-2015.08 KAIST, Electrical Engineering (Ph.D.)
-2011.02 KAIST, Electrical Engineering (M.S.)
-2009.08 KAIST, Electrical Engineering (B.S.)

- 2023.09 ~ Present   (Department Chair) Dept. of Semiconductor Engineering, Seoul National Univ. of Science and Technology

- 2022.08 ~ Present   (Assistant Professor) Dept. of Semiconductor Engineering, Seoul National Univ. of Science and Technology 

- 2015.09 ~ 2022.07   Samsung Semiconductor R&D Center

- 반도체 첨단 패키징 기업 연계 융합 인재 양성, National Research Foundation of Korea, (Jul, 2025 ~ Dec, 2029)

- Design and implementation of near-sensor computing through the development of memory device and system bonding process technologies, NNFC, (Jul, 2024 ~ Dec, 2026)

- High-reliability silicon bridge heterogeneous packaging technology for high-efficiency power distribution, National Research Foundation of Korea, (Apr, 2023 ~ Dec, 2027)
- Development of high performance graphene device IC technology, Ministry of Education, Science and Engineering, (Sep, 2010 ~ Aug, 2015)
- Development of composite hybrid device made of organic/inorganic nanomaterials, Ministry of Education, Science and Engineering, (Aug, 2009 ~ Jul, 2014)
- A Study on Graphene synthesis and its properties, Ministry of Education, Science and Engineering, (Jun, 2008 ~ May, 2014)
- Graphene based Nanomaterial, KAIST, (Jan, 2010 ~ Dec, 2010)
- Smart Graphene Sound Speaker, Samsung Electronics, (Jan, 2014 ~ Dec, 2017)
- Development of Hybrid (Organic/Inorganic) Gate Dielectric technology for graphene device, Samsung Advanced Institute of Technology, (Sep, 2010 ~ Aug, 2011)

- 우수 포스터 논문상 (홍슬기, 봉재훈, 황완식, 조병진), "Vertical Graphene Field-Effect Transistor using Direct Growth Graphene Nanoribbon", The 2nd Korean Graphene Symposium, Buyeo, Korea, Mar 26-27, 2015.
- 기업체(하이닉스) 논문상 (Seul Ki Hong, Ki Yeong Kim, Taek Yong Kim, Joung ho Kim, and Byung Jin Cho), "CVD를 이용한 그래핀의 전자기 차폐효과", 20th Korean Conference on Semiconductors, Hoengsung, Korea, Feb 4-6, 2013.
- 제 17회 휴먼테크 논문대상 동상 (홍슬기, 조병진), "그래핀 기반 유연저항 메모리"
- 우수박사학위 논문상, "고성능 그래핀 소자 집적회로 기술 개발", KAIST, 2016