Its Application to Material Devices
From the advancement of thin film formation and quality control to the latest application examples in cutting-edge fields.
In this course, we will introduce the fundamentals of rapidly advancing vacuum technology and thin film technology, as well as the principles of various thin film techniques. We will explain important points from thin film design to quality enhancement and defect countermeasures. In the public session, we will present the latest application examples of thin film technology, focusing on fields that are expected to gain attention in the future, such as medical devices, home appliances, building materials, automobiles, and aerospace, along with explanations of the technical principles. The application areas are expanding endlessly, including the substitution of plastics for metals and glass, the addition of surface functions through biomimetics, and the use of thin film potentials, sensors, and devices in IoT. We hope you find this information useful for the development and application of thin film technology, which is essential for manufacturing in the new era.
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basic information
<Instructor Profile> Name: Kengo Oozono Affiliation: Someitec Engineering Office Position: Director Graduated from the Graduate School of Engineering, University of Tokyo, majoring in Material Engineering. Engaged in technology development for optical molds, liquid crystal display materials, semiconductor photomasks, touch panels, and thin films for next-generation FPDs at Toppan Printing Co., Ltd. Currently, he is the director of Someitec Engineering Office and the IR Engineer Education Research Institute. He has experience in electronic devices and semiconductor technology, including deposition, sputtering, plating, etching, photolithography/electron beam lithography, converting, and surface analysis. He has experience in thin film processes ranging from fundamental development using batch prototype machines for semiconductors to some of the world's largest inline and roll-to-roll systems. He possesses extensive knowledge in improving productivity through thin film property stabilization, reliability enhancement, micro-defect countermeasures, equipment operational rate improvement, maintenance improvement, and cost reduction. Currently, he is mainly involved in supporting various companies in the design, technology development, and marketing of thin films for various next-generation devices. Member of the Japan Association of Professional Engineers, Surface Technology Association, and Decorative Technology Research Association. Professional Engineer (Metal Division), First-Class Mechanical Maintenance Technician, Applied Information Technology Engineer.
Price information
36000
Price range
P2
Delivery Time
※Scheduled for May 16, 2019. If you would like other dates, please contact us.
Applications/Examples of results
<Main Target Audience> - Individuals involved in the development of thin film technology and those utilizing thin films for product enhancement and functionality improvement. <Expected Benefits> - Ability to learn the principles of thin film technology and the basics of imparting functionality. - Knowledge of methods to address various production challenges related to thin films. - Insight into useful knowledge and case studies for the technological application of thin films.
Company information
We support Japan's "monozukuri" (manufacturing) with reliable services ranging from patent research and other intellectual property business solutions to technical translation services and intellectual property/engineer education programs. We offer high-quality services backed by over 40 years of experience at reasonable prices.
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