College of Information and Communication Engineering - Advanced Semiconductor Engineering
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- +82-31-299-4327
- hwbaac@skku.edu
- Engineering 1 (23) 2F 23236
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[Research Interest]
Photonic systems and instrumentations for biomedical applications Optical ultrasound sensors and transmitters, Nanophotonic energy conversion structures, High-energy fiber laser Focused ultrasound therapy, Micro-ultrasonic treatment of tissue and cells, Miniaturized optical/ultrasonic systems for biomedical diagnosis and therapy
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- +82-31-299-4589
- bdchoi@skku.edu
- Research & Business Center 7F 85764
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[Research Interest]
Device Reliability of Advanced CMOS Technologies Flash Memory Technology Characterization of MOS Capacitor, and MOSFET with I-V, Generation and Recombination lifetime, and C-f Dependence Generation and Recombination Lifetime Measurement of Epi Wafers and Denuded Wafers Gate Oxide Integrity (GOI) Characterization Detection of Impurities (Fe, Cu ,Pt, Au, Cr ..etc) by DLTS Silvaco Simulation for extracting spice model parameter Display Device (OLED, Thin Film Device on Flexible/Glass Substrate) Low Temperature Poly Silicon TFTs
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- +82-31-299-4394
- choix215@skku.edu
- Semiconductor Building 3F 400318
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[Research Interest]
CMOS sensors: image sensors, 3D depth sensors, biosensors Analog & mixed-signal integrated circuits & systems VLSI circuits
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- Associate Professor Artificial Intelligence & Data Science
- CHUN, IL YONG
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- +82-31-290-7108
- iychun@skku.edu
- Engineering Building 1 (21) 2F 21229
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[Research Interest]
AI, ML, Computational Imaging, Computer Vision, Auto. Driving
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- +82-31-299-4596
- jhchun@skku.edu
- Semiconductor Building 4F 400408
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[Research Interest]
High-speed link, I/O design CMOS imagers Neuromorphic processors and memory systems Mixed signal/RF circuit design ESD protection circuits High power devices
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- +82-31-299-4587
- than@skku.edu
- Semiconductor Building 5F 400528
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[Research Interest]
Manycore Intelligent SoC Architecture, Processing-in-Memory, Next generation Memory System, Low-power/Thermal Management Technology, 3D IC Technology Network-on-chip, Optical Interface Memory Architecture and Interface Optical Interface
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- +82-31-299-4915
- seokin@skku.edu
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[Research Interest]
︎Processor Architectures (CPU, GPU, NPU) ︎Heterogeneous Memory Systems ︎Near-Data Processing ︎Hardware/Software Co-design for Deep Learning ︎Domain-specific Accelerators
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- +82-31-299-4399
- jh.hwang@skku.edu
- Semiconductor Building 5F 400524
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[Research Interest]
System Software, Cloud Computing, Storage Disaggregation, Datacenter Systems, Linux kernel Stacks
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- Professor Robotics
- JEON, JAE WOOK
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- +82-31-290-7129
- jwjeon@skku.edu
- Semiconductor Building 5F 400532
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[Research Interest]
Recognition based on Deep Learning Architecture of Real Time Vision System Automotive ECU (Electronic Control Unit) & Network Intelligent Robot Controller Motion Controller
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- +82-31-290-7143
- bskimice@skku.edu
- Semiconductor Building 4F 400429
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[Research Interest]
RFIC/millimeter wave IC design Radar system integration
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- +82-31-299-4398
- dale40@skku.edu
- Semiconductor Building 5F 400514
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[Research Interest]
Neural Processing Unit, Memory Sub-system, Distributed AI Computation, Communication-Computing Convergence, and Reliability
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- +82-31-299-4598
- ksyoung@skku.edu
- Semiconductor Building 4F 400414
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[Research Interest]
VLSI interconnect and noise modeling and analysis Signal Integrity and Power Integrity(SI and PI) Electromagnetic Interference
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- +82-31-290-7695
- jhko@skku.edu
- Semiconductor Building 3F 400316
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[Research Interest]
On-device machine learning, AI processor, Neuromorphic computing
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- +82-31-290-7690
- bskong@skku.edu
- Semiconductor Building 4F 400425
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[Research Interest]
Analog/Digital/Mixed-Signal Integrated Circuit Design High-Performance Microprocessor & Memory Architecture Design High-Bandwidth Transceiver Subsystem Design Low-Power System-on-Chip (SoC) Design
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- +82-31-299-4583
- keewkwon@skku.edu
- Semiconductor Building 4F 400426
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[Research Interest]
Emerging New Memory: Architecture and Circuits for Reliability High Speed Serial Links and Blind Clock Data Recovery 3-D Integrated Circuits
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- +82-31-290-7979
- yoonmyung@skku.edu
- Semiconductor Building 4F 400416
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[Research Interest]
Ultra-low power analog/digital circuit design Energy harvesting & Power management mm-scale sensor platform design Neuromorphic & Machine Learning Accelerators IoT security IP Low power digital circuits
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- +82-31-290-7955
- epark@skku.edu
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[Research Interest]
Machine Learning, Computer Vision
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- Assistant Professor ASIC for Machine Learning, Neuromorphic
- PARK, JEONGWOO
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- +82-31-299-4588
- jeffjw@skku.edu
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- Professor
- PARK, JIN HONG
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- +82-31-299-4951
- jhpark9@skku.edu
- Engineering Building 1 (21) 2F 21211
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[Research Interest]
Next Generation Low-power Device Research; - Multi-valued Logic Devices (NDR/NDT-based MVL Devices/Circuits Integration) - Neuromorphic Devices (Synaptic/Neuronal Devices and 3D Integration) - Novel Devices for Process-In-Memory 2D Materials-based Research; - 2D Semiconductor Fabrication Technologies (Doping, Contact, and etc.) - 2D Semiconductor Applications (Photodetectors and Transistors)
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- Assistant Professor Mixed-Signal Integrated Circuit Design
- PARK, JUNEUN
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- +82-31-299-4325
- juneun.park@skku.edu
- Engineering 1 (23) 4F 23426
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- +82-31-299-4320
- sangminwon@skku.edu
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[Research Interest]
Flexible/stretchable device and system
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- +82-31-299-4322
- micco21@skku.edu
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[Research Interest]
The Yu Lab’s research interests include nanoscale materials, devices and their applications in future electronics, energy technologies and biomedical science. Our research focuses on rational design and synthesis of highly complex nanostructures with precisely controlled chemical composition, structural morphology and physical dimension; fundamental investigation of new chemical, optical, electronic and magnetic properties; and exploration of new technological opportunities arising in these nanoscale materials. A strong emphasis is placed on the hetero-integration of multi-composition, multi-structure and multi-function at the nanoscale, and by doing so, creating a new generation of integrated nanosystems with unprecedented performance or unique functions to break the boundaries of traditional technologies.