Jae Hun Kim

Jae Hun Kim

PRO (Principal research engineer) @ Samsung Electro-Mechanics

About

Project : Development of thin film power inductor having ultra thin substrate Project: : Manufacturing process development of the power inductor coil having ultra fine patterns Project : Development of thin film power inductor with bottom termination for airpods Project : Development of external electrode formation method with partial L shape for thin film power inductor. Project : Manufacturing process development for small size power inductor having fine pitch coil. Project : Manufacturing process development of the power inductor coil having high aspect ratio structure. Project : Development of transparent web sensor with under 50 Ω/□ Project : Development of UV PR ink & BGA etch back process for inkjet application Project : Development of solar cell module Project : Development of inkjet head for industrial applications Project : Development of mini inkjet head for R&D applications

Country

South Korea

City

Seoul

Industry

Electrical & Electronic Manufacturing

Skill

Power Inductor, Fine patterns having high aspect ratio, Ultra thin substrate, Epoxy based photo resist, Copper Clad laminate, touch screen sensor, metal mesh sensor, inkjet head

Experience

Samsung Electro-Mechanics

PRO (Principal research engineer)

Samsung Electro-Mechanics

LinkedIn
2022-3 - Present · 4 yrs 7 mos

Project : Development of thin film power inductor having ultra thin substrate Project: Manufacturing process development of the power inductor coil having ultra fine patterns

Samsung Electro-Mechanics

PRO

Samsung Electro-Mechanics

LinkedIn
2014-3 - 2022-2 · 8 yrs

Project: Development of thin film power inductor with bottom termination for airpods Project: Development of external electrode formation method with partial L shape for thin film power inductor. Project: Manufacturing process development for small size power inductor having fine pitch coil. Project: Manufacturing process development of the power inductor coil having high aspect ratio structure.

Samsung Electro-Mechanics

Research and Development Engineer

Samsung Electro-Mechanics

LinkedIn
2010-2 - 2014-1 · 4 yrs

• Project: Development of transparent web sensor with under 50 Ω/□ (2011 - 2013) Working on a web sensor having excellent electric conductivity while replacing ITO by forming an electrode mesh pattern to be applicable to a touch screen panel. • Project: Development of UV PR ink & BGA etch back process for inkjet application (2010) Provided a manufacturing method of a print circuit board capable of preventing Au plating from being unnecessarily performed on dummy portions by making resists of a substrate using a inkjet printing method. • Project: Development of solar cell module (2010) Simplified a process and implemented a small size so as to be appropriate for small electronic devices especially for mobile phone having 112mA with maximum power of 470mW and 5.80V open circuit voltage, transfer technological skills to small business company (Unisem Co., LTD).

Samsung Electro-Mechanics

Associate Research Engineer

Samsung Electro-Mechanics

LinkedIn
2008-1 - 2010-1 · 2 yrs 1 mo

• Project: Development of inkjet head for industrial applications (2008 – 2010) Improved inkjet head having 256 nozzles (100NPI) with capable ejection 30pL per each nozzle and contributed to increase sales up to $115,500 from Aug 2008 to Sep 2009. • Project: Development of mini inkjet head for R&D applications (2008 – 2010) Provided a print head having 16 nozzles (50NPI) with capable ejection 30pL and 5pL per each nozzle to be applicable to a variety of fields including R&D application and contributed to increase sales up to $120,000 for 2010.

Republic of Korea Army

Sergeant

Republic of Korea Army

LinkedIn
2002-2 - 2004-4 · 2 yrs 3 mos

Honorably discharged from Republic of Korea army service

Education

Seoul National University

Seoul National University

LinkedIn

Materials Science and Engineering

2019-9 - Present · 7 yrs 1 mo

Jae Hun Kim's Contact Information

Email

******@***.com

Phone

(**) *** ****

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