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국립부경대-KIST, 차세대 AI 비전 센서 구현 앞당긴다
국립부경대-KIST, 차세대 AI 비전 센서 구현 앞당긴다
국립부경대·한국과학기술연구원, 차세대 AI 비전 센서 구현 앞당길 2차원 금속 전극 기술 개발- 국립부경대 장지수 교수·KIST 황도경·문효원 박사 공동연구팀 성과- 국제학술지  논문 게재△  공동연구팀 사진. 위 왼쪽부터 연응선 KIST 및 KU-KIST 융합대학원 학생연구원(제1저자), 이윤정 KIST 인턴연구원(제1저자), 한성준 KIST 및 KU-KIST 융합대학원 학생연구원(제1저자), 아래 왼쪽부터 문효원 KIST 선임연구원(교신저자), 황도경 KIST 책임연구원 및 KU-KIST 융합대학원 학연교수(교신저자), 장지수 국립부경대 교수(교신저자). 국립부경대학교와 한국과학기술연구원(KIST) 공동 연구진이 차세대 반도체인 2차원(2D) 반도체의 성능을 좌우하는 핵심 요소가 2차원 금속 전극임을 규명하고, 이를 활용해 고성능 광전자 소자와 인-센서 컴퓨팅(In-sensor Computing) 기능을 구현했다.이번 연구 결과는 차세대 인공지능(AI) 비전 센서(인간의 시각처럼 이미지를 포착하는 센서)의 실현에도 새로운 해법이 될 것으로 보인다.국립부경대 장지수 교수(디스플레이반도체공학전공), 한국과학기술연구원 차세대반도체연구소 양자기술연구단 황도경 박사(고려대 KU-KIST 융합대학원 학연교수)·문효원 박사 공동연구팀은 ‘2차원 금속을 활용한 새로운 광전자 소자 구조 설계’ 기술을 개발했다. 이 연구 성과는 세계적인 재료공학 분야 학술지인 (IF=26.8)>에 6월 1일 온라인으로 게재됐다.2차원 반도체는 원자 몇 층 두께의 초박막 구조를 갖는 신소재로, 차세대 저전력 전자소자와 인공지능 비전 시스템 등에 활용될 것으로 기대된다. 그러나 2차원 반도체와 전극이 접촉하는 계면에서 발생하는 결함과 페르미 준위 고정(Fermi-level pinning) 현상은 소자 성능을 제한하는 대표적인 문제로 지적돼 왔다.연구팀은 이러한 한계를 극복하기 위해 다양한 2차원 금속 전극을 활용한 광전자 소자 구조를 설계하고, 전극 특성이 광전자 성능에 미치는 영향을 체계적으로 비교·분석했다. 연구 결과, 2차원 금속은 기존 벌크 금속 전극과 달리 2차원 반도체 표면에 손상을 유발하지 않으며, 결함이 거의 없는 이상적인 계면을 형성하는 것을 확인했다. 또한 광발광(photoluminescence), 온도 의존 전기적 특성 분석을 통해 2차원 금속과 WS2 반도체 사이에서 계면 결함과 페르미 준위 고정 현상이 효과적으로 억제되는 것도 확인했다.이와 함께 연구진은 여러 종류의 2차원 금속을 광전소자에 적용해 실험한 결과, 전극의 일함수가 광검출 특성을 결정하는 핵심 인자라는 사실을 밝혔다. 특히 높은 일함수를 갖는 염소(Cl)가 도핑된 2차원 금속 셀렌늄화주석(Cl-SnSe2)을 전극으로 적용한 경우, 광검출기의 선형 동적 범위(Line Dynamic Range)가 135 dB에 달하고 광전변환효율(Power Conversion Efficiency)은 13.6%에 이르는 우수한 성능을 달성했다.더 나아가 연구팀은 개발된 고효율의 광전 소자를 활용해 센서 내부에서 영상 정보를 직접 처리하는 ‘인-센서 컴퓨팅(In-sensor Computing)’ 기능을 구현했다. 그 결과, 기존 금속 전극을 사용한 소자보다 2차원 금속 전극을 적용한 소자의 이미지 처리 기능이 훨씬 우수한 것으로 나타났다.연구책임자인 장지수 교수는 “이번 연구는 2차원 금속 전극의 일함수가 소자의 광전 특성을 어떻게 결정하는지 체계적으로 규명한 것으로, 향후 인공지능 비전 시스템, 차세대 저전력 광센서 및 엣지 컴퓨팅 시스템 등 다양한 분야에 활용될 수 있을 것으로 기대한다”고 밝혔다.한편, 이번 연구는 국립부경대 신임교수 학술연구비 지원사업과 과학기술정보통신부 KIST 주요 사업 및 중견연구사업의 지원을 받아 수행됐다. <부경투데이> △ 2차원 금속 전극이 적용된 광전자 소자의 모식도와 광전 특성, 그리고 인-센서 컴퓨팅 구현 결과 이미지. (상, 좌측) 2차원 금속 전극의 반데르발스(vdW) 전사 공정 모식도. (상, 우측) 2차원 금속 전극이 적용된 WS2 다이오드의 에너지 밴드 구조. (하, 좌측) Cl-SnSe2 전극이 적용된 WS2 광검출기의 광전 특성. (하, 중앙) Cl-SnSe2 전극이 적용된 WS2 광전지(Photovoltaic cell)의 광전 특성. (하, 우측) 다양한 전극 소재가 적용된 인-센서 컴퓨팅 소자의 이미지 처리 성능 비교.
'수줍음 청소년 인지편향 연구' 국제학술지 게재
'수줍음 청소년 인지편향 연구' 국제학술지 게재
“수줍음 높은 청소년, 모호한 사회상황 더 부정적으로 해석”- 국립부경대 연구팀, 수줍음 청소년 인지편향 연구 국제학술지 게재△  왼쪽부터 장펑 박사과정생, 허균 교수, 현순안 학술연구교수. 수줍음 척도가 높은 청소년은 정서 상태가 부정적이거나 중립적일 때뿐 아니라 긍정적 정서 조건에서도 모호한 사회적 상황을 더 부정적으로 해석하는 경향이 강하다는 연구 결과가 나왔다.국립부경대학교 대학원 교육컨설팅학과 장펑 박사과정생과 허균 교수, 국립순천대학교 현순안 학술연구교수 연구팀은 논문 ‘Online Interpretation Bias in Shy Adolescents Across Emotional Valence Conditions’를 통해 이 같은 청소년의 사회인지 및 정서처리 연구 결과를 발표했다.이 논문은 SSCI 등재 국제학술지  2026년 22권 2호(2026년 6월)에 게재예정이다. 이 학술지는 인지심리학, 정서처리, 주의, 기억, 사회인지 등 인간 인지과정을 다루는 국제학술지로, 이번 논문은 청소년의 수줍음과 온라인 해석편향을 정서 조건별로 실험적으로 규명했다는 점에서 의미가 크다.이 논문은 수줍음 척도가 높은 청소년이 애매한 사회적 단서를 어떻게 해석하는지, 그리고 이러한 해석 경향이 행복, 중립, 분노와 같은 정서 조건에 따라 달라지는지를 분석한 연구다. 연구진은 중학생을 대상으로 수줍음 척도 검사를 실시한 뒤, 고수줍음 집단과 저수줍음 집단을 구분하고 E-Prime 2.0 기반 온라인 해석편향 과제를 활용해 반응시간과 해석 수용률을 분석했다.분석 결과, 수줍음 척도가 높은 청소년은 수줍음 척도가 낮은 청소년보다 모호한 사회적 상황에서 부정적 해석을 더 강하게 수용하고, 부정적 의미를 더 빠르게 받아들이며, 부정적 해석을 거부하는 데 더 오랜 시간이 걸리는 것으로 나타났다. 반면 긍정적 해석편향에서는 집단 간 유의한 차이가 나타나지 않았다.이에 따라 연구진은 수줍음 척도가 높은 청소년이 겪는 사회적 어려움이 단순히 소극성의 문제가 아니라, 모호한 사회적 정보를 위협적으로 해석하는 안정적인 인지처리 경향과 관련될 수 있다고 설명했다. 특히 긍정 정서 조건에서도 부정적 해석편향이 유지된다는 점은, 수줍음 척도가 높은 청소년을 지원할 때 단순히 긍정 정서 유도보다 부정적 해석 도식을 직접 완화하는 교육적·상담적 개입이 필요함을 시사한다.허균 교수는 “이번 연구는 수줍음 청소년의 사회인지적 특성을 실험심리학적 방법으로 규명한 연구로, 청소년 상담과 학교생활 적응 지원을 위한 중요한 근거가 될 수 있다”며, “특히 SSCI 등재 국제학술지 게재를 통해 교육학 기반 청소년 정서·인지 연구의 국제적 확장 가능성을 제시했다”고 밝혔다.한편, 연구팀의 장펑 박사과정생은 ‘Global PKNU 해외대학 교직원 대학원 학위과정’ 프로그램으로 중국에서 국립부경대로 유학 온 이후 연구에 전념해 왔다. 장펑 박사과정생은 현재 국립부경대 대학원 교육컨설팅학과에서 수학하고 있으며, 중국 뤼량사범대학 소속 연구자로서 청소년 발달, 정서처리, 교육심리 분야 연구를 지속하고 있다. 2025년도 PhiNX 보호학문 대학원생 연구장려장학금 프로그램 지원을 받아 KCI 등재 학술지 <수산해양교육연구>에 논문을 게재하는 등 지금까지 KCI 논문 3편을 게재하여 연구 성과를 축적하고 있다.현순안 학술연구교수는 국립부경대 대학원 교육컨설팅학과에서 교육학 박사학위를 취득한 뒤 순천대 학술연구교수로 재직하면서 교육공학, AI 교육, 교육평가 및 청소년 인지·정서 연구에 매진해 왔으며, 이번 연구에서 청소년의 수줍음과 해석편향의 구조적 관계를 이론적·실증적으로 해석하는 데 기여했다. 또한 최근 연구재단의 2026년 인문사회학술연구교수로 선정돼 국립부경대 수해양교육연구소(소장 원효헌 교수) 학술연구교수로 5년간의 연구 지원을 받아 연구를 수행할 예정이다.이번 연구를 지도한 허균 교수는 교육공학, AI 기반 교육, 빅데이터 분석, 고급 양적연구방법론 분야를 중심으로 연구를 수행해 왔으며, 대학원생과 신진연구자의 국제 및 국내 학술지 논문 게재를 지속적으로 지도하고 있다. 이번 성과는 국립부경대학교 학부의 수해양산업교육과(학과장 이태호 교수)와 대학원의 교육컨설팅학과 및 수해양인적자원개발학과의 청소년 교육심리 연구 역량과 글로벌 연구 경쟁력을 보여주는 사례로 평가된다. <부경투데이>
부처장들, 기부 이어간다 '80주년 기부 릴레이 37'
부처장들, 기부 이어간다 '80주년 기부 릴레이 37'
국립부경대 부처장들, 개교 80주년 기부 릴레이 이어간다- 교무·학생·기획부처장들 발전기금 1,000만 원 기부△ (왼쪽부터) 김성훈 부처장, 김창원 부처장, 배상훈 총장, 천은준 부처장. ⓒ사진 서형석(대외홍보센터)국립부경대학교(총장 배상훈) 보직교수 3명이 대학 개교 80주년을 맞아 1,000만 원을 전달하며 기부 릴레이를 이었다.국립부경대 김창원 교무부처장, 김성훈 학생부처장, 천은준 기획부처장은 6월 1일 오후 대학본부 접견실에서 발전기금 1,000만 원을 배상훈 총장에게 전달했다.국립부경대는 올해 개교 80주년을 맞아 대학 발전을 위한 응원 기부 릴레이를 펼치고 있으며, 이들은 최근 1,000만 원을 기부한 김수용 토목공학과 명예교수(36호)에 이어 37호 주자로 참여하게 됐다.교무·학생·기획부처장 일동은 “보직을 맡아 우리 대학의 수많은 사업과 프로그램을 추진하고 운영해 나가면서 정말 많은 구성원들의 노력과 협력으로 대학이 발전해 나간다는 것을 실감하고 있다. 우리도 더 봉사하고 힘을 보태겠다는 마음으로 뜻을 모았다”고 밝혔다.이들에 앞서 지난달에는 보직교수인 학생·기획·연구지원·대외협력처장이 기부 릴레이에 동참해 발전기금 3,300만 원을 기부한 바 있다.국립부경대는 기부 릴레이로 조성된 발전기금을 우수 인재 양성 등 대학 발전을 위해 활용하며 연구중심대학, AX혁신대학, 글로벌혁신대학 등 미래 비전 실현에 힘쓸 계획이다. <부경투데이>
지역 우수기업 마케팅 전략 ‘대상’
지역 우수기업 마케팅 전략 ‘대상’
국립부경대 학생팀, 지역 우수기업 마케팅 전략 ‘대상’- 사회복지학전공 학생팀 … 기획 직무 실무자 양성과정 활약△ 수상 학생들. 왼쪽부터 박도연, 황유하, 정민서.국립부경대학교 사회복지학전공 황유하, 경영학부 박도연, 경성대학교 국제무역통상학과 정민서 학생팀(지도교수 오영삼)이 부산시 남구 기업문제해결 전략 기획 프로그램 ‘기획 직무 실무자 양성과정’ 대상을 수상했다.이 과정은 취업을 준비하는 청년을 대상으로 실제 기업의 실무 문제 해결을 위한 전략 수립 기회를 제공하고, 기업 협업과 전문가 멘토링을 통한 기획 실무역량을 길러주기 위한 프로그램이다.국립부경대생 팀은 지난 3월부터 2개월간 활동에 이어 최근 진행된 이 과정 최종 발표회에서 주차관제 시스템 전문 기업을 주제로 ‘꼬리물기 문제 인식 기반 콘텐츠 마케팅 전략’을 제시해 가장 우수한 평가를 받았다.이들은 주차장 꼬리물기(출차 시 앞차에 바짝 붙어 정산기에 한 대로 인식시켜 요금을 내지 않으려는 행위) 방지 기술을 보유한 기업의 브랜드 홍보와 온라인 마케팅 전략을 수립하고, 세부적인 실행 계획과 기대효과까지 제안한 성과를 인정받았다.특히 국립부경대생 팀은 이 기업이 해당 분야에서 독보적인 기술을 보유한 점에 착안, 주차장 꼬리물기에 대한 인식 자체를 확산하는 마케팅을 기획하고, 인지도 확장을 위한 AI 기반 콘텐츠와 실제 사례 콘텐츠 제작 및 매체 협업 방안까지 밝혔다.오영삼 교수는 “학생들이 사회적 문제 해결과 연계해 기업 발전 방안을 제시해 좋은 성과를 거뒀다”고 밝혔다. <부경투데이>
도서관 기획 프로그램 '인기'
도서관 기획 프로그램 '인기'
국립부경대 도서관, 지역 문화 큐레이터로 활약- 독서 경험 넘어 지역 주민 대상 전시·강연 확대 나서△ 김초엽 작가 초청 강연 현장. ⓒ사진 허광훈(대외홍보센터)국립부경대학교 도서관(관장 김은일)이 구성원은 물론, 주민을 대상으로 독서 경험을 넘어 전시, 강연 등 프로그램을 확대하며 지역의 문화 큐레이터로 나서 관심을 끈다.국립부경대 도서관은 5월 29일 오후 대학극장에서 김초엽 작가(33) 초청 강연을 개최했다. 김초엽 작가는 소설 ‘우리가 빛의 속도로 갈 수 없다면’, ‘지구 속의 온실’ 등을 집필한 한국을 대표하는 젊은 작가이자 최근 문학계에서 가장 주목받는 공상과학(SF) 소설가다.국립부경대 도서관은 기술 발전 속에서 인간관계와 감정, 우리가 선택해야 할 미래 방향을 함께 고민하기 위해 이번 강연을 기획했다. 이날 학생과 교직원, 지역 주민 등 300여 명이 참석한 가운데, 김초엽 작가는 ‘SF, 다른 세계를 감각하는 법’이라는 제목으로 강연을 펼쳤다.김초엽 작가는 이날 글쓰기를 시작하게 된 배경과 SF 소설가로 본격 활동하게 된 계기, 글쓰기 방법과 SF 장르 등에 관해 강연하고, 참석자들과의 대화 및 사인회 등을 진행했다.국립부경대 도서관은 이 강연에 앞서 지난 4월에는 핵심역량도서관 갤러리라운지에서 특별기획 전시회 ‘발달장애 작가 5인의 성장의 색’, 지난해에는 발달장애인 작가 초대 개인전을 열기도 했다. 오는 6월 2일에는 중앙도서관 1층에서 학내 음악 동아리 초청 작은 음악회가 열릴 예정이다.이 밖에도 영화, 시간, 글쓰기 등 주제별 북큐레이션 전시 프로그램을 연간 정기적으로 운영하는 한편, 북 페스티벌이나 명사 초청 특강 등 특별 프로그램도 상시 개최하며 구성원과 지역주민들의 문화 수요를 충족시킬 수 있는 노력을 펼치고 있다.김은일 도서관장은 “대학의 우수한 교육 자원을 개방해 지역과 상생하며 함께 성장하는 사회적 가치를 실현하고, 지역사회에 지식과 함께 감동을 주는 동반자가 되도록 더 힘쓰겠다”고 밝혔다. <부경투데이>
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교수동정 유럽 기반 한반도 평화 지식교류 플랫폼 구축 안상욱 교수, 체코·폴란드서 국제학술대회 개최- 경기도 ‘유럽 기반 한반도 평화 지식교류 플랫폼’ 사업 일환한국유럽학회 회장 안상욱 교수(국제지역학부)는 경기도와 지난 5월 19일과 22일 체코 프라하와 폴란드 크라쿠프에서 국제학술대회를 개최했다.이번 학술대회는 경기도 주관 ‘유럽 기반 한반도 평화 지식교류 플랫폼’ 사업의 일환으로, 한국·중동부유럽·EU 간 전략적 협력과 한반도 평화 구축을 위한 유럽의 경험을 공유하기 위해 열렸다.학술대회는 19일 체코 프라하의 카를로바대학교에서 ‘불확실성의 시대: 대한민국, 체코, 유럽연합의 전략적 협력’을 주제로, 22일 폴란드 크라쿠프의 야기엘론스키대학교에서 ‘불확실성의 시대: 유럽의 경험과 한반도 평화구축을 위한 협력’을 주제로 각각 진행됐다.이 행사에는 한국과 체코, 폴란드의 주요 대학 및 연구기관 소속 학자들이 참석해 △중동부유럽의 체제전환 경험 △EU 확대 이후 경제수렴 △러시아-우크라이나 전쟁 이후 유럽의 안보 전략 △에너지 안보 △이주 및 노동정책 △한반도 평화 구축을 위한 유럽의 시사점 등을 주제로 논의했다.현지에서 홍영기 주체코 대한민국 대사와 태준열 주폴란드 대한민국 대사가 각각 참석했고, 이반 얀차렉 주한 체코 대사 영상 축사를 전해 행사의 성공적인 개최를 지원했다.경기도 박현석 평화협력국장은 “이번 학술대회는 한국과 유럽이 평화·안보·경제협력 분야에서 미래지향적 협력 플랫폼을 확대하는 매우 의미 있는 계기이며, 특히 체코와 폴란드의 역사적 도전과 극복의 경험은 한반도 평화 구축과 국제협력 논의에 중요한 시사점을 제공했다”고 밝혔다.한국유럽학회 회장 안상욱 교수는 “이번 학술대회를 통해 1·2차 세계대전과 냉전 시기의 혼란을 극복하고 성공적인 체제전환과 EU 가입 이후 새로운 산업 성장동력 국가로 부상하며 한국과 밀접한 경제관계를 유지하고 있는 체코와 폴란드에서 학술대회를 개최한 것은, 불확실성의 시대에 미래를 개척하기 위한 양자관계 발전에 의미 있는 성과”라고 평가했다.한편, 이번 학술대회의 성과는 오는 10월 28일 DMZ 에코 피스 포럼과 12월 한국유럽학회 연례학술대회에서 공유될 예정이다. 2026-06-04
교수동정 “사실 가장 치열한 상태일 수도” ‘쉬었음 청년은 쉬지 않는다’- 김선기 HK연구교수, <경향신문> 칼럼 게재국립부경대학교 김선기 HK연구교수의 칼럼 ‘쉬었음 청년은 쉬지 않는다’가 6월 4일 <경향신문> 27면에 게재됐다.김선기 교수는 이 칼럼에서 최근 진행한 청년 대상 인터뷰 경험을 소개하며, 이른바 ‘쉬었음 청년’에 대한 사회적 인식과 실제 모습 사이에 존재하는 차이를 조명했다.그는 취업 경험이 없고 구직활동도 하지 않는 것으로 분류된 청년들 가운데 일부가 실제로는 아르바이트하거나 느슨한 형태의 구직활동을 하고 있었다고 설명했다. 그는 “쉬었음 청년만을 대상으로 한 조사는 구직 의지가 있으며, 취업을 위한 여러 가지 준비를 하고 있는 유형의 청년들이 이 집단 내에 상당수 포함되어 있는 것을 보고해왔다”며, 쉬었음 청년을 단순히 무기력하거나 취업 의지가 없는 집단으로 볼 수 없다고 설명했다.또 인터뷰 과정에서 연구자가 갖고 있던 선입견이 실제 청년들의 목소리와 다를 수 있음을 확인했다고 밝혔다. 그는 참여자들이 “일자리를 얻는 일의 중요성에도 동의하고 있으며, 무기력한 상태라기보다는 자신의 페이스 내에서 도전이나 계획, 탐색을 지속해나가고 있음을 확인할 수 있었다”고 분석했다.특히 한 참여자가 “인생에서 쉼이라는 것이 얼마나 중요한지”를 이야기한 경험을 소개하며, 쉬었음 청년을 사회문제로만 바라보는 시선을 되돌아볼 필요가 있다고 강조했다.김 교수는 좋은 질적 연구란 연구자의 선입견과 실제 현장에서 만난 현실의 차이를 발견하고 성찰하는 과정이라고 설명했다. 이어 “이들의 삶에서 직업과 일이란 여전히 아주 중요하지만, 아니 중요하기 때문에 치열한 고민의 시간을 이어가고 있음을 확인했다”고 밝혔다.김선기 교수는 “쉬는 것처럼 보이는 청년도, 사실 쉬는 것이 아니라 가장 치열한 상태일 수 있다는 것을 이렇게 다시 확인할 수 있었다”며, “오해를 낳는 쉬운 명명을 넘어, 그 이름으로 인해 놓치게 될 이해를 모색해야 한다”고 강조했다.▷ 칼럼 전문 보기(클릭) 2026-06-04
부경나우 한국해양수산개발원과 ‘해양수도권’ 도약 맞손 국립부경대-한국해양수산개발원, ‘해양수도권’ 도약 맞손- 2일 업무협약 … 해양수산 분야 연구 협력 확대△배상훈 총장(오른쪽)과 조정희 원장이 협약 후 기념사진을 촬영하고 있다. ⓒ사진 서형석(대외홍보센)국립부경대학교(총장 배상훈)와 한국해양수산개발원(원장 조정희)은 6월 2일 오후 국립부경대 대학본부 접견실에서 업무협약을 체결하고, 동남권의 해양수도권 도약과 국가 해양수산 경쟁력 강화를 위해 해양수산 분야 학연 협력 강화에 나섰다.이번 협약으로 부산을 대표하는 해양수산 특성화 종합 국립대학과 해양수산 분야 국책연구기관이 힘을 합쳐 해양수산부의 부산 이전에 따른 정책 연구 등을 공동으로 추진할 계획이다.해양수산부는 지난 5월 26일 국무회의에서 ‘남부 해양수도권 육성방향’을 발표하고, 제조·물류·에너지 산업 기반과 세계적인 항만 인프라를 갖춘 동남권을 대한민국 미래 해양경제를 이끌 핵심 성장거점으로 조성한다는 계획을 제시한 바 있다.이에 따라 양 기관은 해양수산 분야 연구역량과 우수 연구성과를 활용해 항만·물류 등 미래 해양산업 분야 공동 연구, 국가연구개발사업 및 대형 연구개발사업 공동 기획 등에 협력하며 동남권의 해양수도권 도약을 적극 지원한다.이와 함께 두 기관이 보유한 교원과 연구원 등 인적 자원과 연구 인프라 등을 기반으로 해양수산 특화 미래인재 및 전문인력 양성에 협력하고, 관련 학술행사 개최 및 산·학·연·관 협력 네트워크 구축에도 힘쓰기로 했다.배상훈 총장은 “해양수산부 이전을 시작으로 부산을 비롯한 동남권이 해양수산 분야 첨단산업과 고부가가치 서비스산업의 거점으로 주목받으면서, 대학과 기관이 지역과 국가는 물론 급변하는 글로벌 변화에 선제적으로 대응하며 시너지 효과를 낼 것으로 기대한다”고 밝혔다. 2026-06-04
부경나우 AI·멘토 활용 산업별 진로특강 운영 국립부경대, AI·멘토 활용 산업별 진로특강 운영- 재학생 173명 수료 … 산업별 현직자 멘토링 호응국립부경대학교 대학일자리플러스센터(센터장 김철수)는 최근 동원장보고관에서 ‘AI·멘토 활용 산업별 진로특강’을 운영했다.재학생맞춤형고용서비스사업의 일환으로 진행된 이번 프로그램은 학생들의 산업별 직무 이해도를 높이고 AI 도구를 활용한 자기주도적 진로·취업 설계를 지원하기 위해 마련됐다.이번 프로그램은 에너지, 반도체·자동차, 도시철도, 금융, 조선해양 등 5개 산업 분야로 5일간 운영됐으며, 재학생 173명이 수료했다.특히 한국수자원공사, 한국전력공사, 삼성전자, 르노코리아, 부산교통공사, 국가철도공단, 한국주택금융공사, 기술보증기금, 삼성중공업, HD현대중공업 등 산업별 주요 기관과 기업의 현직자 10명이 멘토로 참여해 진로특강과 멘토링을 진행해 재학생들의 호응을 얻었다.참가 학생들은 산업별 기업과 직무 정보를 분석하고 AI 도구를 활용해 진로 및 취업 전략을 수립하고, 현직자들과의 질의응답과 멘토링을 통해 취업 준비 방향도 탐색했다.한편, 국립부경대 대학일자리플러스센터는 고용노동부의 대학일자리플러스센터사업 운영기관으로, 대학생들의 진로 및 취업 지원을 위한 다양한 프로그램을 제공하고 있다. 2026-06-02
부경나우 용당캠퍼스 벽화로 물들인 학생들 국립부경대생들, 캠퍼스 벽화 그리기 봉사 바톤 이어간다- 학생 주도 봉사활동으로 캠퍼스 환경 개선 앞장국립부경대학교(총장 배상훈) ‘PKNU 학생봉사단’과 중앙동아리 ‘절영회’ 학생들이 5월 31일 용당캠퍼스 정문 일대에서 캠퍼스 벽화 그리기 봉사활동을 펼쳤다.학생들은 이날 용당캠퍼스 정문에서 캠퍼스 안까지 이어지는 진입로 벽면 가운데 50m 구간에 가을을 주제로 한 벽화를 완성했다. 지난해 여름을 주제로 한 첫 작업에 이어 올해 두 번째 구간을 마무리하며 캠퍼스 환경 개선 활동을 이어갔다.이번 활동은 학생들이 직접 기획하고 참여한 재능기부형 봉사활동으로, 캠퍼스를 찾는 지역 주민과 학내 구성원들에게 보다 쾌적한 보행 환경과 볼거리를 제공하기 위해 마련됐다. 학생들은 2028년까지 매년 50m씩 벽화를 추가 조성해 200m 길이의 용당캠퍼스 진입로 벽면 전체를 하나의 벽화 공간으로 완성할 계획이다.이번 활동에는 학생 60여 명이 참여했다. 절영회 학생들은 벽화 시안 제작과 스케치, 채색 작업 등을 맡아 작업을 주도했고, PKNU 학생봉사단 학생들은 벽면 정비와 밑 작업, 초벌 도색 및 채색 보조 등을 담당했다.절영회는 부산 지역 곳곳에서 벽화 봉사활동을 이어오고 있는 국립부경대 중앙동아리로, 이번 캠퍼스 환경 개선 활동에도 적극 참여하며 학생 주도 봉사의 의미를 더했다.PKNU 학생봉사단 대표 박준영 학생은 “학생들이 함께 힘을 모아 캠퍼스를 직접 꾸미고 변화시키는 과정 자체가 보람 있다. 앞으로도 학생들이 주도적으로 참여하는 다양한 봉사활동을 통해 학교와 지역사회에 도움이 되고 싶다”고 말했다. 2026-06-02
부경나우 한·미 디자이너들 한 자리에 국립부경대-美 산호세주립대, 국제 디자인작품 교류전 및 워크숍 개최- 디자인 전공 교수·학생 교류 활동△ 국제 디자인작품 교류전 및 워크숍 참가자 단체 사진.국립부경대학교와 미국 산호세주립대학교(San Jose State University)는 5월 28일부터 6월 2일까지 국립부경대 핵심역량도서관에서 2026 국제 디자인작품 교류전 및 워크숍을 개최했다.국립부경대 시각디자인전공과 산호세주립대 디자인학과가 공동으로 진행한 이번 행사는 양 대학 교수·학생들의 디자인 작품 세계를 공유하고, 디자인 분야의 글로벌 교류를 확대하기 위해 마련됐다.이번 행사에는 국립부경대 시각디자인전공 홍동식, 김성필, 남윤태 교수와 학생 30명, 산호세주립대 김창식 교수와 학생 17명 등 50여 명이 참가해 디자인 분야 국제 협력과 문화 교류를 진행했다.핵심역량도서관 1층 갤러리라운지에서 진행된 디자인작품 교류전에서는 참가자들의 작품 40여 점이 전시됐으며, 4층 창의혁신라운지에서는 ‘AR 증강현실 포스터 만들기’를 주제로 한 워크숍이 진행됐다.국립부경대 시각디자인전공은 이번 행사를 비롯해 국제 디자인 엑스포 참가 등 학생들의 글로벌 역량 강화를 위한 다양한 프로그램을 확대하고 있다. 2026-06-02
부경나우 학생 450명 농촌 봉사활동 활약 국립부경대생 450명, 3일간 마늘·양파밭에서 구슬땀- 27~29일 대구 달성군에서 농촌 봉사활동국립부경대학교(총장 배상훈)는 5월 27일에서 29일까지 2박 3일간 대구 달성군 일원에서 2026학년도 농촌 봉사활동을 개최했다.이번 활동에는 국립부경대 인문사회과학대학, 자연과학대학, 경영대학, 공과대학, 환경·해양대학, 정보융합대학, 글로벌자율전공학부, 학부대학 등 단과대학 학생들과 학생자치기구 학생 등 450여 명이 참가했다.이들은 3일간 대구 달성군 구지면, 유가읍, 현풍읍 등지의 18개 마을을 찾아 마늘밭과 양파밭에서 땀방울을 흘리며 농산물 수확에 힘을 보탰다.이들은 각 활동 장소의 마을회관에서 숙식하며 밭일 등 일손을 돕고, 틈틈이 주변 환경정비 활동도 펼쳤다.국립부경대는 총학생회와 각 단과대학 학생회를 중심으로 일손이 부족한 시기에 농촌 지역을 지원하기 위해 해마다 농촌 봉사활동을 진행하고 있다. 지난해에는 경북 상주시 일원에서 350여 명이 봉사활동을 펼쳤다.이번 활동에 참가한 김현수 학생(경영학부 4학년)은 “평소 시장이나 마트에서 편하게 구했던 농산물을 내 손으로 직접 수확해 보면서 땀 흘리는 가치와 보람을 느낄 수 있었다”고 밝혔다. 2026-06-01
부경나우 한국해양수산개발원과 ‘해양수도권’ 도약 맞손 국립부경대-한국해양수산개발원, ‘해양수도권’ 도약 맞손- 2일 업무협약 … 해양수산 분야 연구 협력 확대△배상훈 총장(오른쪽)과 조정희 원장이 협약 후 기념사진을 촬영하고 있다. ⓒ사진 서형석(대외홍보센)국립부경대학교(총장 배상훈)와 한국해양수산개발원(원장 조정희)은 6월 2일 오후 국립부경대 대학본부 접견실에서 업무협약을 체결하고, 동남권의 해양수도권 도약과 국가 해양수산 경쟁력 강화를 위해 해양수산 분야 학연 협력 강화에 나섰다.이번 협약으로 부산을 대표하는 해양수산 특성화 종합 국립대학과 해양수산 분야 국책연구기관이 힘을 합쳐 해양수산부의 부산 이전에 따른 정책 연구 등을 공동으로 추진할 계획이다.해양수산부는 지난 5월 26일 국무회의에서 ‘남부 해양수도권 육성방향’을 발표하고, 제조·물류·에너지 산업 기반과 세계적인 항만 인프라를 갖춘 동남권을 대한민국 미래 해양경제를 이끌 핵심 성장거점으로 조성한다는 계획을 제시한 바 있다.이에 따라 양 기관은 해양수산 분야 연구역량과 우수 연구성과를 활용해 항만·물류 등 미래 해양산업 분야 공동 연구, 국가연구개발사업 및 대형 연구개발사업 공동 기획 등에 협력하며 동남권의 해양수도권 도약을 적극 지원한다.이와 함께 두 기관이 보유한 교원과 연구원 등 인적 자원과 연구 인프라 등을 기반으로 해양수산 특화 미래인재 및 전문인력 양성에 협력하고, 관련 학술행사 개최 및 산·학·연·관 협력 네트워크 구축에도 힘쓰기로 했다.배상훈 총장은 “해양수산부 이전을 시작으로 부산을 비롯한 동남권이 해양수산 분야 첨단산업과 고부가가치 서비스산업의 거점으로 주목받으면서, 대학과 기관이 지역과 국가는 물론 급변하는 글로벌 변화에 선제적으로 대응하며 시너지 효과를 낼 것으로 기대한다”고 밝혔다. 2026-06-04
부경나우 AI·멘토 활용 산업별 진로특강 운영 국립부경대, AI·멘토 활용 산업별 진로특강 운영- 재학생 173명 수료 … 산업별 현직자 멘토링 호응국립부경대학교 대학일자리플러스센터(센터장 김철수)는 최근 동원장보고관에서 ‘AI·멘토 활용 산업별 진로특강’을 운영했다.재학생맞춤형고용서비스사업의 일환으로 진행된 이번 프로그램은 학생들의 산업별 직무 이해도를 높이고 AI 도구를 활용한 자기주도적 진로·취업 설계를 지원하기 위해 마련됐다.이번 프로그램은 에너지, 반도체·자동차, 도시철도, 금융, 조선해양 등 5개 산업 분야로 5일간 운영됐으며, 재학생 173명이 수료했다.특히 한국수자원공사, 한국전력공사, 삼성전자, 르노코리아, 부산교통공사, 국가철도공단, 한국주택금융공사, 기술보증기금, 삼성중공업, HD현대중공업 등 산업별 주요 기관과 기업의 현직자 10명이 멘토로 참여해 진로특강과 멘토링을 진행해 재학생들의 호응을 얻었다.참가 학생들은 산업별 기업과 직무 정보를 분석하고 AI 도구를 활용해 진로 및 취업 전략을 수립하고, 현직자들과의 질의응답과 멘토링을 통해 취업 준비 방향도 탐색했다.한편, 국립부경대 대학일자리플러스센터는 고용노동부의 대학일자리플러스센터사업 운영기관으로, 대학생들의 진로 및 취업 지원을 위한 다양한 프로그램을 제공하고 있다. 2026-06-02
부경나우 용당캠퍼스 벽화로 물들인 학생들 국립부경대생들, 캠퍼스 벽화 그리기 봉사 바톤 이어간다- 학생 주도 봉사활동으로 캠퍼스 환경 개선 앞장국립부경대학교(총장 배상훈) ‘PKNU 학생봉사단’과 중앙동아리 ‘절영회’ 학생들이 5월 31일 용당캠퍼스 정문 일대에서 캠퍼스 벽화 그리기 봉사활동을 펼쳤다.학생들은 이날 용당캠퍼스 정문에서 캠퍼스 안까지 이어지는 진입로 벽면 가운데 50m 구간에 가을을 주제로 한 벽화를 완성했다. 지난해 여름을 주제로 한 첫 작업에 이어 올해 두 번째 구간을 마무리하며 캠퍼스 환경 개선 활동을 이어갔다.이번 활동은 학생들이 직접 기획하고 참여한 재능기부형 봉사활동으로, 캠퍼스를 찾는 지역 주민과 학내 구성원들에게 보다 쾌적한 보행 환경과 볼거리를 제공하기 위해 마련됐다. 학생들은 2028년까지 매년 50m씩 벽화를 추가 조성해 200m 길이의 용당캠퍼스 진입로 벽면 전체를 하나의 벽화 공간으로 완성할 계획이다.이번 활동에는 학생 60여 명이 참여했다. 절영회 학생들은 벽화 시안 제작과 스케치, 채색 작업 등을 맡아 작업을 주도했고, PKNU 학생봉사단 학생들은 벽면 정비와 밑 작업, 초벌 도색 및 채색 보조 등을 담당했다.절영회는 부산 지역 곳곳에서 벽화 봉사활동을 이어오고 있는 국립부경대 중앙동아리로, 이번 캠퍼스 환경 개선 활동에도 적극 참여하며 학생 주도 봉사의 의미를 더했다.PKNU 학생봉사단 대표 박준영 학생은 “학생들이 함께 힘을 모아 캠퍼스를 직접 꾸미고 변화시키는 과정 자체가 보람 있다. 앞으로도 학생들이 주도적으로 참여하는 다양한 봉사활동을 통해 학교와 지역사회에 도움이 되고 싶다”고 말했다. 2026-06-02
부경나우 한·미 디자이너들 한 자리에 국립부경대-美 산호세주립대, 국제 디자인작품 교류전 및 워크숍 개최- 디자인 전공 교수·학생 교류 활동△ 국제 디자인작품 교류전 및 워크숍 참가자 단체 사진.국립부경대학교와 미국 산호세주립대학교(San Jose State University)는 5월 28일부터 6월 2일까지 국립부경대 핵심역량도서관에서 2026 국제 디자인작품 교류전 및 워크숍을 개최했다.국립부경대 시각디자인전공과 산호세주립대 디자인학과가 공동으로 진행한 이번 행사는 양 대학 교수·학생들의 디자인 작품 세계를 공유하고, 디자인 분야의 글로벌 교류를 확대하기 위해 마련됐다.이번 행사에는 국립부경대 시각디자인전공 홍동식, 김성필, 남윤태 교수와 학생 30명, 산호세주립대 김창식 교수와 학생 17명 등 50여 명이 참가해 디자인 분야 국제 협력과 문화 교류를 진행했다.핵심역량도서관 1층 갤러리라운지에서 진행된 디자인작품 교류전에서는 참가자들의 작품 40여 점이 전시됐으며, 4층 창의혁신라운지에서는 ‘AR 증강현실 포스터 만들기’를 주제로 한 워크숍이 진행됐다.국립부경대 시각디자인전공은 이번 행사를 비롯해 국제 디자인 엑스포 참가 등 학생들의 글로벌 역량 강화를 위한 다양한 프로그램을 확대하고 있다. 2026-06-02
부경나우 학생 450명 농촌 봉사활동 활약 국립부경대생 450명, 3일간 마늘·양파밭에서 구슬땀- 27~29일 대구 달성군에서 농촌 봉사활동국립부경대학교(총장 배상훈)는 5월 27일에서 29일까지 2박 3일간 대구 달성군 일원에서 2026학년도 농촌 봉사활동을 개최했다.이번 활동에는 국립부경대 인문사회과학대학, 자연과학대학, 경영대학, 공과대학, 환경·해양대학, 정보융합대학, 글로벌자율전공학부, 학부대학 등 단과대학 학생들과 학생자치기구 학생 등 450여 명이 참가했다.이들은 3일간 대구 달성군 구지면, 유가읍, 현풍읍 등지의 18개 마을을 찾아 마늘밭과 양파밭에서 땀방울을 흘리며 농산물 수확에 힘을 보탰다.이들은 각 활동 장소의 마을회관에서 숙식하며 밭일 등 일손을 돕고, 틈틈이 주변 환경정비 활동도 펼쳤다.국립부경대는 총학생회와 각 단과대학 학생회를 중심으로 일손이 부족한 시기에 농촌 지역을 지원하기 위해 해마다 농촌 봉사활동을 진행하고 있다. 지난해에는 경북 상주시 일원에서 350여 명이 봉사활동을 펼쳤다.이번 활동에 참가한 김현수 학생(경영학부 4학년)은 “평소 시장이나 마트에서 편하게 구했던 농산물을 내 손으로 직접 수확해 보면서 땀 흘리는 가치와 보람을 느낄 수 있었다”고 밝혔다. 2026-06-01
부경나우 GTEP사업단-트레이드잇과 MOU 국립부경대 청년무역전문가 양성사업단, 트레이드잇과 MOU 체결- AI 기반 차세대 디지털 무역 전문가 양성 위해 협력△  MOU 체결식 참석자들이 단체 기념사진을 촬영하고 있다.국립부경대학교 청년무역전문가 양성(GTEP)사업단과 ㈜트레이드잇은 5월 27일 국립부경대 인문사회경영관에서 디지털 무역 전문가 양성을 위한 MOU를 체결했다.양 기관은 이번 협약으로 급변하는 글로벌 통상 환경에 대응해 기존 무역 방식에 AI와 IT 기술을 접목한 차세대 디지털 무역 전문가 양성에 협력하기로 했다.㈜트레이드잇은 데이터 분석과 AI 알고리즘을 활용해 최적의 비즈니스 파트너를 연결하고 무역 프로세스 효율을 높이는 혁신적인 서비스를 제공하는 기업이다.이번 협약을 통해 국립부경대 GTEP사업단은 ㈜트레이드잇의 첨단 플랫폼을 실무 교육에 도입한다. 학생들은 AI를 활용한 시장 조사, 잠재 바이어 발굴, 데이터 기반 마케팅 전략 수립 등 실제 현장에서 요구되는 디지털 무역 실무를 경험하며 차별화된 역량을 쌓을 예정이다.문성용 ㈜트레이드잇 대표는 “현대 무역인에게 AI와 IT 기술 능력은 필수적이다. AI를 얼마나 잘 활용하느냐가 해외 영업의 성패를 가를 것”이라며, “무역의 경계가 넓어지는 만큼 무역 지식과 AI 활용 능력을 함께 갖춰 미래 글로벌 시장의 주역이 되길 바란다”고 강조했다.국립부경대 유정호 지도교수(국제통상학부)는 “이번 협약을 통해 학생들이 AI 기반 무역 자동화와 데이터 분석을 실무에 직접 적용해 보는 기회를 제공하고, 앞으로도 기업과의 긴밀한 협력을 통해 지역 중소기업의 해외 판로 개척에 기여하는 글로컬 무역 전문가를 육성하겠다”고 밝혔다.한편, 국립부경대 GTEP사업단은 산업통상자원부와 한국무역협회가 지원하는 사업으로, 이론과 실무를 겸비한 청년 무역 전문가를 양성해 지역 기업의 글로벌화를 돕는 거점 역할을 수행하고 있다. 2026-06-01
부경나우 22차 환태평양 콜로키움 개최 국립부경대, 22차 환태평양 콜로키움 개최- 28일 ‘부산학의 현황과 과제’를 주제로국립부경대학교 글로벌지역학연구소(소장 박상현·국제지역학부 교수)는 5월 28일 오후 인문사회?경영관 5층에서 ‘22차 환태평양 콜로키움(Trans-Pacific Dialogue)’을 개최했다.‘환태평양 관문도시의 탐색’을 주제로 열린 이날 행사에서 부산연구원 부산학센터장 권태상 박사가 ‘부산학의 현황과 과제’에 대해 발표했다. 권태상 박사는 시민의 일상과 도시 공간에 주목해 연구 성과를 시민과 공유하는 점을 부산학의 특징으로 꼽으며, 2003년 설립된 부산연구원 부산학연구센터가 ‘산복도로 르네상스’ 등 도시재생과 문화콘텐츠·관광, 청년문화 정책의 이론적 토대를 제공해 왔다고 설명했다. 구체적 활용 사례로 동래·해운대 온천을 비교하며 역사·문화 자원의 스토리텔링 전략을 제시하고, 한국전쟁기 피란수도 부산의 11개 유산의 유네스코 세계유산 등재 추진 과정을 소개했다. 아울러 개항 이후 항구도시로 성장한 부산이 환태평양을 잇는 관문도시로서 갖는 위상을 부산학의 시각에서 조명했다.지정 토론을 맡은 노용석 교수(국제지역학부)는 도시 규모의 지역학인 부산학을 ‘메가-지역으로서의 환태평양’ 연구와 접목하는 방안에 대해 논의했다. 참석자들은 관문도시 부산의 경험이 국가 간 상쟁과 도시 차원의 환대가 교차하는 환태평양 항구도시 연구에 주는 시사점, 그리고 시민 참여와 지역 정체성을 지향하는 부산학의 접근이 지역 통합 연구와 어떻게 연결될지 등에 관해 토론했다.사회를 맡은 박상현 교수는 “부산은 환태평양을 잇는 관문도시로서 지역 통합과 도시의 환대를 함께 보여주는 사례”라며 “부산학의 축적된 연구가 환태평양 다중문명 연구로 확장되는 계기가 되길 기대한다”고 말했다.한편, 국립부경대 글로벌지역학연구소는 한국연구재단 인문사회연구소 지원사업(2020~2026년)에 선정돼 ‘메가-지역으로서 환태평양 다중문명의 평화적 공진화: 지역의 통합, 국가의 상쟁, 도시의 환대’ 연구를 수행 중이다.  2026-05-29
교수동정 유럽 기반 한반도 평화 지식교류 플랫폼 구축 안상욱 교수, 체코·폴란드서 국제학술대회 개최- 경기도 ‘유럽 기반 한반도 평화 지식교류 플랫폼’ 사업 일환한국유럽학회 회장 안상욱 교수(국제지역학부)는 경기도와 지난 5월 19일과 22일 체코 프라하와 폴란드 크라쿠프에서 국제학술대회를 개최했다.이번 학술대회는 경기도 주관 ‘유럽 기반 한반도 평화 지식교류 플랫폼’ 사업의 일환으로, 한국·중동부유럽·EU 간 전략적 협력과 한반도 평화 구축을 위한 유럽의 경험을 공유하기 위해 열렸다.학술대회는 19일 체코 프라하의 카를로바대학교에서 ‘불확실성의 시대: 대한민국, 체코, 유럽연합의 전략적 협력’을 주제로, 22일 폴란드 크라쿠프의 야기엘론스키대학교에서 ‘불확실성의 시대: 유럽의 경험과 한반도 평화구축을 위한 협력’을 주제로 각각 진행됐다.이 행사에는 한국과 체코, 폴란드의 주요 대학 및 연구기관 소속 학자들이 참석해 △중동부유럽의 체제전환 경험 △EU 확대 이후 경제수렴 △러시아-우크라이나 전쟁 이후 유럽의 안보 전략 △에너지 안보 △이주 및 노동정책 △한반도 평화 구축을 위한 유럽의 시사점 등을 주제로 논의했다.현지에서 홍영기 주체코 대한민국 대사와 태준열 주폴란드 대한민국 대사가 각각 참석했고, 이반 얀차렉 주한 체코 대사 영상 축사를 전해 행사의 성공적인 개최를 지원했다.경기도 박현석 평화협력국장은 “이번 학술대회는 한국과 유럽이 평화·안보·경제협력 분야에서 미래지향적 협력 플랫폼을 확대하는 매우 의미 있는 계기이며, 특히 체코와 폴란드의 역사적 도전과 극복의 경험은 한반도 평화 구축과 국제협력 논의에 중요한 시사점을 제공했다”고 밝혔다.한국유럽학회 회장 안상욱 교수는 “이번 학술대회를 통해 1·2차 세계대전과 냉전 시기의 혼란을 극복하고 성공적인 체제전환과 EU 가입 이후 새로운 산업 성장동력 국가로 부상하며 한국과 밀접한 경제관계를 유지하고 있는 체코와 폴란드에서 학술대회를 개최한 것은, 불확실성의 시대에 미래를 개척하기 위한 양자관계 발전에 의미 있는 성과”라고 평가했다.한편, 이번 학술대회의 성과는 오는 10월 28일 DMZ 에코 피스 포럼과 12월 한국유럽학회 연례학술대회에서 공유될 예정이다. 2026-06-04
교수동정 “사실 가장 치열한 상태일 수도” ‘쉬었음 청년은 쉬지 않는다’- 김선기 HK연구교수, <경향신문> 칼럼 게재국립부경대학교 김선기 HK연구교수의 칼럼 ‘쉬었음 청년은 쉬지 않는다’가 6월 4일 <경향신문> 27면에 게재됐다.김선기 교수는 이 칼럼에서 최근 진행한 청년 대상 인터뷰 경험을 소개하며, 이른바 ‘쉬었음 청년’에 대한 사회적 인식과 실제 모습 사이에 존재하는 차이를 조명했다.그는 취업 경험이 없고 구직활동도 하지 않는 것으로 분류된 청년들 가운데 일부가 실제로는 아르바이트하거나 느슨한 형태의 구직활동을 하고 있었다고 설명했다. 그는 “쉬었음 청년만을 대상으로 한 조사는 구직 의지가 있으며, 취업을 위한 여러 가지 준비를 하고 있는 유형의 청년들이 이 집단 내에 상당수 포함되어 있는 것을 보고해왔다”며, 쉬었음 청년을 단순히 무기력하거나 취업 의지가 없는 집단으로 볼 수 없다고 설명했다.또 인터뷰 과정에서 연구자가 갖고 있던 선입견이 실제 청년들의 목소리와 다를 수 있음을 확인했다고 밝혔다. 그는 참여자들이 “일자리를 얻는 일의 중요성에도 동의하고 있으며, 무기력한 상태라기보다는 자신의 페이스 내에서 도전이나 계획, 탐색을 지속해나가고 있음을 확인할 수 있었다”고 분석했다.특히 한 참여자가 “인생에서 쉼이라는 것이 얼마나 중요한지”를 이야기한 경험을 소개하며, 쉬었음 청년을 사회문제로만 바라보는 시선을 되돌아볼 필요가 있다고 강조했다.김 교수는 좋은 질적 연구란 연구자의 선입견과 실제 현장에서 만난 현실의 차이를 발견하고 성찰하는 과정이라고 설명했다. 이어 “이들의 삶에서 직업과 일이란 여전히 아주 중요하지만, 아니 중요하기 때문에 치열한 고민의 시간을 이어가고 있음을 확인했다”고 밝혔다.김선기 교수는 “쉬는 것처럼 보이는 청년도, 사실 쉬는 것이 아니라 가장 치열한 상태일 수 있다는 것을 이렇게 다시 확인할 수 있었다”며, “오해를 낳는 쉬운 명명을 넘어, 그 이름으로 인해 놓치게 될 이해를 모색해야 한다”고 강조했다.▷ 칼럼 전문 보기(클릭) 2026-06-04
교수동정 “잉여는 정말 잉여였을까” ‘잉여일 때는 몰랐던 것들’- 김선기 HK연구교수, <경향신문> 칼럼 게재국립부경대학교 김선기 HK연구교수의 칼럼 ‘잉여일 때는 몰랐던 것들’이 5월 7일 <경향신문> 27면에 실렸다.김선기 교수는 이 칼럼에서 2000년대 후반 대학생들이 온라인 메신저에서 “나? 지금 잉여야!”라고 말하던 문화를 소개하며, 당시 청년들이 특별히 하는 일 없이 시간을 보내는 상태를 ‘잉여’라고 자칭했던 시대 분위기를 돌아봤다.그는 “그때 우리의 시간과 존재를 잉여라고 자칭한 게 여러 면에서 틀렸던 일임을 깨닫는다”고 밝혔다. 이어 “비생산적인 것처럼 보이는 시간이 장기적으로 생산성을 높여주는 것이 창의적인 지식 노동의 특성”이라며, 대학 시절의 취미와 경험들이 이후 직업인으로 살아가는 데 필요한 감각과 역량으로 이어졌다고 설명했다.또 사회학자 부르디외의 문화자본 개념을 언급하며, 대학생들이 했던 이른바 “‘잉여짓’의 효과”가 업무 능력과 취향 형성에도 영향을 미쳤다고 분석했다.김 교수는 대학생에게 생산적인 일을 하지 않는 시간은 단순한 게으름이 아니라 “오히려 특권에 가까운 일”이라고 진단했다. 이어 “부모가 등록금과 생활비를 제공할 수 있는 상황이 아니기에 잉여조차 될 수 없는 학생들이 그때도, 지금도 많이 존재한다”고 지적하며, 대학 사회 안의 불평등 문제를 함께 조명했다.특히 그는 잉여 문화가 “가난한 대학생의 이야기는 공론장에서 사라지고, 미래의 불투명함을 걱정하는 평범한 젊은이들이 청년 문제의 핵심으로 스포트라이트를 받게” 됐다고 분석했다.김선기 교수는 “잉여는 정치 운동은 되지 못했으나, 한 시대를 풍미한 문화 코드가 됐다”고 평가했다. 이어 “‘잉여’라는 단어와 감성 자체가 애초에 엘리트적인 것이었음을 증명한다”고 덧붙였다.▷ 칼럼 전문 보기(클릭) 2026-05-07
PKNU Research 1000 Gyun Heo | AI Evaluation System Research Published in an International Journal “AI Evaluation Systems Reduce Teacher Authority but Strengthen Teacher?Student Collaboration”- Pukyong National University research team publishes findings in an international journalA new study has found that while AI-based evaluation systems reduce teachers’ authority in assessment, they also strengthen collaborative relationships between teachers and students. A research team consisting of Yuan Peng, a doctoral student in the Department of Educational Consulting at the Graduate School of Pukyong National University, Gyun Heo, Professor at Pukyong National University, and Soon-An Hyun, Research Professor at Sunchon National University, published these findings in the paper titled “Reconstructing Teacher?Student Relationship in AI-Based Assessment Systems: Authority Transfer or Collaborative Evolution?” The paper was published in the April issue of the international journal . is an SCIE-indexed international journal in the fields of internet and information systems, and the study was included in the journal’s special issue titled ‘Generative AI Service Limitations & Improvement Technologies.’ The study empirically analyzed how AI-based evaluation systems change the relationship between teachers and students. The research team conducted a survey of 462 university students in Shaanxi Province, China, and used a structural equation model to examine the relationships among the use of AI evaluation systems, perceptions of teacher authority, and perceptions of teacher?student collaboration. Meanwhile, doctoral student Yuan Peng of the research team has devoted herself to research since coming to Pukyong National University from China through the ‘Global PKNU Overseas University Faculty and Staff Graduate Degree’ Program. Following her receipt of the Outstanding Paper Award at the 2024 Fall Conference of the Korean Society for Fisheries and Marine Sciences Education for her study titled “Construction of a Language Laboratory Based on Artificial Intelligence and Virtual Reality Technologies,” she also published a paper in the KCI-indexed journal Journal of with support from the 2025 PhiNX Protected Academic Fields Graduate Student Research Encouragement Scholarship Program. To date, she has continuously produced research achievements, including the publication of three KCI papers. Research Professor Soon-An Hyun earned a doctoral degree in education from the Department of Educational Consulting at the Graduate School of Pukyong National University and has since been conducting research in the fields of educational technology, AI education, and educational assessment while serving as a research professor at Sunchon National University. In this study, she contributed to the theoretical and empirical interpretation of structural changes in teacher?student relationships within AI-based educational environments. Professor Gyun Heo, who supervised the study, has conducted research centered on educational technology, AI-based education, big data analysis, and advanced quantitative research methodologies, while continuously mentoring graduate students and early-career researchers in publishing papers in both international and domestic academic journals. This achievement is regarded as a case demonstrating the AI education research capabilities and global research competitiveness of Pukyong National University’s Department of Fisheries and Marine Industry Education at the undergraduate level, as well as the graduate school’s Department of Educational Consulting and Department of Fisheries and Marine Human Resources Development. 2026-05-13
PKNU Research 1000 Young-Mok Kim | Human-Derived Postbiotics to Be Used as Food Packaging Materials Human Gut-Derived Postbiotics Draw Attention as Next-Generation Food Packaging Materials- Research achievement by the team of Professor Young-Mok Kim at Pukyong National University … proven effects in maintaining refrigerated salmon freshness as well as antibacterial and antioxidant properties- Published in the international journal in the field of chemical engineeringA research team led by Young-Mok Kim, Professor of the Major in Food Science and Engineering at Pukyong National University, has developed an active packaging film for food packaging using human gut-derived lactic acid bacteria metabolites (postbiotics). The study was conducted by Geum-Jae Jeong, Ph.D. at the Marine Bionics Convergence Technology Center of Pukyong National University, and Ye-Hyun Jo, a master’s student in the Interdisciplinary Program in Blue Food Convergence (co-first authors), together with Professor Young-Mok Kim (corresponding author) of the Major in Food Science and Engineering. The team published the paper titled ‘Chitooligosaccharide/Polyvinyl Alcohol Films Incorporated with Human Gut-Derived Postbiotics for Active Food Preservation.’ This study has been accepted for publication in the June 2026 issue of the internationally renowned journal Chemical Engineering Journal (IF 13.2, top 3% in JCR) in the field of chemical engineering. In this research, the team developed a next-generation active food packaging material by producing a composite film based on chitooligosaccharide (COS) and polyvinyl alcohol (PVA) incorporated with human gut-derived postbiotics, thereby imparting antibacterial and antioxidant functions. In particular, the composite film demonstrated its potential as a functional packaging platform by effectively incorporating postbiotics while maintaining excellent mechanical strength, biocompatibility, and stability. Because postbiotics do not use live microbial strains, they offer advantages over conventional probiotic-based materials, including greater safety and storage stability. In addition, their relatively simple production process makes them more suitable for mass production and industrial applications. The research team conducted verification experiments using refrigerated salmon and found that the film effectively suppressed microbial growth during storage while delaying lipid oxidation and protein degradation, demonstrating outstanding effects in maintaining the freshness and quality of the salmon. These findings show that the postbiotics incorporated into the packaging film can perform practical preservation functions even under refrigerated distribution conditions. This study was carried out in collaboration with the Korea Disease Control and Prevention Agency (KDCA) and is significant in that it presents a next-generation food packaging technology that overcomes the limitations of live bacteria-based functional materials while simultaneously ensuring safety, economic feasibility, and practicality. The technology is expected to be widely applied in the development of eco-friendly, high-functional packaging materials for fisheries products and fresh foods in the future. Meanwhile, this research was supported by the University-Focused Research Institute Program of the National Research Foundation of Korea and the Marine Blue Tech Future Leader Training Project of the Korea Institute of Marine Science & Technology Promotion (KIMST). 2026-05-13
PKNU Research 1000 Nam-Hyung Kim | Next-Generation All-Solid-State Battery Research Extending Both Lifespan and Output of High-Nickel Cathodes for Next-Generation All-Solid-State Batteries- Joint research achievement by Pukyong National University and the Korea Institute of Energy Research- Published in , a top 5% international journal in materials scienceA new particle design technology that simultaneously improves both the lifespan and output performance of high-nickel cathodes for next-generation all-solid-state lithium-ion batteries is drawing attention. A research team led by Nam-Hyung Kim, Professor of the Department of Materials System Engineering at Pukyong National University, and a team led by Hyeon-Yeon Cha, Senior Researcher at the Korea Institute of Energy Research, successfully secured both the lifespan and output performance of high-nickel cathodes for all-solid-state batteries through a “multi-scale structural design strategy” that simultaneously designs the nano- and micro-scale structures of particles. Recently, research on next-generation all-solid-state batteries for realizing high-energy-density batteries, which are essential for electric vehicles and large-scale energy storage systems, has been actively advancing. However, limitations in stability and performance have remained a major challenge. The research team focused on the issue of rapid performance degradation when applying NCM (lithium nickel cobalt manganese oxide, LiNi?.?Co?.₁Mn?.₁O) cathode materials to all-solid-state batteries. The study found that while the same cathode material operates without issue in conventional liquid electrolyte environments, its capacity decreases by approximately 20% and reactions within the electrode and particles become uneven when applied to all-solid-state batteries using sulfide-based solid electrolytes. Conventional polycrystalline high-nickel cathode particles in all-solid-state batteries were unable to achieve sufficient structural changes during the lithium insertion and extraction process in charge?discharge cycles, making it difficult to realize optimal capacity and causing non-uniform reactions, in which only some particles actively reacted. In particular, under the high pressure essential for all-solid-state batteries, limitations arose as particle cracking and uneven contact with the solid electrolyte created large amounts of “dead zones,” where reactions could not occur inside the electrode. To solve this issue, the research team proposed a “multi-scale structural design strategy” that simultaneously controls both nano- and micro-scale structures. First, they synthesized high-nickel NCM with artificially introduced twin-boundary defects inside the cathode particles, securing internal pathways that allow faster lithium-ion transport. In addition, instead of the conventional secondary particle structure, in which multiple primary particles are clustered together at the micro scale, the team introduced single-crystal high-nickel NCM, where the entire particle consists of a single crystal. This approach takes advantage of the fact that the single-crystal structure has almost no grain boundaries inside the particle, preventing microcracks even under high-pressure conditions and enabling the long-term maintenance of both particle shape and electrode structure. When the research team evaluated high-nickel cathodes for all-solid-state batteries using this technology under actual all-solid-state battery conditions, the single-crystal NCM showed an initial discharge capacity of approximately 197 mAh/g and maintained more than 90% of its capacity even after 100 charge?discharge cycles. This demonstrates a lifespan comparable to that of conventional liquid electrolyte batteries. Professor Nam-Hyung Kim stated, “This study is significant in that it presents a new cathode structure design paradigm optimized for all-solid-state battery environments. Such a multi-scale materials design strategy will serve as an important guideline for the future development of commercial cathodes for next-generation all-solid-state batteries.” The research findings were published in the paper titled “Synergistic Nano-Micro Structuring Boosts High-Ni Cathode Performance for All-Solid-State Lithium-Ion Batteries” in , an international journal ranked in the top 5% of the materials science field. 2026-05-04
PKNU Research 1000 Min-Sung Ko·Soo-Jong Chae | Development of Innovative Technology for Recycling Spent Secondary Batteries Pukyong National University and Chung-Ang University Develop Eco-Friendly Innovative Technology for Recycling Spent Secondary Batteries with a 99% Metal Recovery Rate- Joint research achievement by the teams of Professors Min-Sung Ko, Soo-Jong Chae, and Hae-Sung Jang- Published in the international journal Energy & Environmental MaterialsA joint research team from Pukyong National University and Chung-Ang University has developed an innovative technology for recycling spent secondary batteries that enables the recovery of valuable metals without the use of external reducing agents. This technology is expected to provide a new solution to the growing problem of spent secondary battery disposal, driven by the rapid expansion of electric vehicle (EV) adoption. The joint research team led by Min-Sung Ko, Professor of the Major in Metallurgical Engineering, and Soo-Jong Chae, Professor of the Major in Energy and Chemical Materials Engineering at Pukyong National University, along with Hae-Sung Jang, Professor of the Major in Advanced Materials Engineering at Chung-Ang University, developed the “Simplified Direct Carbothermic Reduction (SDCR)” technology. The research findings were published in the March 2026 issue of (IF = 14.1), a world-renowned journal in the field of energy and environmental materials. The SDCR technology developed by the research team differs from conventional spent battery recycling methods by using the carbon components inherently contained in waste electrodes to directly reduce and recover valuable metals. Previously, recycling spent secondary batteries required complex pretreatment processes and the use of external chemical substances. Currently commercialized hydrometallurgy and pyrometallurgy processes involve burdens such as high-temperature calcination, the generation of hazardous gases and waste acids, and the need for large-scale facilities, resulting in significant environmental pollution and high costs. Because of these structural limitations, concerns have often been raised about the practical efficiency of secondary battery recycling. The SDCR method utilizes the carbon components contained in conductive materials and binders inside the electrode as an internal reducing agent. This technology makes it possible to simultaneously carry out reduction and metal recovery while maintaining the original physical structure of the waste electrode without destruction. In addition, compared to conventional pyrometallurgical processes that require high-temperature calcination, this method can operate at lower temperatures, significantly reducing energy consumption. This greatly enhances its industrial applicability, as it can maximize recycling efficiency while reducing environmental burdens. In experiments applying the SDCR process to spent lithium secondary batteries, the research team recorded high recovery rates of 99.5% for cobalt and 98.6% for lithium. Compared to conventional hydrometallurgical processes, energy consumption decreased by approximately 73%, while greenhouse gas emissions were reduced by about 41%. These figures demonstrate that the technology has secured strong competitiveness in both environmental sustainability and economic efficiency. Professor Min-Sung Ko stated, “The core of this technology lies in achieving recycling by inducing reduction using only the internal components of spent batteries, without the use of separate reducing agents or hazardous chemicals. We expect this technology to be widely applied to the recycling of various types of lithium secondary batteries and to become an important turning point in establishing a sustainable resource circulation system.” Meanwhile, this research was conducted with support from the Basic Research Laboratory Program of the National Research Foundation of Korea and the Materials and Components Technology Development Program of the Ministry of Trade, Industry and Energy.   2026-05-04
PKNU Research 1000 Yeo Byung-Chul | Identifying Next-Generation Semiconductor Memory Material Candidates Using Generative AI Identifying Next-Generation Semiconductor Memory Material Candidates Using Generative AIJoint research by Pukyong National University and KIST proposes new ferroelectric materials applicable to next-generation semiconductor devices; published in Advanced ScienceProfessor Yeo Byung-Chul of the Department of Energy Resources Engineering at Pukyong National University (President Sang-Hoon Bae) announced that, through joint research with Dr. Lee Hyun-Jae, Dr. Kang Sung-Woo, and Dr. Lee Jung-Hoon of the Korea Institute of Science and Technology (KIST), the team has identified candidate materials for next-generation semiconductor memory using generative artificial intelligence (AI). The research findings were published in the international journal Advanced Science (Impact Factor: 14.1). To overcome the limitations of conventional semiconductor memory material discovery-previously restricted to a small number of materials-the research team proposed a new materials design framework that combines a diffusion model-based generative AI for atomic structure generation with computational science techniques. Using the generative AI model, the team generated a large number of candidate crystal structures and applied a multi-step validation process integrating various machine learning methods with density functional theory (DFT) calculations. As a result, the research team identified two promising materials-CaP₂ (calcium phosphide) and LiCdP (lithium cadmium phosphide). Both materials exhibit electrical insulation properties while also demonstrating characteristics of ferroelectric materials, which can switch their electric polarization states in response to external stimuli, confirming their potential as next-generation memory devices. In particular, LiCdP showed material properties comparable to-or even surpassing-those of existing high-performance polarization materials. Meanwhile, CaP₂ is significant in that it presents a previously unreported low-temperature crystal structure candidate. Furthermore, detailed electronic structure calculations revealed that both materials hold strong potential for energy applications, such as photocurrent devices based on solar energy. This study demonstrates that generative AI can be used to discover previously unknown functional materials and is expected to serve as a key enabling technology for the development of next-generation semiconductor memory, energy devices, and advanced electronic components. The research team stated, “This study shows that new ferroelectric materials can be efficiently explored by combining generative AI with computational science,” adding, “We will continue to pursue research on the development of next-generation semiconductor and energy materials.” Meanwhile, this research was supported by the Nano and Materials Technology Development Program (Materials Global Young Connect / National Strategic Technology Materials Development_HUB) of the National Research Foundation of Korea, funded by the Ministry of Science and ICT. 2026-04-09
PKNU Research 1000 Cho Gye-Yong | Development of an “Active Separator Technology” to Overcome the Limitations of Lithium Batteries Professor Cho Gye-Yong of Pukyong National University Develops “Active Separator Technology” to Enhance the Stability of High-Energy Lithium Batteries

- Published in an international journal

 

A research team led by Professor Cho Gye-Yong of the Department of Energy and Chemical Materials Engineering at Pukyong National University has developed an active separator technology that can enhance the stability and lifespan of next-generation high-energy lithium batteries. This technology is particularly effective in mitigating lithium-ion concentration gradients and electrode degradation, which commonly occur in high-energy batteries, especially from the separator perspective.  

Lithium-based batteries are widely regarded as a core technology for next-generation energy applications, including electric vehicles (EVs) and energy storage systems (ESS). However, during repeated charge-discharge cycles, imbalances in ion transport and electrolyte decomposition reactions can occur, leading to performance degradation and safety issues. In particular, byproducts such as hydrogen fluoride (HF) generated during the decomposition of the electrolyte salt (LiPF6) are known to continuously degrade internal battery interfaces.  

To address these issues, the research team designed an active separator structure capable of controlling the transport behavior of electrolyte anions (PF6-). This separator is based on a fluorinated polymer material with high electronegativity on its surface, combined with amine-based functional groups exhibiting cationic characteristics. Through this design, it electrostatically regulates the transport properties of PF6- anions in the electrolyte and controls their electrical state, thereby limiting the formation of PF5, which exhibits strong acidity. As a result, it effectively suppresses continuous electrolyte decomposition reactions.  

Analysis of the operating mechanism of this separator revealed that, compared to conventional polypropylene (PP) separators, the lithium-ion transference number increased by approximately twofold, while the lithium-ion diffusion coefficient improved by about threefold. In addition, the interfacial layers (SEI/CEI) formed between the electrode and electrolyte were found to maintain a thin and uniform structure even after long-term cycling.  

Owing to these characteristics, batteries incorporating this separator demonstrated stable performance not only under high-temperature and high-voltage conditions, but also during long-term charge-discharge cycles across various cathode materials. The batteries also operated stably under high-rate charge-discharge conditions, and symmetric cell experiments using a lithium metal anode confirmed long-term stability with uniform lithium plating formation.  

Park Jang-Woo, the first author of the study, stated, “This research demonstrates that separators can go beyond acting as a physical barrier and actively control the ionic environment inside batteries.” He added, “While solutions to this issue have traditionally been proposed at the electrode and electrolyte levels, this study presents a new design strategy in which the separator regulates the behavior of electrolyte anions, reduces side reactions within the battery, and efficiently guides ion transport, thereby enhancing the stability of next-generation high-energy lithium batteries.”  

This research was supported by the Ministry of Trade, Industry and Energy and the National Research Foundation of Korea. The findings were published online in March 2026 in the international journal Advanced Functional Materials under the title 'Active Separators Featuring PF6- Anion-Regulating Interface for Long-term Stable Li-based Batteries.'

 

2026-04-09

PKNU Research 1000 Kim Jae-Jin | Development of a Next-Generation Urban Climate Model “Moisture Cycles Significantly Influence Urban Climate”: Development of the Next-Generation Urban Climate Model ‘BECLOUD’- Research team led by Professor Kim Jae-Jin of Pukyong National University develops a next-generation CFD model that precisely simulates urban moisture and phase-change processes- Published in the international journal A research team led by Professor Kim Jae-Jin and master’s student Lee Hyun-Ji from the Major in Environmental Atmospheric Sciences at Pukyong National University has developed a new urban climate model called BECLOUD (Building-rEsolving Computational fLuid dynamics model incorporating Output of Urban moisture and Dynamics), which integrates warm-cloud microphysics into a computational fluid dynamics (CFD) model with building-scale resolution. The results of this study were published in the March issue of the international journal (Impact Factor: 12.0), published by Elsevier. Urban climate research has traditionally focused on analyses centered on heat and momentum, such as urban heat islands (UHI), turbulent structures, and pollutant dispersion. However, in real urban atmospheres, microphysical phase-change processes―including the condensation and evaporation of water vapor and latent heat release―have a significant impact on heat and moisture balances. In particular, under hot and humid summer conditions or during periods before and after rainfall, these phase-change processes can substantially alter local thermal environments and humidity structures. Conventional mesoscale weather models include cloud microphysics but have limitations in accurately reproducing the complex flow structures at the building scale. In contrast, building-resolving CFD models allow for precise analysis of airflow, but processes such as moisture condensation and phase changes are often treated in a simplified manner. To overcome these limitations, the research team developed an integrated model that combines warm-cloud microphysical processes―including the phase changes of moisture variables―with microscale turbulent structures formed by building geometries. This approach enables the quantitative simulation of moisture transport, latent heat exchange, localized humidity amplification, and cooling effects within urban spaces at the building scale. The team confirmed that turbulent mixing and moisture evaporation occurring in densely built areas interact to induce localized changes in the thermal environment, and that this coupled effect strengthens the nonlinearity of urban climate systems. The key implication is that the urban atmosphere should be understood not simply as a heat-transfer system, but as a complex system in which energy and moisture cycles are closely interconnected. Professor Kim Jae-Jin explained, “This study can be extended to a wide range of applications, including the evaluation of urban thermal environments, analysis of humidity changes before and after precipitation, estimation of urban evapotranspiration, and the analysis of condensation behavior under extreme weather conditions.” He added, “The most significant outcome of this research is that high-resolution urban climate simulation technology can provide a hydrological scientific basis necessary for smart city design and the development of climate adaptation infrastructure.” This approach also shows strong potential for application in the analysis of Urban Air Mobility (UAM) operating environments. Low-altitude aerial vehicles can be affected not only by average wind speeds, but also by microscale atmospheric phenomena such as turbulence amplification around high-rise buildings, localized moisture condensation, reduced visibility, and potential cloud formation. By simultaneously considering moisture dynamics and phase-change processes at building-scale resolution, this model is expected to serve as a scientific foundation for evaluating vertiport (UAM takeoff and landing site) locations, diagnosing low-altitude weather risks, and establishing operational safety standards. Professor Kim Jae-Jin’s research team at Pukyong National University conducted this study with support from the Korea Meteorological Administration’s project on developing core technologies for the Korean Urban Air Mobility (K-UAM) safe operation system (RS-2024-00404042). 2026-03-12
PKNU Research 1000 Kim Jong-Hyeong | Eco-Friendly Semiconductor and Ultra-Sensitive Sensor Research ‘Draws Attention’ Pukyong National University Professor Kim Jong-Hyeong ‘Draws Attention’ for Research on Eco-Friendly Semiconductors and Ultra-Sensitive Sensors- Consecutive publications in SCIE journals; global research achievements expanded with support from the RISE program Professor Kim Jong-Hyeong (Major in Materials Engineering) at Pukyong National University has recently gained international attention by presenting a series of notable research achievements in the fields of eco-friendly semiconductor materials and next-generation sensor technologies. Professor Kim recently published a paper titled “Dissolution study of biodegradable Magnesium Silicide thin films for transient electronic applications” in the renowned SCIE-indexed international journal , demonstrating that magnesium silicide (Mg₂Si)―an eco-friendly semiconductor material that operates stably for a certain period and then dissolves without a trace when exposed to specific environmental conditions―can function as a practically applicable semiconductor. The study has been recognized for its academic and industrial significance, as it experimentally verified the feasibility of biodegradable electronic devices (Transient Electronics). In addition, another paper titled “Synergistic Meta-Perforated Substrates for Hypersensitive Crack-Based Strain Sensors,” which maximizes ultra-fine strain detection performance through a specialized geometric design applied to the substrate, is also scheduled to be published in the same journal. The study presents the potential of ultra-sensitive sensor technology applicable to a wide range of fields, including wearable devices, precision healthcare monitoring, and next-generation robotic sensors. Professor Kim Jong-Hyeong has continued to achieve internationally recognized research outcomes in next-generation electronics and sensor technologies, following the publication of his study on solar-powered levitating ultralight nanolattice structures in the globally renowned journal in August last year. These research achievements were supported by the “Global Collaborative Research Expansion Program in Specialized Fields” operated by the RISE Program Office of Pukyong National University. The program has been strengthening global research networks by providing funding for international joint research with leading overseas universities and global companies, as well as for the generation of collaborative research outcomes. Through this initiative, the university actively supports the global expansion of its research achievements and their connection to technology commercialization. As a research-oriented university, Pukyong National University continues to promote various initiatives aimed at nurturing research talent and strengthening research and development capabilities to lead the future industries of the region. 2026-03-12
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2026-03-26(목) ~ 2026-06-26(금)
NotebookLM 기반 AI 리터러시 실습 교육
* 교육명: NotebookLM 기반 AI 리터러시 실습 교육* 일시: 2026. 07. 03.(금) 15:00 ~ 18:00* 장소: 국립부경대학교 대연캠퍼스 누리관 2224호* 대상: 부산시 관내 대학생, 직장인 및 AI 활용에 관심 있는 일반 시민* 신청기간: 2026. 06. 01.(월) ~ 06. 19.(금)* 신청방법: 온라인 신청(구글폼)* 신청링크: https://forms.gle/xdRCw8k2jwmpyKdw5* 참가비: 무료    ※ 참가자 대상 다과 및 간단한 식사 제공 예정 
2026-07-03(금) ~ 2026-07-03(금)
2026학년도 신입생 및 재학생 실태조사 참여 이벤트
부경인의 생각을 들려주세요! ★실태조사 참여 이벤트★ 국립부경대학교 학생상담센터에서는 2026년 신입생 및 재학생 실태조사를 실시하고 있습니다. 실태조사 결과는 국립부경대학교 발전을 위한 자료로 활용되오니 많은 참여 부탁드립니다. (이 벤 트) 참여자 중 추첨을 통해 스타벅스 기프티콘 지급(5월 첫째주 지급)(참여기간) ~ 4월 19일(일)까지(대 상) 국립부경대학교 재학생 모두(참여방법) 아래 링크를 통해 실태조사 참여, 10분이면 응답가능!(문 의) 학생상담센터 051-629-6763 (26학번)신입생 실태조사 링크↓↓https://forms.gle/nAAA7wWj81FGofP88 (2~4학년)재학생 실태조사 링크↓↓https://forms.gle/6FSUzmXvm2VFuYwH6  
2026-03-23(월) ~ 2026-04-19(일)
2026 소프트웨어융합혁신원 프로그래밍 경진대회경진대회
[2026 소프트웨어융합혁신원 프로그래밍 경진대회 안내]본 소프트웨어융합혁신원에서는 아래와 같이 프로그래밍경진대회를 안내드리오니, 많은 관심 바랍니다.■ 대회일시: 2026. 5.12.(화) 10:00~12:00 (강의실(9:30)/온라인(9:40)입실 완료)                * 9:40까지 온라인 입실 미완료시 시험 응시 불가 ■ 대회장소: 누리관, 웅비관 내 실습실             응시장소 5/11(월) 개별 안내 예정■ 대상: 국립부경대학교 전 학부 재학생(휴학생, 졸업유예자 응시불가)■  신청기간: 2026. 4. 13.(월) 9:00 ~ 5. 7.(목) 23:59■  신청방법    1) 포털-부경AI-비교과(웨일비)를 통한 신청 필수(미신청시 시험 응시 불가)    2) 비교과 신청 후 프로그래머스 단체접수 특별시험 전용 홈페이지 직접 신청     (https://certi.programmers.co.kr/organization/pukyong)    3) 시험 접수 방법 아래 링크 참조      https://buly.kr/15QiXLp■ 시상식(시상식 불참시 수상 불가)일시: 2026. 5. 12.(화) 16:00 ~ 17:00장소: 향파관 409호(*예정)■ 참여자 혜택- 소프트웨어융합혁신원 위드마일 점수 부여 : 20점       * 2025년 기준(단,2026년 개정시 마일리지 점수 변경될수 있음)       - 참여자 중식 및 다과 제공- 만족도 조사 참여자 생협 상품권(10,000원 상당) 제공
2026-04-13(월) ~ 2026-05-12(화)
[선착순 마감] 2026 광안대교 국제걷기축제 무료 참가학생 모집 안내
*2026 광안대교 국제걷기축제 무료 참가학생 모집 안내* 차로만 쌩쌩 달리던 광안대교를 직접 걸어서 건널 수 있는 특별한 기회!2026 광안대교 국제걷기축제에 무료로 참가할 국립부경대 재학생 50명을 선착순으로 모집합니다!<행사 정보>- 일 시: 2026. 5. 10.(일) 07:45 ~ 13:00- 행사구간: BEXCO광장-광안대교-국립부경대 대운동장- 대상 및 인원: 국립부경대 재학생 50명(선착순 모집)- 신청방법: 네이버폼 접수 > 링크: https://naver.me/GQG4GjBT > 신청기간: 2026. 4. 14.(화) 00:00 ~ 2026. 4. 15.(수) 18:00※ 선착순 선정자는 2026. 4. 15.(수) 이후 개별 문자 안내 예정<무료 참가학생 혜택>- 참가비 면제- 안전사고 대비 단체보험 가입(국제신문 일괄처리)- 배번 및 경품권 제공- 기념품 제공 (추후 총무과에서 별도 수령)
2026-04-14(화) ~ 2026-04-15(수)
2026 「Blue Ocean 청년창업」 만선(滿船) 콘서트
우리 대학에서는 해양수산 산업 분야의 유기적 협력체계 구축과 청년층의 관심 및 참여 확대를 위해「2026 Blue Ocean 청년창업 만선(滿船) 콘서트」를 개최하오니, 적극적인 홍보와 참여를 부탁드립니다. 1. 행사개요  가. 행 사 명: 2026 「Blue Ocean 청년창업」 만선(滿船) 콘서트  나. 행사일시: 2026. 4. 30.(목) 14:00 ~ 18:00  다. 행사장소: 국립부경대학교 대연캠퍼스 부경컨벤션홀  라. 참석인원: 부산지역 대학(원)생, 예비 및 초기창업자 등 150명 내외  마. 운영내용: 수산분야 창업 정보 제공, 성공사례 공유 및 네트워킹 운영 등    - 만선등대: 해양수산 분야 창업 지원기관 및 유관기관 참여를 통한 창업 지원사업 안내 등    - 만선데모: 해양수산 분야 유망 창업기업 제품·기술·서비스 전시 및 시연을 통한 창업 아이템 홍보    - 만선토크 & 만선밋업: 해양수산 분야 창업가·산업 전문가 토크콘서트 및 참여자 간 네트워킹 등  바. 참여기관    - 주최/주관: 국립부경대학교 RISE 사업단 / 부산테크노파크    - 후원기관: 부산광역시, (사)청년과미래    - 협력기관: 부산창조경제혁신센터, 부산기술창업투자원 2. 참석등록: 구글폼 등록 (https://forms.gle/AZ9zVwqQFwUBEkzQ6)3. 등록기한: ~ 2026. 4. 29.(수) 18:00까지4. 문 의 처: 국립부경대학교 김환 주무관(☎ 051-629-7697) 
2026-04-17(금) ~ 2026-04-30(목)
2026 학생 창업유망팀 300+ 사업 홍보 안내
1. 관련: 교육부 공고 제2026-158호(2026.4.2.)2. 교육부에서 주관하는「2026 학생 창업유망팀 300+」사업을 다음과 같이 안내드리오니,   창업에 열정이 있는 대학(원)생들이 참여할 수 있도록 홍보하여 주시기 바랍니다.  가. 사업내용: 유망 학생 창업팀 발굴 및 학생창업 특화 교육과정, 선·후배 멘토링 등을 제공하여 실전 창업역량 강화 등  나. 참가자격: 초중고교, 학교 밖 청소년, 대학(원)생 ※ 재학생 및 휴학생, 수료생 모두 신청 가능(졸업생 불가)  다. 모집규모: 서류평가 및 발표평가를 통해 고득점 순 학생창업팀 400팀 선발구분참가자격선발규모성장 트랙공고일 기준 팀 구성원 전원 국내 학교 소속 학생 창업팀 ※ 예비창업팀 및 기창업팀 참가 가능360팀(우선선발 60팀)- 전문대 학생이 팀 대표자인 팀(50팀)- 유학생이 팀 대표자인 팀(10팀)도약 트랙 공고일 기준 팀 구성원 전원 국내 학교 소속 학생 창업팀* ※ 기창업팀만 참가 가능 * ‘26.4.27.까지 창업 시 창업팀으로 인정40팀(부처통합 경진대회 연계)- 고득점순 통합 본선* 진출(19팀)* 「올해의 K-스타트업 2026」  라. 신청방법: 창업유망팀300+ 홈페이지(https://u300.kr/)에서 온라인 신청  마. 신청마감: 2026. 5. 6.(수) 17:00까지  바. 주요일정모집→온라인 서류심사→온라인 발표심사→학생창업팀 특화 교육과정홍보 및 모집600팀 선발(최종선발 1.5배수)400팀 선발성장 360팀 / 도약 40팀~ 5.6.(수)5.8.(금)~5.13.(수)5.27.(수)~5.30.(토)6월 ~ 
2026-04-20(월) ~ 2026-05-06(수)
「2026 모두의 창업」 도전자 모집
아이디어만 가지고 있다면 누구나 부담없이 창업할 수 있는전국민 창업 오디션 ☆모두의 창업☆ 국립부경대학교와 함께해요~! 국립부경대학교에서는 모두의 창업 프로젝트 참여할 도전자를 모집하니 많은 신청 부탁드립니다. ◆ 주요혜택    -  파격적 투자 지원: 최대 10억원 이상의 1위 특전    -  실전형 멘토링 지원: 성공한 선배 창업가 및 전문가의 밀착 가이드    -  사업화 자금: 시제품 제작 및 마케팅을 위한 든한 초기 자본 지원    -  탈락해도 아이디어 접수만으로 도전경력증명서 발급(정부 창업 지원 사업 참여 우대)           ◆ 모집안내    -  신청대상: 아이디어를 가지고 있는 전국민 누구나, 예비창업자, 3년이내 창업자    -  신청기간: ~ 26. 5. 15.(금) 16:00까지    -  신청방법: 모두의 창업 홈페이지 접속 후 도전하기, 국립부경대 선택 ☎ 문의    -  모두의 창업: 국번없이 1357+5    -  국립부경대: 051-629-5205
2026-04-22(수) ~ 2026-05-15(금)
John Campbell 하버드대 경제학과 교수 초청 금융세미나
John Campbell 하버드대 경제학과 교수 초청 금융세미나 개최 일시: 2026. 5. 7.(목) 16:00~17:30장소: 국립부대학교 대학극장내용: 최근 금융시장 변화 및 자산배분 전략    
2026-04-23(목) ~ 2026-05-07(목)
Announcement of the "2026 Promising Student Startup Team 300+"
-------------------------------------------------------------------------------------------------------------------------Ministry of Education No. 2026 - 185 Announcement of the Revised "2026 Promising Student Startup Team 300+"To identify and nurture entrepreneurial talent with an entrepreneurial mindset,we hereby announce the recruitment of student startup teams to participate in the “2026 Promising Student Startup Team 300+”, which provides stage-based educational programsApril 23, 2026Minister of Education ---------------------------------------------------------------------------------------------------------------------------------○ Online Information Session   : https://youtu.be/mvOiUZVSTf4?si=fE7cjrnyecmsS6oH○ Schedule Overview - Application Period: April 8, 2026(Wed.) 18:00 ~ May 6(Wed.) 17:00○ Contact ※ For accurate responses and guidance, please contact us via the Kakao Channel first.  KakaoTalk Channel: http://pf.kakao.com/_xiAyNd  Phone: 02-6953-2698, 2676, 2675  e-mail: education@koef.or.kr-------------------------------------------------------------------------------------------------------------------------
2026-04-24(금) ~ 2026-05-06(수)
PKNU POPUP
PUKYONG NATIONAL UNIVERSITY
PKNU SNS
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