1. Materials for memory and logic devices    
1-1  Materials and devices for memory/logic applications
1-2  Materials and process for interconnects and packaging
1-3  Materials, processes and devices for 3D integration
2. Materials for flexible and wearable devices    Unyong Jeong    
2-1  Materials and systems for tactile sensors
2-2  Materials for wearable healthcare monitoring
2-3  Materials for textile electronic devices    
3. Materials for frontier displays and optoelectronics
3-1  Organic LEDs and TFTs 
3-2  Organic/inorganic hybrid LEDs and optoelectronics
3-3  LED materials and devices
3-4  Inorganic and hybrid thin film transistors    
4. Two-dimensional materials    
4-1  Growth and integration of two-dimensional materials 
4-2  Optical, electronic and phonon processes of two-dimensional materials
4-3  Two-dimensional materials for novel functional device platforms
5. Advanced nanomaterials & nanofabrications    
5-1  Synthesis and applications of optical and electronic nanomaterials
5-2  Biological & bioelectronic applications of functional nanomaterials
5-3  Large area synthesis, patterning, and organization of nanomaterials
6. Solar energy and environmental materials
6-1  Perovskite photovoltaics 
6-2  Inorganic materials for photovoltaics 
6-3  Organic and hybrid materials for photovoltaics
6-4  Materials for solar fuels    Jin 
7. Electrochemical energy storage materials
7-1  Materials for Li-air batteries
7-2  Electrode materials for lithium ion batteries
7-3  All solid state Li/Na batteries
8. Energy harvesting materials    
8-1  Nanogenerators 
8-2  Thermoelectric power generators
8-3  Piezoelectric and hybrid power generators
9. Smart sensor materials    
9-1  Materials for chemical and gas sensors
9-2  Smart biosensors: materials and devices
9-3  Mechanical/physical sensors and IOT    
10. Biomaterials    
10-1  Bioelectronic materials and devices
10-2  Biomaterials for organ-on-a-chip 
10-3  Biological materials for catalysis and sensing    
11. Computational materials science    
11-1  Material informatics & design
11-2  Surface nanoengineering: from nanocatalysis to corrosion science
11-3  Computational approaches to materials for photonic devices
11-4  Modeling of electrochemistry at material interfaces
12. Nanomechanics and nanoscopy    
12-1  Nanomechanics and device reliability: experiment and modeling
12-2  In-situ nanomechanical testing under microscope
12-3  Atomic-resolution analysis of surface, interface and defects    
13. General program    
13-1  Energy materials 
13-2  Nano materials 
13-3  Electronic optical & magnetic materials 
13-4  Structural & composite materials