• Congratulations to Batyrbek, on the publication of his paper in Advanced Materials (2025)!

• Congratulations to Junseong, Minwoo, JInsu, on the publication of their paper in ACS Nano (2025)!

• industry-academic Project begins in 2025. (Development of a novel material sensor that mimics the thermal denaturation phase transition of biomaterials and an electronic tag for pharmaceutical monitoring)

• Public-Private Joint Investment Semiconductor Industry Technology Innovation Project begins in 2024. (Development of a high-selectivity, high-reliability, and selective element for PIM-oriented crosspoint SOM applications.)

• (BK21) Global Advanced Semiconductor Innovation Education and Research Group begins in 2024.

• Congratulations to Anupom, on the publication of his paper in ACS Nano (2024)!

• Congratulations to Junseong, Hyeyoon, Dohee, on the publication of their paper in Advanced Materials (2024)!

• Congratulations to Junho Bae and Yuseop Shin on the publication of their paper in Nature Communications (2022)!

• Samsung Electronics industry-academic project begins in 2022. (Ultra-thin 3D integration process and nTnR technology development)

• PIM artificial intelligence semiconductor core technology development project begins in 2022. (Development of PIM devices, circuits, and architecture based on high reliability resistance variable memory (ReRAM))

• IITP project begins in 2022. (Development of CXL-based PIM semiconductor technology for multiple DRAM modules considering memory consistency)

• Batyrbek student, congratulations on publishing in Nature Partner Journal (2021).

• Intelligent semiconductor business project begins in 2020 (Development of ReRAM-based near-memory bit vector operator)

• Participation in the system semiconductor manpower training project and Brain Korea manpower project begins in 2020

• Participated in university key research institute project in 2018 (research on convergence energy autonomous multi-functional sensor platform)

• Industrial technology innovation project started in 2018 (development of neuromorphic system to overcome 3D memristor array shortcomings)

• LG Display industry-academic project started in 2017 (ultra-small pixel microLED display production technology)

• Gov project started in 2017 (Radiation-resistant integrated device, 2017M1A7A1A01016262).

• Emerging basic research project started in 2017 (research on improving reliability of gallium nitride (GaN) semiconductor devices using anisotropic heat transfer characteristics).

We want passionate MS-PhD, PhD students and Postdocs. Tuition will be covered and stipend paid.

Please send me your resume, picture, transcript, and 1 page Statement of Purpose. Requires good communcation skill.

• Area 1: Novel nanoelectronics devices and memories
  

• Area 2: Nanoscale heat management in electronics
  

• Area 3: CMOS integration, 3D integration, chip-level packaging
  

• Area 4: Image sensors, chemical/gas sensors, CMOS integrated sensors
  

• Area 5: digital/analog circuit design and tape-out