[BTS 실전문제연구팀 3차 중간교류회] 1. 일시: 2023. 9. 20(수) 18:00~20:00 2. 장소: 108동 U110호 및 1층 로비 3. 행사내용 - 포스터 세션: 팀 연구주제 소개 및 교류 - 분야별 연구성과 발표: UNIST(ATOMS팀), 울산대학교(COTN팀) *발표5분, 질의응답 5분 - 최종성과발표회 관련사항 안내 - 저녁식사 및 기념품 제공 예정 (저녁식사는 사전 신청자에 한해 제공) - 울산대학교/유니스트 학부생 자율 참관 예정 4. 참석인원: 약 150명 내외 - (실전문제연구팀) UNIST 47개팀, 울산대학교 5개팀 등 ...
공과대학 학생회에서 "시그마와 방송하는 새싹" 행사를 아래와 같이 진행합니다. 일시: 2023.09.15.(금) 16:00~19:00 장소: UNIST 실내체육관 대상: 공과대학 재학생(학부생) 및 새내기 내용: 재학생과 새내기들 간의 단합과 교류의 장 마련 ...
Open-source autonomous driving software and its research challenges Recently, an open-source autonomous driving stack called Autoware has spread widely, and the number of Autoware-enabled vehicles is increasing. Autoware is currently being used in more than 30 vehicles in more than 20 countries by more than 100...
Increasing climate challenges and increased population has pushed to solutions away from fossil resources and instead to renewable resources. Biomass is a renewable resource and can be used to substitute products from petrochemical processes. For many years biomass was seen as a potential resource for...
Design Strategies for Organic Semiconducting Materials for Various Organic Electronics Over the past two decades, organic electronics, such as organic field-effect transistors, organic light emitting diodes, organic photovoltaic cells, and organic photodetectors have recently received significant attention for use in flexible low-cost electronics applications. The molecular design of organic semiconductors is a useful strategy for high performance organic light emitting diode, organic thin film transistor, and organic solar cell because tailoring the molecular structures can dramatically tune the properties of the organic semiconductors. In this presentation, I will introduce the characteristics of the conjugated materials designed and synthesized for various organic electronics applications....
