PROJECTS
[On-Going Projects]
1. Development of smart environment monitoring system technology using autonomous unmanned systems, funded by NRF/MSIT.
2. Sensor for innovative detection of decayed food in the smart system (SRIDDF), funded by KIAT/MOTIE.
3. Development of AI-based smart sensor signal processing ROIC platform technologies, funded by KEIT/MOTIE.
4. Development of heterogeneous multi-sensor microsystem platform, funded by KEIT/MOTIE.
[Completed Projects]
1. Developement of mmWave wireless transceiver integrated circuits, funded by UNIST. [PI]
2. UNIST industrial education program (울산지역거점기반인력양성 유니스트 과정), funded by MKE. [PI]
3. Industrial-IT convergence forum (기간산업-IT융합발전연구회, 산학연클러스터사업), funded by UTP/MKE. [PI]
4. Developement of u-health semiconductor integrated circuits, funded by uMedix. [PI]
5. Development of a full-digital CMOS transceiver, funded by MOTIE(MKE).
6. Research of a non-contact ship-painting thickness gauge using CMOS Terahertz, funded by MSIP(MEST).
7. Development of flexible TSP(touch-screen panel) controller integrated circuits, funded by Samsung Display.
8. Integrated control platform of multiplex sensors based on ICT technologies, funded by UNIST(산학융합지구)/MOTIE.
9. UNIST industrial education program (미래전략형수요맞춤기술인재육성 유니스트 과정), funded by MOTIE. [PI]
10. Development of auto-vehicle multiplex sensors based on hierarchical carbon nanowires and their readout integrated circuits, funded by MSIP(MEST).
11. Mobile sensor control platform for automotive driving safety and healthcare systems, funded by MOTIE. [PI]
12. Research of CMOS automotive radar transceiver ICs, funded by UNIST(KniF 2030, 미래도전과제/집단연구과제).
13. Development of BCDMOS technology process & IPs based on AEC-Q100 for automotive applications, funded by MOTIE.
14. UNIST industrial education program (특화산업수요기반 융합형 재직자 기술역량강화사업 유니스트 과정), funded by MOTIE. [PI]
15. Development of fingerprint & TSP(touch-screen panel) controller integrated circuits, funded by Samsung Display.
16. Development of differential-patterned fingerprint & touch-screen controller integrated circuits, funded by Samsung Display.
17. UNIST industrial education program (수송기계 및 에너지부품산업 구조고도화를 위한 핵심인력 역량강화 사업 유니스트 과정), funded by MOTIE. [PI]
18. CMOS wideband terahertz transceiver integrated circuits using adaptive linear superposition techniques, funded by NRF/MOE. [PI]
19. Development of highly-reliable smart sensor technology for IoT/smart factory/safety industry, funded by MOTIE. [PI]
20. Empowerment project of R&D abilities for energy components industry, funded by MOTIE. [PI]
21. Development of ECU(electronic control unit) SoCs & Embeded SWs for multi-domain automotive electronic architectures, funded by MOTIE.
22. Development of patch-type 7-modal multi-sensor devices and platform technology for wearable healthcare applications, funded by KEIT/MOTIE.
23. Development of suspended heterogeneous nanostructure-based hazardous gas microsensor systems, funded by KEIT/MOTIE.
24. Development of highly-reliable intelligent smart sensor technologies, funded by Ulsan Metropolitan City/UNIST. [PI]
25. Heterogeneous reconfigurable multi-sensor interfaces and systems, funded by NRF/MOE. [PI]
26. Development of non-conscious real-time wearable healthcare system for work-stress monitoring and management, funded by IITP/MSIT. [PI]
27. Development of IoT sensors and plant-safety platform against hazardous substances, funded by UTP/Ulsan/MSIT. [PI]
28. Development of low-power all-in-one sensor interfaces based on photorechargeable monolithic power sources, funded by NRF/MSIT.
29. Development of disposable IoT nanosensors for environmental monitoring and biosignal detection, funded by IITP/MSIT.
30. Development of integrated multi-biosignal processing chip for healthcare and biomedical applications, funded by Samsung Electronics.
31. Biomimetic brain interface based minimal invasive B2X system applications, funded by KEIT/MOTIE.
32. Development of BMI application technology based on multiple bio-signals for autonomous vehicle drivers, funded by IITP/MSIT.
33. Arttifical intelligence technology for brain event and rhythm in daily life using ear-behind and neckband wearable devices, funded by NRF/MSIT.