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대학원 대통령과학장학금 장학생 선발
대학원 대통령과학장학금 장학생 선발
국립부경대생들, 대학원 대통령과학장학금 장학생 선발- 성영호 박사과정생·이현주 석사과정생△ 성영호 박사과정생(왼쪽)과 이현주 석사과정생.국립부경대학교(총장 배상훈) 성영호 박사과정생(4차산업융합바이오닉스공학과)과 이현주 석사과정생(수산생명의학과)이 2026년 한국장학재단 대학원 대통령과학장학생으로 선발됐다.대학원 대통령과학장학금은 과학기술정보통신부와 한국장학재단이 운영하는 국가 최고 수준의 대학원생 지원 사업으로, 세계적 연구자로 성장할 잠재력을 갖춘 우수 대학원생을 선발하는 연구인재 양성 프로그램이다.이 장학금은 전국 이공계 대학원생을 대상으로 서류 및 면접 평가를 거쳐 선발하며, 전국에서 박사과정 신규 장학생은 30여 명, 석사과정 신규 장학생은 50여 명을 선발한다.성영호 박사과정생과 이현주 석사과정생은 우수한 연구 역량과 성장 가능성을 인정받아 장학생으로 선발돼 각각 월 200만 원(최대 8학기)과 150만 원(최대 4학기)의 장학금을 지원받게 됐다.성영호 박사과정생은 의공학전공 바이오의료초음파연구실(지도교수 임해균)에서 학부 시절부터 국제학술지에 잇달아 논문을 발표하며 우수한 연구 역량을 인정받았다. 그는 인공지능 기반 초음파 신호 분석과 고정밀 치료 시스템 연구에 이어, 현재 초음파 트위저 기술을 활용한 약물 전달용 마이크로로봇 플랫폼 개발까지 연구 영역을 넓혀가고 있다.이현주 석사과정생은 수산생명의학과 약리학연구실(지도교수 이언비)에서 어류의 약동학·약력학(PK/PD) 기반 항생제 투여 전략 개발을 주제로 연구를 수행하고 있으며, 양식 현장에서의 항생제 사용 최적화와 항생제 내성 관리에 기여할 수 있는 과학적 근거를 마련하는 연구를 진행하며 우수한 연구 성과를 내고 있다.국립부경대는 이번 선정으로 대학원 대통령과학장학금 장학생을 배출하며 대학의 연구 경쟁력과 우수 대학원생 양성 성과를 인정받고 있다. <부경투데이>
'산업맞춤형 자율공동훈련센터' 선정
'산업맞춤형 자율공동훈련센터' 선정
국립부경대, ‘2026 산업맞춤형 자율공동훈련센터’ 선정- 국가인적자원개발컨소시엄 사업 … 지역기업 인재양성 역량 입증△ 지역산업맞춤형인력양성사업단 교육과정 운영 현장.국립부경대학교가 고용노동부와 한국산업인력공단이 주관하는 ‘2026년 국가인적자원개발컨소시엄 산업맞춤형 자율공동훈련센터’에 선정됐다.이번 선정은 2025년도 산업맞춤형 공동훈련센터 운영 성과를 종합적으로 평가한 결과에 따른 것으로, 국립부경대는 지난해 지역산업맞춤형인력양성사업단(단장 진영읍)을 중심으로 기업 수요를 반영한 교육과정을 운영한 성과를 높이 평가받았다.산업맞춤형 공동훈련센터는 기업과 컨소시엄을 구성해 재직자 직무훈련을 제공하고, 기업의 직업능력개발을 지원하는 인력 양성 사업이다. 이 사업 참여 기관 중 2년 연속 성과평가 상위 30%에 속한 모범 사업 운영기관을 대상으로 ‘산업맞춤형 자율공동훈련센터’를 선정하며, 선정기관은 사업 운영의 자율성을 보장받는다. 국립부경대는 지난 2015년 산업맞춤형 공동훈련센터로 선정된 이후, 지역 기업과의 협력체계를 기반으로 산업 수요를 반영한 직무교육을 운영하며 기업 재직자의 직무역량 강화와 현장 중심 인재 양성에 기여해 왔다. 최근 2년 동안에는 빅데이터 기반 AI 개발 전문가 양성 과정 등 교육과정을 53차례 운영하며 한 해 평균 862명의 수료생을 배출했다.국립부경대는 이번 선정으로 자율성을 확대해 교육과정의 품질을 높이고, 변화하는 산업환경에 신속하게 대응할 수 있는 맞춤형 훈련을 제공할 계획이다.진영읍 지역산업맞춤형인력양성사업단장은 “앞으로도 기업이 필요로 하는 실무 중심 교육을 지속적으로 개발하고, 지역 산업 경쟁력 향상에 기여하는 인재양성 플랫폼으로서 역할을 강화하겠다”고 밝혔다. <부경투데이>
폐부표에서 플라스틱 생물전환 미생물 찾아(Plastic-Biotransforming Microorganisms Discovered from Styrofoam Buoy Debris on the Busan Coast)
폐부표에서 플라스틱 생물전환 미생물 찾아(Plastic-Biotransforming Microorganisms Discovered from Styrofoam Buoy Debris on the Busan Coast)
해안 스티로폼 부표 폐기물에서 플라스틱 생물전환 미생물 찾았다- 국립부경대 김종훈 교수팀, EPS 부표 폐기물 유래 미생물의 폴리스타이렌 산화성 생물전환 현상 규명- 환경화학·생태독성 국제학술지 ‘Environmental Chemistry and Ecotoxicology’ 게재△ 연구내용 이미지. 국립부경대학교 생물공학과 김종훈 교수, 서범석 석사과정생 연구팀이 부산 해안에 버려진 스티로폼 부표 폐기물에서 폴리스타이렌(PS) 플라스틱의 생물전환(Bioconversion)에 관여할 수 있는 미생물을 분리하고, 그 작용 특성을 규명했다.생물전환이란 미생물이나 효소를 이용해 기존 소재나 원료를 원하는 유용 물질로 바꾸는 기술을 말한다.연구팀은 부산 해안에서 수거한 풍화 발포폴리스타이렌(EPS) 부표 폐기물 표면에 서식하는 미생물을 탐색해 Paenibacillus속 균주 3종(BS8-1, BS8-2, BS11)을 분리했다. EPS는 양식용 부표와 포장재 등에 널리 쓰이지만, 해양 환경에 버려지면 쉽게 파편화돼 미세플라스틱 발생원으로 작용할 수 있다.연구팀은 이번 연구에서 분리 균주를 폴리스타이렌 필름과 30일 동안 배양한 뒤 주사전자현미경(SEM), 에너지분산형 X선분석(EDS), 물 접촉각, 열분석, 적외선분광분석(ATR-FTIR), 핵자기공명분석(¹H NMR), GC-MS, 전장유전체 및 전사체 분석 등을 종합적으로 수행했다.연구 결과 세 균주 모두 PS 필름에 부착해 생물막과 유사한 구조를 형성했으며, 세척 후에도 거칠어짐, 패임, 침식 흔적 등이 관찰됐다. 특히 BS8-2 균주는 가장 뚜렷한 변화와 겉보기 질량의 감소를 나타냈다. 또한 균주 처리 후 PS 필름의 물 접촉각이 낮아지고, 산소 관련 신호와 산화 관련 화학적 변화가 증가해 플라스틱의 친수성과 산화성이 높아진 것으로 확인됐다.연구팀은 전장유전체와 전사체 분석을 통해 BS8-2 균주가 산화환원 반응, 방향족 화합물 처리, 물질 수송, 세포 적응과 관련된 기능을 보유하고 있음을 확인했다. 이는 해양 플라스틱에 형성되는 미생물 군집인 ‘플라스티스피어(plastisphere)’가 플라스틱의 환경 중 변화 과정에 능동적으로 관여할 수 있다는 의미다.이번 연구는 해안 EPS 부표 폐기물의 미생물이 폴리스타이렌의 산화성 생물전환과 부분적 화학 변화를 유도할 수 있음을 다각도의 분석으로 제시했다는 점에서 의미가 크다. 특히 해양 플라스틱이 단순히 물리적으로 잘게 부서지는 물질이 아니라, 미생물과의 상호작용을 통해 화학적으로도 변화할 수 있음을 보여준 연구로 평가된다. △ 김종훈 교수(왼쪽)와 서범석 석사과정생김종훈 교수는 “이번 연구는 해안 EPS 부표 폐기물이 미세플라스틱의 발생원일 뿐만 아니라, 미생물과 플라스틱 반응이 일어나는 생물학적 계면이 될 수 있음을 보여준 사례”라며, “향후 플라스틱 변환 산물의 기원, 환경 중 거동, 생태독성까지 추적함으로써 해양 플라스틱 오염의 위해성 평가와 관리 기술 개발에 기여할 수 있을 것으로 기대한다”고 밝혔다.환경부 산하 국립생물자원관의 지원을 받아 수행된 이번 연구 성과는 ‘Oxidative surface biodeterioration of polystyrene by plastisphere-derived Paenibacillus strains from weathered EPS buoy debris’라는 제목으로 환경화학 및 생태독성 분야 국제학술지 ‘Environmental Chemistry and Ecotoxicology’에 게재됐다. 이 학술지는 임팩트 팩터(IF) 12.3, JCR 기준 Toxicology 분야 상위 2.4%, Environmental Sciences 분야 상위 4.4%의 저명 국제학술지다. <부경투데이> Pukyong National University research team identifies oxidative biotransformation of polystyrene by EPS buoy debris-derived microorganisms- Three Paenibacillus strains isolated from EPS buoy debris collected from the Busan coast- Oxidation, increased wettability, and structural changes in polystyrene confirmed through multi-analytical approaches- Study published in the international journal Environmental Chemistry and Ecotoxicology A research team led by Professor Jong-Hoon Kim of the Department of Biotechnology at Pukyong National University has isolated microorganisms from discarded styrofoam buoy debris collected along the Busan coast and identified their potential role in the biotransformation of polystyrene plastics. The research team investigated microorganisms inhabiting the surface of weathered expanded polystyrene (EPS) buoy debris collected from the Busan coast and isolated three Paenibacillusstrains, designated BS8-1, BS8-2, and BS11. EPS is widely used in aquaculture buoys and packaging materials due to its light weight and buoyancy, but once released into the marine environment, it can easily fragment and become a major source of microplastics. In this study, the isolated strains were incubated with polystyrene (PS) films for 30 days. The resulting changes were comprehensively analyzed using scanning electron microscopy (SEM), energy-dispersive X-ray spectroscopy (EDS), water contact angle analysis, thermal analysis, attenuated total reflectance Fourier-transform infrared spectroscopy (ATR-FTIR), proton nuclear magnetic resonance spectroscopy (¹H NMR), gas chromatography-mass spectrometry (GC-MS), whole-genome sequencing, and transcriptomic profiling. The results showed that all three strains attached to PS films and formed biofilm-like structures. Even after washing, the treated films exhibited surface roughening, pitting, and erosion-like features. Among the three strains, BS8-2 showed the most pronounced changes, including the highest apparent mass loss. In addition, the water contact angle of the PS films decreased after bacterial treatment, while oxygen-associated signals and oxidation-related chemical changes increased, indicating that the plastic surface became more hydrophilic and oxidized. Through whole-genome and transcriptome analyses, the team further confirmed that strain BS8-2 possesses functional traits associated with redox reactions, aromatic-compound processing, transport systems, and cellular adaptation. These findings suggest that the plastisphere, the microbial community formed on marine plastic surfaces, may actively participate in the environmental transformation of plastic materials. Rather than claiming complete degradation or mineralization of plastic, this study provides multi-layered evidence that microorganisms inhabiting coastal EPS buoy debris can induce oxidative biotransformation and partial chemical modification of polystyrene. The findings are significant because they show that marine plastics are not only physically fragmented in the environment, but may also undergo chemical changes through interactions with microorganisms. Professor Jong-Hoon Kim said, “This study shows that coastal EPS buoy debris can serve not only as a source of microplastics, but also as a biological interface where microorganisms and plastic materials interact. By further tracing the origin, environmental fate, and ecotoxicity of plastic transformation products, this research is expected to contribute to risk assessment and management strategies for marine plastic pollution.” The study was published in the international journal Environmental Chemistry and Ecotoxicologyunder the title “Oxidative surface biodeterioration of polystyrene by plastisphere-derived Paenibacillusstrains from weathered EPS buoy debris.” The journal has an Impact Factor of 12.3and ranks in the top 2.4% in Toxicologyand top 4.4% in Environmental Sciencesaccording to JCR. This work was supported by the National Institute of Biological Resources under the Ministry of Environment.
“해양수도권 완성, 대한민국 미래다!” 2026 대한민국 해양수산 대포럼
“해양수도권 완성, 대한민국 미래다!” 2026 대한민국 해양수산 대포럼
국립부경대, ‘2026 대한민국 해양수산 대포럼’ 개최- “해양수도권 완성, 대한민국 미래다!”…대한민국 해양수산 미래 비전 제시- 7월 8일 국립부경대서 정부·지자체·산업계·학계 한자리에- 부산시장 등 참석해 북극항로 시대와 해양수도권 전략 논의△ 2026 대한민국 해양수산 대포럼 주요 참가자들. ⓒ사진 서형석(대외홍보센터) 국립부경대학교(총장 배상훈)는 7월 8일 오후 부경컨벤션홀에서 ‘2026 대한민국 해양수산 대포럼’을 개최했다.이번 포럼은 ‘해양수도권 완성, 대한민국 미래다!’를 슬로건으로, 정부와 지방자치단체, 해양수산 공공기관, 산업계, 학계가 함께 대한민국 해양수산의 미래 성장전략과 협력 방안을 모색하기 위해 마련됐다.해양수산부의 부산 이전, 북극항로 시대 본격화, 해양수산 분야 AI 대전환 등 급변하는 환경 속에서, 이 행사는 정책과 산업, 연구개발(R&D), 인재 양성을 하나로 연결하는 국가 차원의 협력 플랫폼 모델을 제안하는 행사로 진행됐다.이날 전재수 부산광역시장 등 부산시와 정부를 비롯한 해양수산 분야 주요 기관과 단체들이 해양수도권 조성과 대한민국 해양수산 경쟁력 강화를 위한 비전을 공유했다. 참석자들은 ‘해양수도권 완성, 대한민국 미래다!’를 주제로 미래 해양 비전 퍼포먼스를 함께하며 대한민국 해양수산의 새로운 도약을 선언했다.기조강연에서는 김태유 서울대학교 명예교수가 ‘북극항로의 거점, 해양수도권 시대를 열자!’를 주제로 북극항로 개척이 가져올 글로벌 물류 환경 변화와 대한민국이 해양수도권을 중심으로 새로운 성장축을 구축해야 하는 이유를 제시했다.이어진 특별대담에서는 ‘해양수도권 완성, 대한민국 미래다!’를 주제로 해양수산 분야 전문가들이 미래 전략을 논의했다. 하명신 국립부경대 대외부총장이 좌장을 맡고, 김종덕 한국수산자원공단 이사장, 박재율 해양수도부산발전협의회 대표, 안병길 한국해양진흥공사 사장, 이희승 한국해양과학기술원 원장이 패널로 참여해 북극항로 시대 대응 전략, 해양산업 경쟁력 강화, 해양수도권 조성 방안, 산학연 협력과 미래 인재 양성 등 대한민국 해양수산의 지속가능한 발전 방향을 심도 있게 논의했다.배상훈 국립부경대 총장은 “해양수산부의 부산 이전과 북극항로 시대 개막은 대한민국의 미래 성장축이 바다와 지역으로 확장되는 역사적 전환점”이라며 “이번 포럼이 대한민국 해양수산의 새로운 비전을 제시하고, 글로벌 해양수도권 완성을 위한 정책과 산업, 연구, 인재 양성을 연결하는 출발점이 되기를 기대한다”고 말했다.이에 앞서 이날 오전에는 국립부경대의 7개 단과대학이 동참하는 ‘해양수산 연계 단과대학 융합세미나’도 열렸다. 인문사회과학대학과 경영대학이 ‘북극항로와 부산항의 미래 전략’을, 자연과학대학, 수산과학대학, 환경·해양대학이 ‘AI·디지털 전환 기반 스마트 해양수산’을, 공과대학, 정보융합대학이 ‘초격차 해양 과학기술의 현재와 미래’를 주제로 전문가들이 참가해 학문 간 경계를 넘어 미래 해양수산의 의제들을 폭넓게 논의했다.한편, 국립부경대는 해양수산 특성화 대학으로서 축적해 온 교육·연구 역량을 바탕으로 정부와 지자체, 산업계와 긴밀한 협력을 확대하며 대한민국 해양수산 발전과 글로벌 해양수도권 실현을 선도해 나갈 계획이다. <부경투데이> △ 배상훈 총장, 전재수 부산시장, 김석준 부산교육감, 김태유 서울대 명예교수 등이 비전 퍼포먼스를 하고 있다.△ 인사말 하는 배상훈 총장.△ 인사말 하는 전재수 부산시장△ 기조강연하는 김태유 서울대 명예교수.△ 특별대담 진행 모습.△ 오전에 진행된 해양수산 연계 단과대학 융합세미나 현장 모습들.
이샘병원장 1억 쾌척 '80주년 기부 릴레이 45'
이샘병원장 1억 쾌척 '80주년 기부 릴레이 45'
이성근 이샘병원 병원장, 국립부경대에 1억 원 기부- 대학 80주년 응원 … 지역대학 발전 및 전문 의료인 양성 지원△ 이성근 병원장(왼쪽)과 배상훈 총장. ⓒ사진 서형석(대외홍보센터)이성근 이샘병원 병원장이 국립부경대학교(총장 배상훈)에 1억 원을 기부했다.이성근 병원장은 7월 6일 오후 국립부경대 대학본부 접견실에서 열린 발전기금 전달식에서 배상훈 총장에게 1억 원을 전달했다.이성근 병원장은 “지역과 함께하며 지역 발전과 우수 인재 양성에 힘써 온 국립부경대의 80주년을 응원하며, 앞으로도 부산과 국가 발전의 든든한 버팀목이 되어주기를 바란다”고 밝혔다.국립부경대 동문(경영학과 석사 졸업)이기도 한 이성근 병원장은 일자리창출 유공 국무총리 표창, 부산시 모범선행시민상 부산시장 표창, 안전정책 혁신 공로 행정안정부장관 표창에 이어 현재 부산 아너소사이어티 클럽 회장을 맡아 활약하는 등 지역사회 발전을 위해 활발한 활동을 펼치고 있다.이샘병원과 국립부경대는 지난 5월 지역사회 발전과 미래인재 양성을 위한 업무협약을 체결한 바 있다. 이후 두 기관은 건강검진 특화 의료기관과 국립대학의 전문성을 바탕으로 산학협력 네트워크 구축, 종합검진 프로그램 운영, 외국인 유학생 건강검진 등 프로그램 운영 등에 협력해 왔다.이성근 병원장은 “의료와 교육은 지역 발전을 위한 인프라 중에서도 가장 핵심”이라며, “전문 의료인 양성과 우리 지역 발전을 위해 앞으로도 힘써주시기를 바란다”고 밝혔다.국립부경대는 올해 개교 80주년을 맞아 대학 발전을 위한 응원 기부 릴레이를 이어가고 있으며, 이성근 병원장은 45번째 기부자로 참여했다. 국립부경대는 이 발전기금을 연구중심대학, AX혁신대학, 글로벌혁신대학 등 대학 발전을 위한 미래 비전 실현에 활용할 계획이다. <부경투데이>
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부경나우 LIG디펜스&에어로스페이스 직무 멘토링 캠프 국립부경대, LIG디펜스&에어로스페이스 직무 멘토링 캠프 개최- 부산 4개 대학 연합…현직자 멘토링·채용설명회·취업역량 강화 프로그램 운영△ LIG디펜스&에어로스페이스와 함께하는 직무 멘토링 캠프의 국립부경대 참가자들.국립부경대학교 대학일자리플러스센터(센터장 김철수)는 7월 9일부터 10일까지 1박 2일간 경주 한화리조트에서 ‘LIG디펜스&에어로스페이스와 함께하는 직무 멘토링 캠프’를 개최했다.이 프로그램은 대학일자리플러스센터 협력사업으로 마련돼 국립부경대와 국립한국해양대, 부산대, 동아대 등 4개 대학이 공동 운영했으며, LIG디펜스&에어로스페이스가 참여해 방위산업 분야 취업을 희망하는 4학년 재학생과 미취업 졸업생을 대상으로 진행됐다.이번 캠프는 총 40명이 참가한 가운데 LIG디펜스&에어로스페이스 기업 및 채용설명회를 시작으로 인사, 품질, 유도무기, 비유도무기 등 직무별 현직자 소개와 맞춤형 멘토링, 기업 맞춤형 취업전략 특강, 입사서류 작성, 인적성검사 문제풀이 등 실무 중심 프로그램으로 운영됐다.참가자들은 기업 현직자들과 직무별 질의응답과 멘토링을 진행하며 실제 업무와 채용 과정에 대한 이해를 높이고, 기업이 요구하는 핵심 역량과 취업 준비 전략 등 조언을 들으며 취업 경쟁력을 키웠다.한편, 국립부경대 대학일자리플러스센터는 고용노동부 대학일자리플러스센터 사업 운영기관으로서 대학생과 지역 청년들의 진로 탐색 및 취업 역량 강화를 위해 다양한 기업 연계 프로그램과 맞춤형 취업 지원 서비스를 지속적으로 운영하고 있다. 2026-07-13
부경나우 『한국해양사』 대미 장식했다 국립부경대 인문사회과학연구소, 『한국해양사』 마지막 권 「근·현대편」 집필- 16년 대장정 마무리…우리나라 최초 해양사 통사 완간국립부경대학교(총장 배상훈) 인문사회과학연구소(소장 김창경)가 우리나라 최초의 해양사 통사인 『한국해양사』 시리즈의 마지막 권인 「근·현대편」을 집필하며 16년에 걸친 국가 해양사 편찬사업의 대미를 장식했다.한국해양재단은 최근 『한국해양사』 전 5권 편찬을 마무리하고 마지막 권인 「근·현대편」을 발간했다. 2010년 「선사·고대편」을 시작으로 추진된 『한국해양사』 편찬사업은 총 16년 동안 74명의 연구자가 참여해 우리나라 최초의 해양사 통사로 완성됐다. 이번에 발간된 「근·현대편」은 개항기부터 2025년 해양수산부 부산 이전까지 우리나라 해양의 역사와 발전 과정을 종합적으로 담았다.국립부경대 인문사회과학연구소는 한국해양재단이 발주한 『한국해양사』 「근·현대편」 집필을 맡아 이번 최종 권 발간을 이끌었다. 집필에는 국립부경대 김창경·최민경·양민호 교수, 서경순 강의교수, 신상원 강사, 부산대 문혜진 연구교수, 경성대 이가연 교수 등 7명의 연구자가 참여했다.이번 집필에 참여한 연구진은 모두 국립부경대 HK+사업 「동북아해역과 인문네트워크의 역동성 연구」(2017~2024)를 함께 수행한 연구자들이다. 이 사업은 해역을 역사와 문화, 사람과 지역, 국가를 연결하는 인문학적 공간으로 바라보는 해역인문학 연구를 중심으로 공동연구와 국제학술교류, 학술총서 발간 등을 추진하며 다양한 연구 성과를 축적해 왔다.「근·현대편」은 개항기 해양 질서의 변화와 서구 열강의 침탈, 조선의 통상 거부 정책과 문호 개방, 일제강점기와 해양, 해방 이후 냉전과 바다, 해양법과 관할권, 해양수산부 출범 이후 대한민국의 해양정책과 발전, 미래 해양문명국가의 비전까지 한국 근·현대 해양사의 주요 흐름을 체계적으로 정리했다. 바다를 단순한 교통·경제의 공간이 아니라 국가와 지역, 사람과 문화를 연결하는 역사적 공간으로 조명했다는 점에서도 의미를 더한다.특히 이번 마지막 권 발간은 국립부경대 인문사회과학연구소가 7년간 수행한 HK+사업의 연구 성과가 국가 차원의 해양사 편찬사업으로 이어져 우리나라 최초의 해양사 통사를 완간하는 데 기여했다는 점에서 의미가 크다. 장기간 공동연구를 수행한 연구진이 국가 프로젝트의 최종 권을 집필하며 연구의 연속성과 성과를 보여준 사례로 평가된다.김창경 인문사회과학연구소장은 "『한국해양사』 마지막 권 발간은 7년간 축적한 해역인문학 연구 성과가 우리나라 최초의 해양사 통사 완간으로 이어졌다는 점에서 더욱 뜻깊다"며 "앞으로도 국립부경대 인문사회과학연구소는 해역인문학 연구를 지속적으로 발전시키고 국가와 지역사회에 기여하는 연구를 이어가겠다"고 말했다. 2026-07-13
부경나우 AI 전문가 이재성·하정우 ‘AX 특강’ 개최 국립부경대, ‘AX 시대, 기업의 생존 전략과 AI 리더십·정책’ 특강 개최- 이재성 전 AI강국위원장 및 하정우 전 대통령실 AI미래기획수석 강연- 7월 10일 공학1관 … 지역 기업 CEO·AI 교육생 등 300여 명 참석△ 강연하고 있는 하정우 전 수석. ⓒ사진 서형석(대외홍보센터) 국립부경대학교(총장 배상훈)는 7월 10일 오후 공학1관 3층 다목적강의실에서 ‘AX 시대, 기업의 생존 전략과 AI 리더십·정책’ 특강을 개최했다.이날 이재성 전 이재명 대선후보 캠프 AI강국위원장과 하정우 전 대통령실 AI미래기획수석이 강연자로 나서, 인공지능(AI)이 산업과 사회 전반의 혁신을 이끄는 AX(인공지능 대전환) 시대를 맞아 지역 기업의 경쟁력 강화와 AI 인재 양성을 위한 전략을 공유했다.이번 특강은 한국능률협회·국립부경대(노맹석 교수)·㈜비앤케이에듀케이션이 공동 운영하는 ‘부산 AI디지털배움터’ 사업의 일환으로, 부산지역 기업 CEO를 비롯해 첨단산업 인재양성 부트캠프 사업 참가 재학생, 부산 지역 일반 시민 등 300여 명이 참석했다.첫 번째 강연은 이재성 전 AI강국위원장이 ‘AX 시대, 기업 생존과 취업·창업 전략’을 주제로 진행했다. 이재성 전 AI강국위원장은 AI의 역사와 진화 단계를 설명하고, “인공지능 시대는 10%의 기술 차이가 100%를 결정한다”며, “10%의 기술을 좌우하는 창의적 문제해결 역량을 길러야 한다”고 강조했다.두 번째 강연은 하정우 전 대통령실 AI미래기획수석이 ‘AI 3대 강국, 대한민국과 부산의 기회와 도전’을 주제로 대한민국 AI 정책의 방향과 지역의 성장 전략을 소개했다. 그는 “AI시대 대한민국의 성장엔진은 고부가가치 지능토큰 생산에서 비롯된다”며, “부산의 해양 자산을 AI와 토큰팩토리로 연결해 세계 최고 해양 AX 도시로 도약해야 한다”고 밝혔다. 이어 해양·항만, 물류, 해군·방산, 콘텐츠·관광, 제조, 기후·환경, 창업, 첨단기술, 교통 등 분야별로 부산의 성장 전략을 제시했다.국립부경대는 이번 특강을 통해 기업 최고경영자와 AI 분야를 준비하는 학생들이 산업 현장의 고민과 국가 정책 방향을 함께 공유함으로써 지역 AI 생태계 조성과 미래 인재 양성에 새로운 시너지를 만들어낼 것으로 기대하고 있다.한편, 국립부경대는 부산광역시 AI 교육 거점대학으로서 AI디지털배움터사업과 K-디지털트레이닝 AI캠퍼스, 첨단산업 인재양성 부트캠프 등 다양한 국책사업을 운영하며 지역 산업의 디지털 전환과 AI 전문인재 양성을 선도하고 있다. △  특강 참가자들이 단체 기념사진을 촬영하고 있다.△ 하정후 전 수석 강연△  이재성 전 위원장 강연.△ 환영사하는 하명신 대외부총장 2026-07-13
PKNU Research 1000 Jong-Hoon Kim | Plastic-Biotransforming Microorganisms Discovered from Styrofoam Buoy Debris on the Busan Coast Pukyong National University research team identifies oxidative biotransformation of polystyrene by EPS buoy debris-derived microorganisms- Three Paenibacillus strains isolated from EPS buoy debris collected from the Busan coast- Oxidation, increased wettability, and structural changes in polystyrene confirmed through multi-analytical approaches- Study published in the international journal Environmental Chemistry and Ecotoxicology A research team led by Professor Jong-Hoon Kim of the Department of Biotechnology at Pukyong National University has isolated microorganisms from discarded styrofoam buoy debris collected along the Busan coast and identified their potential role in the biotransformation of polystyrene plastics. The research team investigated microorganisms inhabiting the surface of weathered expanded polystyrene (EPS) buoy debris collected from the Busan coast and isolated three Paenibacillusstrains, designated BS8-1, BS8-2, and BS11. EPS is widely used in aquaculture buoys and packaging materials due to its light weight and buoyancy, but once released into the marine environment, it can easily fragment and become a major source of microplastics. In this study, the isolated strains were incubated with polystyrene (PS) films for 30 days. The resulting changes were comprehensively analyzed using scanning electron microscopy (SEM), energy-dispersive X-ray spectroscopy (EDS), water contact angle analysis, thermal analysis, attenuated total reflectance Fourier-transform infrared spectroscopy (ATR-FTIR), proton nuclear magnetic resonance spectroscopy (¹H NMR), gas chromatography-mass spectrometry (GC-MS), whole-genome sequencing, and transcriptomic profiling. The results showed that all three strains attached to PS films and formed biofilm-like structures. Even after washing, the treated films exhibited surface roughening, pitting, and erosion-like features. Among the three strains, BS8-2 showed the most pronounced changes, including the highest apparent mass loss. In addition, the water contact angle of the PS films decreased after bacterial treatment, while oxygen-associated signals and oxidation-related chemical changes increased, indicating that the plastic surface became more hydrophilic and oxidized. Through whole-genome and transcriptome analyses, the team further confirmed that strain BS8-2 possesses functional traits associated with redox reactions, aromatic-compound processing, transport systems, and cellular adaptation. These findings suggest that the plastisphere, the microbial community formed on marine plastic surfaces, may actively participate in the environmental transformation of plastic materials. Rather than claiming complete degradation or mineralization of plastic, this study provides multi-layered evidence that microorganisms inhabiting coastal EPS buoy debris can induce oxidative biotransformation and partial chemical modification of polystyrene. The findings are significant because they show that marine plastics are not only physically fragmented in the environment, but may also undergo chemical changes through interactions with microorganisms. Professor Jong-Hoon Kim said, “This study shows that coastal EPS buoy debris can serve not only as a source of microplastics, but also as a biological interface where microorganisms and plastic materials interact. By further tracing the origin, environmental fate, and ecotoxicity of plastic transformation products, this research is expected to contribute to risk assessment and management strategies for marine plastic pollution.” The study was published in the international journal Environmental Chemistry and Ecotoxicologyunder the title “Oxidative surface biodeterioration of polystyrene by plastisphere-derived Paenibacillusstrains from weathered EPS buoy debris.” The journal has an Impact Factor of 12.3and ranks in the top 2.4% in Toxicologyand top 4.4% in Environmental Sciencesaccording to JCR. This work was supported by the National Institute of Biological Resources under the Ministry of Environment.  2026-07-10
부경나우 캠퍼스투어 온 카자흐스탄 학생들 국립부경대, 카자흐스탄 학생 유치 캠퍼스투어 개최- 알마티한국교육원장, 관계자, 학생 등 총 27명 참가△ 학교 설명회 및 유학수기 발표회.국립부경대학교 국제교류본부(본부장 서재철)는 7월 8일 오전 카자흐스탄 알마티한국교육원(원장 김홍환) 학생들을 대상으로 캠퍼스투어 행사를 개최했다.이 행사는 카자흐스탄 알마티한국교육원에서 수학 중인 우수 학생들이 부산에서 유학할 수 있도록 지역 대학 학교 설명회 및 캠퍼스 투어 체험 기회를 제공하는 프로그램이다. 방문 학생들은 7월 7일부터 13일까지의 부산 일정 동안 국립부경대 학생생활관에서 생활한다. 국립부경대는 알마티한국교육원 원장과 관계자, 학생 22명 등 총 27명이 참가한 가운데 학교 설명회를 진행하고, 백경광장, 수상레저관, 청운관 등 학내 주요시설을 소개했다. 특히 현재 국립부경대에 유학 중인 카자흐스탄 부경초청장학생이 직접 나서 생생한 유학 경험을 들려주는 유학수기를 발표해 호응을 얻었다.현재 국립부경대에는 카자흐스탄 유학생 30명을 비롯해 올해 4월 기준 학·석·박사과정, 석박사통합과정, 교환학생, 연수과정, 복수학위 등에 63개국 1,707명의 외국인 유학생이 재학 중이다.국립부경대는 앞으로도 카자흐스탄, 우즈베키스탄 등 중앙아시아 지역 우수 유학생을 유치하기 위해 보다 적극적인 유치·홍보활동을 추진할 예정이다. 2026-07-09
부경나우 한국어 배우러 온 쓰시마고교생들 국립부경대, 일본 고교생 대상 한국어 연수 프로그램 개최- 9일 개강 … 일본 나가사키현립 쓰시마고등학교 학생 12명 참가△ 단기한국어집중연수 참가 학생들. ⓒ사진 서형석(대외홍보센터) 국립부경대학교 국제교류본부(본부장 서재철)는 7월 9일 오전 동원장보고관 1층 학생취업설명회실에서 일본 나가사키현립 쓰시마고등학교 고등학생들을 대상으로 ‘2026학년도 여름 단기한국어집중연수’ 개강식을 개최했다.이 프로그램은 쓰시마고등학교 국제문화교류코스 고등학생들을 대상으로 이날부터 오는 15일까지 1주간 한국어 수업과 한국문화 체험, 한국인 학생들과의 교류 등으로 진행된다. 이번 연수에는 쓰시마고등학교 학생 12명이 참가했고, 국립부경대 학생 4명이 K-Buddy로 동참해 지원활동을 펼친다.국립부경대는 나가사키현교육청과 교육교류 협의서를 체결하고 2024년부터 단기한국어연수 프로그램을 운영하고 있다.서재철 국제교류본부장은 “일본 나가사키현립 쓰시마고등학교 학생들이 한국어 수업뿐만 아니라 다양한 한국문화 체험 활동과 한국인 학생들과의 교류를 통해 한국에 대한 지속적인 관심이 한국 유학으로 이어지길 바라며, 향후 교류 확대를 위해 계속 지원하겠다.”라고 말했다. 2026-07-09
부경나우 LIG디펜스&에어로스페이스 직무 멘토링 캠프 국립부경대, LIG디펜스&에어로스페이스 직무 멘토링 캠프 개최- 부산 4개 대학 연합…현직자 멘토링·채용설명회·취업역량 강화 프로그램 운영△ LIG디펜스&에어로스페이스와 함께하는 직무 멘토링 캠프의 국립부경대 참가자들.국립부경대학교 대학일자리플러스센터(센터장 김철수)는 7월 9일부터 10일까지 1박 2일간 경주 한화리조트에서 ‘LIG디펜스&에어로스페이스와 함께하는 직무 멘토링 캠프’를 개최했다.이 프로그램은 대학일자리플러스센터 협력사업으로 마련돼 국립부경대와 국립한국해양대, 부산대, 동아대 등 4개 대학이 공동 운영했으며, LIG디펜스&에어로스페이스가 참여해 방위산업 분야 취업을 희망하는 4학년 재학생과 미취업 졸업생을 대상으로 진행됐다.이번 캠프는 총 40명이 참가한 가운데 LIG디펜스&에어로스페이스 기업 및 채용설명회를 시작으로 인사, 품질, 유도무기, 비유도무기 등 직무별 현직자 소개와 맞춤형 멘토링, 기업 맞춤형 취업전략 특강, 입사서류 작성, 인적성검사 문제풀이 등 실무 중심 프로그램으로 운영됐다.참가자들은 기업 현직자들과 직무별 질의응답과 멘토링을 진행하며 실제 업무와 채용 과정에 대한 이해를 높이고, 기업이 요구하는 핵심 역량과 취업 준비 전략 등 조언을 들으며 취업 경쟁력을 키웠다.한편, 국립부경대 대학일자리플러스센터는 고용노동부 대학일자리플러스센터 사업 운영기관으로서 대학생과 지역 청년들의 진로 탐색 및 취업 역량 강화를 위해 다양한 기업 연계 프로그램과 맞춤형 취업 지원 서비스를 지속적으로 운영하고 있다. 2026-07-13
부경나우 『한국해양사』 대미 장식했다 국립부경대 인문사회과학연구소, 『한국해양사』 마지막 권 「근·현대편」 집필- 16년 대장정 마무리…우리나라 최초 해양사 통사 완간국립부경대학교(총장 배상훈) 인문사회과학연구소(소장 김창경)가 우리나라 최초의 해양사 통사인 『한국해양사』 시리즈의 마지막 권인 「근·현대편」을 집필하며 16년에 걸친 국가 해양사 편찬사업의 대미를 장식했다.한국해양재단은 최근 『한국해양사』 전 5권 편찬을 마무리하고 마지막 권인 「근·현대편」을 발간했다. 2010년 「선사·고대편」을 시작으로 추진된 『한국해양사』 편찬사업은 총 16년 동안 74명의 연구자가 참여해 우리나라 최초의 해양사 통사로 완성됐다. 이번에 발간된 「근·현대편」은 개항기부터 2025년 해양수산부 부산 이전까지 우리나라 해양의 역사와 발전 과정을 종합적으로 담았다.국립부경대 인문사회과학연구소는 한국해양재단이 발주한 『한국해양사』 「근·현대편」 집필을 맡아 이번 최종 권 발간을 이끌었다. 집필에는 국립부경대 김창경·최민경·양민호 교수, 서경순 강의교수, 신상원 강사, 부산대 문혜진 연구교수, 경성대 이가연 교수 등 7명의 연구자가 참여했다.이번 집필에 참여한 연구진은 모두 국립부경대 HK+사업 「동북아해역과 인문네트워크의 역동성 연구」(2017~2024)를 함께 수행한 연구자들이다. 이 사업은 해역을 역사와 문화, 사람과 지역, 국가를 연결하는 인문학적 공간으로 바라보는 해역인문학 연구를 중심으로 공동연구와 국제학술교류, 학술총서 발간 등을 추진하며 다양한 연구 성과를 축적해 왔다.「근·현대편」은 개항기 해양 질서의 변화와 서구 열강의 침탈, 조선의 통상 거부 정책과 문호 개방, 일제강점기와 해양, 해방 이후 냉전과 바다, 해양법과 관할권, 해양수산부 출범 이후 대한민국의 해양정책과 발전, 미래 해양문명국가의 비전까지 한국 근·현대 해양사의 주요 흐름을 체계적으로 정리했다. 바다를 단순한 교통·경제의 공간이 아니라 국가와 지역, 사람과 문화를 연결하는 역사적 공간으로 조명했다는 점에서도 의미를 더한다.특히 이번 마지막 권 발간은 국립부경대 인문사회과학연구소가 7년간 수행한 HK+사업의 연구 성과가 국가 차원의 해양사 편찬사업으로 이어져 우리나라 최초의 해양사 통사를 완간하는 데 기여했다는 점에서 의미가 크다. 장기간 공동연구를 수행한 연구진이 국가 프로젝트의 최종 권을 집필하며 연구의 연속성과 성과를 보여준 사례로 평가된다.김창경 인문사회과학연구소장은 "『한국해양사』 마지막 권 발간은 7년간 축적한 해역인문학 연구 성과가 우리나라 최초의 해양사 통사 완간으로 이어졌다는 점에서 더욱 뜻깊다"며 "앞으로도 국립부경대 인문사회과학연구소는 해역인문학 연구를 지속적으로 발전시키고 국가와 지역사회에 기여하는 연구를 이어가겠다"고 말했다. 2026-07-13
부경나우 AI 전문가 이재성·하정우 ‘AX 특강’ 개최 국립부경대, ‘AX 시대, 기업의 생존 전략과 AI 리더십·정책’ 특강 개최- 이재성 전 AI강국위원장 및 하정우 전 대통령실 AI미래기획수석 강연- 7월 10일 공학1관 … 지역 기업 CEO·AI 교육생 등 300여 명 참석△ 강연하고 있는 하정우 전 수석. ⓒ사진 서형석(대외홍보센터) 국립부경대학교(총장 배상훈)는 7월 10일 오후 공학1관 3층 다목적강의실에서 ‘AX 시대, 기업의 생존 전략과 AI 리더십·정책’ 특강을 개최했다.이날 이재성 전 이재명 대선후보 캠프 AI강국위원장과 하정우 전 대통령실 AI미래기획수석이 강연자로 나서, 인공지능(AI)이 산업과 사회 전반의 혁신을 이끄는 AX(인공지능 대전환) 시대를 맞아 지역 기업의 경쟁력 강화와 AI 인재 양성을 위한 전략을 공유했다.이번 특강은 한국능률협회·국립부경대(노맹석 교수)·㈜비앤케이에듀케이션이 공동 운영하는 ‘부산 AI디지털배움터’ 사업의 일환으로, 부산지역 기업 CEO를 비롯해 첨단산업 인재양성 부트캠프 사업 참가 재학생, 부산 지역 일반 시민 등 300여 명이 참석했다.첫 번째 강연은 이재성 전 AI강국위원장이 ‘AX 시대, 기업 생존과 취업·창업 전략’을 주제로 진행했다. 이재성 전 AI강국위원장은 AI의 역사와 진화 단계를 설명하고, “인공지능 시대는 10%의 기술 차이가 100%를 결정한다”며, “10%의 기술을 좌우하는 창의적 문제해결 역량을 길러야 한다”고 강조했다.두 번째 강연은 하정우 전 대통령실 AI미래기획수석이 ‘AI 3대 강국, 대한민국과 부산의 기회와 도전’을 주제로 대한민국 AI 정책의 방향과 지역의 성장 전략을 소개했다. 그는 “AI시대 대한민국의 성장엔진은 고부가가치 지능토큰 생산에서 비롯된다”며, “부산의 해양 자산을 AI와 토큰팩토리로 연결해 세계 최고 해양 AX 도시로 도약해야 한다”고 밝혔다. 이어 해양·항만, 물류, 해군·방산, 콘텐츠·관광, 제조, 기후·환경, 창업, 첨단기술, 교통 등 분야별로 부산의 성장 전략을 제시했다.국립부경대는 이번 특강을 통해 기업 최고경영자와 AI 분야를 준비하는 학생들이 산업 현장의 고민과 국가 정책 방향을 함께 공유함으로써 지역 AI 생태계 조성과 미래 인재 양성에 새로운 시너지를 만들어낼 것으로 기대하고 있다.한편, 국립부경대는 부산광역시 AI 교육 거점대학으로서 AI디지털배움터사업과 K-디지털트레이닝 AI캠퍼스, 첨단산업 인재양성 부트캠프 등 다양한 국책사업을 운영하며 지역 산업의 디지털 전환과 AI 전문인재 양성을 선도하고 있다. △  특강 참가자들이 단체 기념사진을 촬영하고 있다.△ 하정후 전 수석 강연△  이재성 전 위원장 강연.△ 환영사하는 하명신 대외부총장 2026-07-13
부경나우 캠퍼스투어 온 카자흐스탄 학생들 국립부경대, 카자흐스탄 학생 유치 캠퍼스투어 개최- 알마티한국교육원장, 관계자, 학생 등 총 27명 참가△ 학교 설명회 및 유학수기 발표회.국립부경대학교 국제교류본부(본부장 서재철)는 7월 8일 오전 카자흐스탄 알마티한국교육원(원장 김홍환) 학생들을 대상으로 캠퍼스투어 행사를 개최했다.이 행사는 카자흐스탄 알마티한국교육원에서 수학 중인 우수 학생들이 부산에서 유학할 수 있도록 지역 대학 학교 설명회 및 캠퍼스 투어 체험 기회를 제공하는 프로그램이다. 방문 학생들은 7월 7일부터 13일까지의 부산 일정 동안 국립부경대 학생생활관에서 생활한다. 국립부경대는 알마티한국교육원 원장과 관계자, 학생 22명 등 총 27명이 참가한 가운데 학교 설명회를 진행하고, 백경광장, 수상레저관, 청운관 등 학내 주요시설을 소개했다. 특히 현재 국립부경대에 유학 중인 카자흐스탄 부경초청장학생이 직접 나서 생생한 유학 경험을 들려주는 유학수기를 발표해 호응을 얻었다.현재 국립부경대에는 카자흐스탄 유학생 30명을 비롯해 올해 4월 기준 학·석·박사과정, 석박사통합과정, 교환학생, 연수과정, 복수학위 등에 63개국 1,707명의 외국인 유학생이 재학 중이다.국립부경대는 앞으로도 카자흐스탄, 우즈베키스탄 등 중앙아시아 지역 우수 유학생을 유치하기 위해 보다 적극적인 유치·홍보활동을 추진할 예정이다. 2026-07-09
부경나우 한국어 배우러 온 쓰시마고교생들 국립부경대, 일본 고교생 대상 한국어 연수 프로그램 개최- 9일 개강 … 일본 나가사키현립 쓰시마고등학교 학생 12명 참가△ 단기한국어집중연수 참가 학생들. ⓒ사진 서형석(대외홍보센터) 국립부경대학교 국제교류본부(본부장 서재철)는 7월 9일 오전 동원장보고관 1층 학생취업설명회실에서 일본 나가사키현립 쓰시마고등학교 고등학생들을 대상으로 ‘2026학년도 여름 단기한국어집중연수’ 개강식을 개최했다.이 프로그램은 쓰시마고등학교 국제문화교류코스 고등학생들을 대상으로 이날부터 오는 15일까지 1주간 한국어 수업과 한국문화 체험, 한국인 학생들과의 교류 등으로 진행된다. 이번 연수에는 쓰시마고등학교 학생 12명이 참가했고, 국립부경대 학생 4명이 K-Buddy로 동참해 지원활동을 펼친다.국립부경대는 나가사키현교육청과 교육교류 협의서를 체결하고 2024년부터 단기한국어연수 프로그램을 운영하고 있다.서재철 국제교류본부장은 “일본 나가사키현립 쓰시마고등학교 학생들이 한국어 수업뿐만 아니라 다양한 한국문화 체험 활동과 한국인 학생들과의 교류를 통해 한국에 대한 지속적인 관심이 한국 유학으로 이어지길 바라며, 향후 교류 확대를 위해 계속 지원하겠다.”라고 말했다. 2026-07-09
부경나우 부산시·한국재료연구원과 ‘해양 AI 소재 연구센터’ 구축한다 국립부경대-부산시-한국재료연구원, ‘해양 AI 소재 연구센터’ 구축 협력- 8일 업무협약 체결 … AI 기반 해양에너지 소재 분야 연구개발 거점△ (왼쪽부터) 전재수 시장, 배상훈 총장, 최철진 원장. ⓒ사진 서형석(대외홍보센) 국립부경대학교(총장 배상훈)와 부산광역시(시장 전재수), 한국재료연구원(원장 최철진)은 7월 8일 국립부경대 접견실에서 ‘해양 AI 소재 연구센터 구축을 위한 업무협약’을 체결했다.배상훈 총장과 전재수 시장, 최철진 원장은 국립부경대 용당캠퍼스 한미르관에 해양 AI 소재 연구센터를 구축, 운영하며 AI 기반 해양에너지 소재 분야의 발전과 지역 전략산업 육성, 전문인력 양성에 협력하기로 했다.이번 협약은 대한민국의 새로운 성장동력으로 해양수도권이 부상함에 따라, AI 기반 해양에너지 소재 분야의 연구개발 및 산업화를 촉진하고, 지역 해양산업의 고도화와 탄소중립을 실현하기 위해 마련됐다.대한민국 해양수도인 부산과 해양수산 특성화 대학인 국립부경대, 첨단소재 분야 핵심 정부출연 연구기관인 한국재료연구원이 손잡으면서, 해양·AI·소재 분야의 연구개발 거점이 구축될 것으로 기대된다.이에 따라 이들 기관은 △AI 기반 해양에너지 소재 공동연구 및 기술개발 △해양수소, 친환경 선박·항만 등 지역 전략산업 연계 공동사업 기획 △소재 데이터 구축 및 AI 기반 소재 발굴 체계 구축 △산학연관 협력 및 기업 지원, 기술사업화 촉진 △인력 교류 및 공동 교육 프로그램 운영 △협력연구센터 구축 및 공동 활용 등에 협력할 계획이다. 2026-07-08
부경나우 제16회 환태평양국제학술대회 열려 국립부경대, 제16회 환태평양국제학술대회 개최- ‘환태평양 메가지역의 다중스케일적 연결성과 평화적 공진화’ 주제로△ 제16회 환태평양국제학술대회 현장.국립부경대학교 글로벌지역학연구소(소장 박상현)는 7월 2, 3일 양일간 동원장보고관에서 ‘제16회 환태평양국제학술대회’를 개최했다.이 학술대회는 환태평양 지역의 연구 네트워크 구축과 학술 교류를 통해 글로벌 지역학 연구의 성장과 연구 거점 구축을 위해 2016년부터 매년 열리는 행사다.16번째를 맞은 이번 학술대회는 ‘환태평양 메가지역의 다중스케일적 연결성과 평화적 공진화’를 주제로 중국, 태국, 뉴질랜드, 호주, 필리핀, 인도네시아, 일본, 베트남, 스페인, 한국 등 10개국 학자들이 참가한 가운데 발표와 토론을 펼쳤다.이번 대회에는 해외 발표자 36명과 국내 발표자 12명 등 모두 48명의 연구자가 ‘국제이주와 노동, 그리고 초국가주의’, ‘국경과 모빌리티, 그리고 초국적 실천’, ‘지정학적 경제’, ‘친환경 모빌리티를 위한 산업전략과 국제협력’, ‘디지털 전환과 경제구조의 진화’ 등 총 11개의 세션에 걸쳐 45편의 논문을 발표했다.국립부경대 글로벌지역학연구소와 글로벌지역학BK교육연구단을 비롯해 글로벌지역학회가 공동으로 개최한 이 학술대회는 환태평양이 하나의 연구 단위로 자리 잡는 데 핵심적인 역할을 하는 것으로 평가받는다.박상현 소장(국제지역학부 교수)은 “급변하는 국제 질서 속에서 환태평양 지역이 마주한 현안을 함께 성찰했다는 점에서 이번 학술대회의 의미가 크다”며 “다양한 지역과 학문 분야를 가로지르는 논의가 우리 사회의 방향을 모색하는 데 실질적인 통찰을 제공하기를 기대한다”고 말했다. 한편, 환태평양국제학술대회에서 발표된 우수 논문들은 심사를 거쳐 글로벌지역학연구소가 발간하는 KCI 등재학술지 ‘Journal of Global and Area Studies’에 게재될 예정이다. 2026-07-07
교수동정 한국지역출판대상 공로상 『쓰잘데기 있는 사전』, 제10회 한국지역출판대상 공로상- 국립부경대 양민호·최민경 교수 집필△ 양민호 교수(왼쪽)와 최민경 교수.국립부경대학교 인문사회과학연구소 양민호 교수와 최민경 교수가 공동 집필한 『쓰잘데기 있는 사전』(호밀밭)으로 제10회 한국지역출판대상(천인독자상) 공로상을 수상했다.한국지역출판연대는 지난 7월 4일 제주 표선면사무소 강당에서 열린 2026 제주 한국지역도서전 개막식에서 제10회 한국지역출판대상 시상식을 개최했다.이 상은 독자 1,000명이 직접 뜻을 모아 상금을 마련해 지역의 우수한 출판물과 저자에게 수여하는 국내 유일의 지역출판상이다. 올해는 전국 28개 지역출판사에서 출품한 60여 권이 심사에 올랐다.『쓰잘데기 있는 사전』은 부산 사투리를 ‘고쳐야 할 말’이 아닌 지역의 삶과 문화가 담긴 언어 자산으로 바라본 교양 인문서다. 사라져가는 옛말을 복원하거나 전문 방언학 연구서를 지향하기보다, 지금도 부산의 골목과 시장, 식당, 대중교통 등 일상에서 실제로 보고 듣는 말과 외지인이라면 쉽게 알아채기 어려운 부산말을 중심으로 그 말에 담긴 문화와 이야기를 쉽고 흥미롭게 풀어냈다. 101가지 부산 사투리를 정리하고, 학술적 연구 성과를 바탕으로 일반 독자들이 부산의 언어문화를 부담 없이 이해할 수 있도록 구성한 점이 특징이다.심사위원회는 “그 지역이기 때문에 가능한 출판물인가를 중요한 심사 기준으로 삼았으며, 지역의 기록이 세계의 기록이고, 지역의 책이 세계의 책”이라며 지역의 언어와 문화를 기록하고 시민들과 공유하려는 가치를 높이 평가했다.양민호, 최민경 교수는 “이 책은 부산 사투리를 학술적으로 정리하기 위한 연구서가 아니라 현재 부산에서 살아가는 사람들이 실제 사용하는 말과 그 안에 담긴 삶의 이야기를 일반 독자들에게 소개하기 위해 기획한 교양서”라며 “부산말을 통해 지역의 언어와 문화를 시민들과 함께 나누자는 취지를 높게 평가받은 것 같아 의미 있게 생각한다”고 밝혔다. 2026-07-07
교수동정 '박지성 팀'에서 한국 축구 혁신 위해 뛴다 김대희 교수, 문체부 ‘K-축구 혁신위원회’ 위원 위촉- 스포츠 법·정책·제도 전문가 … 한국 축구 거버넌스 개혁·제도 개선 지원국립부경대학교 김대희 교수(해양스포츠전공)가 문화체육관광부가 출범한 ‘K-축구 혁신위원회’의 전문가 위원으로 위촉됐다.문화체육관광부는 7월 6일 오후 서울 올림픽파크텔에서 한국 축구의 체질 개선과 장기적인 발전 방향을 논의하기 위한 한시적 기구인 ‘K-축구 혁신위원회’를 공식 출범했다. 이 위원회는 2026 북중미 월드컵 이후 제기된 축구계 안팎의 쇄신 요구에 부응하고, 대한민국 축구가 지속 성장할 수 있는 미래 비전을 설계하기 위해 마련됐다.K-축구 혁신위원회는 최휘영 문체부 장관과 박지성 국제축구연맹(FIFA) 분과위원이 공동위원장을 맡았으며, 체육계 및 법조·학계 전문가들이 합류해 힘을 싣는다.김대희 교수는 학교체육, 생활체육, e-스포츠 등 다양한 스포츠 분야에서 법과 제도, 정책, 안전 문제를 깊이 연구해 온 국내 최고 수준의 스포츠 법·정책 전문가다. 김 교수는 지금까지 여러 국가 체육 정책 수립 및 제도 개선에 활발히 참여하며 전문성을 인정받아 온 만큼, 이번 위원회에서 현장의 목소리를 반영한 실효성 있는 법·제도 개선안을 제시할 것으로 기대된다.이번 위원회에서 김 교수는 △한국 축구 거버넌스 및 의사결정 구조 개혁 △유소년 선수 육성 시스템의 제도적 보완 △선진 기술 및 데이터 기반 시스템 도입을 위한 정책적 지원 방안 △한국 축구의 장기적 경쟁력 강화를 위한 법적·행정적 기반 마련 등 핵심 의제에 대해 학술적·제도적인 자문을 제공할 예정이다.김대희 교수는 “국민적 관심과 애정이 집중된 한국 축구가 중요한 기로에 선 시점에 혁신위원으로 참여하게 돼 영광스러우면서도 무거운 책임감을 느낀다”며, “그동안 스포츠 정책과 법·제도 분야에서 연구해 온 전문 경험을 바탕으로, 한국 축구계가 투명하고 합리적인 거버넌스를 구축하고 장기적으로 흔들림 없이 성장할 수 있는 튼튼한 제도적 기반을 마련하는 데 실질적인 도움이 될 수 있도록 최선을 다하겠다”고 밝혔다. ▷ 관련 기사 보러 가기(클릭) 2026-07-06
교수동정 부산 디지털 헬스케어 데이터도시 조성사업 세미나 개최 이병일 교수, ‘부산 디지털 헬스케어 데이터도시 조성사업’ 세미나 개최- 디지털 기술과 국가 돌봄 서비스 연계 방안 모색△ 세미나 참석자 단체 사진. 국립부경대학교 휴먼바이오융합전공 이병일 교수(BK21 뉴시니어 맞춤형 스마트 헬스케어 사업단장)는 7월 1일 오후 부산항컨벤션센터 제9회의실에서 ‘부산 디지털 헬스케어 데이터도시 조성사업’ 추진을 위한 전문가 초청 자문 세미나를 개최했다.이 사업은 부산시와 부산과학기술고등교육진흥원(BISTEP)이 지원하는 기획사업으로, 이번 세미나는 디지털 헬스케어 기술을 지역사회의 헬스케어 서비스와 연계해 국가 돌봄 서비스 체계로 발전시킬 수 있는 마스터플랜과 전문가 의견을 수렴하기 위해 마련됐다.이날 행사는 이 사업의 기획위원들을 비롯해 디지털 헬스케어, AI 돌봄, 응급의료, 재택의료, 데이터 플랫폼 분야의 학계 및 산업계 전문가들이 참석한 가운데 ㈜제로웹 김유정 본부장의 사회로 주제 발표와 패널 토론으로 진행됐다.주제 발표는 △AI 돌봄 플랫폼을 위한 데이터의 현실(박해만 동국대 산학협력위원) △디지털 헬스케어 데이터도시에서의 응급의료 활용 전략(이슬기 동의과학대 교수), △재택 돌봄의 디지털 전환, IoT 모니터링과 방문의료 연계 방안(권찬영 동의대부속한방병원 교수) △액티브시니어 데이터 생태계 구축을 위한 산학관연 협력(이상엽 건국대 교수) 등을 주제로 열렸다.이어 사업 기획위원들과 부산시 바이오헬스과 황남현 과장을 비롯한 스마트헬스케어팀, 항노화바이오팀, 첨단의료치의학팀 관계자들이 참여해 종합 토론을 펼쳤다.이병일 국립부경대 BK21 뉴시니어 맞춤형 스마트 헬스케어 사업단장은 “이번 세미나에서 초고령화 사회를 맞이한 지역사회가 디지털 기술을 기반으로 어떻게 선진적인 돌봄 혁신을 이뤄낼지 논의한 데 이어, 차세대 인간·환경 통합형 지능형 케어 생태계를 조성하는 데 앞장서겠다”고 밝혔다. 2026-07-03
교수동정 “해양수도 부산, 정신적 가치의 토대부터 세워야” ‘해양수도 부산’ 토대부터 바로 놓아야- 남송우 명예교수, <국제신문> 칼럼 게재국립부경대학교 남송우 명예교수의 칼럼 ‘해양수도 부산’ 토대부터 바로 놓아야’가 7월 2일 <국제신문> 19면에 게재됐다. 남송우 교수는 이 칼럼에서 2009년 부산시가 해양수도 부산 비전을 공식화한 이후 17년이 지났음에도 실질적 진전이 지지부진했다고 지적하며, 해수부 부산 이전과 전재수 부산시장 당선을 계기로 “해양수도 부산의 꿈은 이제 현실화의 첫발을 내딛는 분위기”라고 평가했다. 이에 그는 “해양수도 부산을 어떻게 만들어 나갈 것인지를 실질적이고도 냉정하게 고민할 때”라고 강조했다.남 교수는 행정·사법·기업·금융 등 기관 구축과 북극항로 개척, 청년 일자리와 정주 여건 조성이 “일차적인 필요조건”이지만, “이런 가시적인 것들만의 여건과 환경 조성으로 진정한 해양수도가 온전히 실현될 수는 없다”고 밝혔다. 그는 싱가포르, 함부르크, 로테르담, 리버풀 등 세계적 해양도시들이 “항만이 지닌 바다의 특성을 인문학적으로 해석”하고 “문화와 예술의 옷을 입히는 정신 가치 구현을 중요시했다”는 점에 주목하며, 부산이 “새롭게 세계에 내놓을 수 있는 해양 가치관에 바탕한 해양수도”를 지향해야 한다고 제언했다.그는 특히 인류의 사유체계가 오랫동안 천지인(天地人)에 머물며 “더 많은 땅을 소유하기 위한 갈등과 전쟁의 역사”를 지속해왔다고 지적하고, 이제는 천지해인(天地海人)의 사유체계로 전환해야 한다고 주장했다. 남 교수는 해양이 지닌 가치로 생명, 공존, 교류, 열림을 꼽으며, “해양인문학의 기초 위에서 해양문화예술이 생성되고, 해양관련 인프라가 다양하게 구축될 때, 세계인들이 공감하고 찾아드는 명실상부한 해양수도 부산으로 자리할 수 있을 것”이라고 강조했다.한편, 남 교수는 인수위 활동에 대해 해양수도완성 부산비전분과의 역할이 “해양물류 경쟁력 강화”에 그치고 있다고 지적하며, “민생 문제 해결 근본은 몇 푼의 경제적 시혜에서 비롯되는 것이 아니라, 이 위기의 부산을 극복하고 나아갈 해양정신으로 하나 되는 시민정신을 곧추세우는 일에서부터 시작되는 것임을 자각할 수 있어야 한다”고 당부했다.▷ 칼럼 전문 보기(클릭) 2026-07-02
교수동정 “청년 연구자로서 마주한 언어와 대표성의 딜레마” ‘더 써야 할 이유’- 김선기 HK연구교수, <경향신문> 칼럼 게재국립부경대학교 김선기 HK연구교수의 칼럼 ‘더 써야 할 이유’가 7월 2일 <경향신문> 27면에 게재됐다. 김선기 교수는 이 칼럼에서 한 외국인 연구자와의 인터뷰 경험을 계기로, 한국 청년 연구자로서 마주하게 되는 대표성과 언어 전달의 어려움을 성찰했다. 그는 십여 년간 청년에 관한 논문과 보고서를 써온 자신에게 “한국의 청년 연구 전문가”라는 기대가 따라붙지만, 청년이라는 주제 영역이 지나치게 폭넓어 “잘 모른다는 솔직한 대답”조차 겸양으로 오해받고, 정작 “AI도 할 수 있을 만한 평이한 이야기”를 반복하게 되는 상황에 놓인다고 밝혔다.김 교수는 특히 국적과 언어가 다른 상대와의 대화에서 이러한 위화감이 증폭됐다고 설명했다. 그는 “나의 자신 없는 말이 외국어로 번역되어 한국 청년에 관한 어떤 진실로 유통되지는 않을까” 걱정했다며, 상대가 유창한 한국어 구사자였음에도 “중층적이고 복잡한 양상”을 설명하려는 자신의 생각이 충분히 전달되지 않았음을 느꼈다고 전했다.그는 대화 속에서 자신의 말이 선택적으로 수용되는 패턴도 포착했다. 상대는 “이미 읽고 공부한 자신의 지식과 일치하거나 연결되는” 이야기는 적극적으로 받아들였지만, “다소 생소한 논지”에는 큰 관심을 보이지 않았다는 것이다. 김 교수는 이에 대해 “책과 논문, 기사를 통해 활자화되어 있는 유명한 담론들의 영향이 훨씬 크게 느껴져 약간은 심란했다”고 소회를 밝혔다. 이어 “유명하다는 것은 검색에도 걸리기 쉽고, 생성형 AI가 말하기도 훨씬 쉬움을 뜻한다”고 짚었다.김선기 교수는 대학원 시절 한 교수가 “글 쓰는 사람은 글의 힘을 믿어야 한다”고 강조했던 일화를 소개하며, 이번 경험을 통해 아카이브된 글의 힘을 다시금 체감했다고 밝히며, “그와 같은 사람들이 한국 청년에 관한 보다 다양한 이야기를 읽을 수 있게” 글쓰기를 이어가겠다는 뜻을 전했다.▷ 칼럼 전문 보기(클릭) 2026-07-02
교수동정 “기후위기는 선택이 아닌 현실…과학 기반 정책·국제협력 필요” ‘외면하는 사이 훅 다가온 재앙, 기후변화’- 안상욱 교수, <부산일보> 칼럼 게재국립부경대학교 안상욱 교수(국제지역학부)의 칼럼 ‘외면하는 사이 훅 다가온 재앙, 기후변화’가 7월 1일 <부산일보> 23면에 실렸다.안상욱 교수는 칼럼에서 자신의 어린 시절 생일을 회상하며 “6월 말의 당연한 풍경”이었던 장맛비가 올해는 늦어졌다고 소개했다. 그는 “우리가 익숙하게 알고 있던 계절의 질서가 조금씩 무너지고 있다는 신호”라며, “늦어진 장마는 단순한 계절의 변덕이 아니라 우리가 살아가는 지구가 보내는 분명한 경고”라고 진단했다.또 유럽의 기록적인 폭염과 지난해 우리나라의 폭염 사례를 언급하며 “기후변화는 이제 휴가철 불편을 넘어 사회 기반시설과 국가 운영 시스템까지 흔들고 있다”고 설명했다. 이어 “기후위기는 더 이상 피할 수 없는 현실이며, 이미 우리의 삶을 하나씩 바꾸고 있다”고 강조했다.안상욱 교수는 기후변화가 농수산업과 경제 전반에 미치는 영향도 짚었다. 그는 감귤과 사과 재배지 변화, 명태와 오징어 어획량 감소, 굴 양식 피해 등을 소개하며 “기후변화는 우리의 식탁과 산업, 그리고 국가 경제의 구조 자체를 변화시키고 있다”고 밝혔다.특히 동해에서 명태가 사라지면서 러시아산 수입 의존도가 높아지고, 국제정세에 따라 명란 수출에도 영향받는 사례를 들어 “기후변화가 바다의 생태계를 바꾸고, 지정학이 공급망을 흔들면서 우리의 식탁과 수출 산업이 동시에 영향을 받고 있다”며 “오늘날 기후위기와 지정학은 더 이상 별개의 문제가 아니라 하나의 위기가 다른 위기를 증폭시키며 서로 연결되고 있다”고 설명했다.안상욱 교수는 “기후위기는 환경정책만으로 해결할 수 있는 문제가 아니다”라며 “식량안보와 에너지안보, 공급망과 국제무역, 국가안보를 모두 아우르는 핵심 의제”라고 강조했다. 이어 “이제 필요한 것은 무의미한 논쟁이 아니라, 과학에 기반한 정책과 국제협력, 그리고 우리 모두의 실천”이라며, “앞으로 국가의 경쟁력은 얼마나 빠르게 변화에 적응하고 새로운 산업을 육성하며 국제협력을 확대하느냐에 달려 있다”고 밝혔다.▷ 칼럼 전문 보기(클릭) 2026-07-01
교수동정 부산바다도서관 콘셉트 디자인 총괄 김면 교수, 2026 부산바다도서관 콘셉트 디자인 총괄- 부산 개항 150주년 맞아 ‘PLAYFUL LANDSCAPE’로 책과 바다, 항해의 풍경 구현- 손목 팔찌·패스포트로 ‘입항’ 경험 연출…민락수변공원·북항·다대포로 독서 여정 확장국립부경대학교 김면 교수(조형학부 공업디자인전공)가 지난해에 이어 올해도 부산의 대표 야외 독서문화 플랫폼인 ‘2026 부산바다도서관(BIBLIOTHECA BUSAN)’의 공간 콘셉트 디자인을 총괄했다.부산바다도서관은 부산의 바다를 배경으로 시민들이 책과 문화, 휴식을 함께 즐길 수 있도록 조성되는 야외형 독서문화 프로젝트다. 올해 행사는 지난 6월 13일부터 7월 5일까지 민락수변공원에서 주말 프로그램을 시작으로, 8월 11일부터 13일까지는 부산세계도서관정보대회(WLIC)와 연계해 북항 선상 일원에서, 9월 19일부터 10월 11일까지는 다대포 해변공원에서 프로그램을 이어갈 예정이다.올해는 부산 개항 150주년을 맞아 책이 부산이라는 항구로 들어와 머물고 다시 시민의 일상으로 확산되는 과정을 ‘입항-정박-출항’의 독서 여정으로 풀어냈다. 김 교수는 공간 콘셉트를 ‘PLAYFUL LANDSCAPE’로 설정하고, 정적인 도서관을 시민들이 걷고, 머물고, 바라보며 책과 자연을 함께 경험하는 놀이적 독서 공간으로 확장했다. 공간에는 부산 바다를 연상시키는 에메랄드 계열의 반투명 패브릭과 항해를 상징하는 돛 이미지를 적용해, 바람에 따라 흔들리는 풍경이 해변과 어우러지도록 연출했다.또한 이동과 재조립이 가능한 시스템 비계 구조를 활용해 장소와 프로그램에 따라 다양한 형태로 변화하는 가변형 공간을 구현했다. 올해 공간은 책장, 리딩존, 해먹, 패브릭 스크린, 사인 구조물이 하나의 풍경처럼 연결돼 시민들이 독서와 휴식, 놀이를 함께 즐길 수 있도록 구성됐다.입장 연출에는 항해 콘셉트를 반영했다. 방문객에게 손목 팔찌와 패스포트를 제공해 부산바다도서관에 ‘입항’하는 경험을 연출하고, 단순 관람을 넘어 책과 바다의 여정에 참여하는 몰입감을 더했다.김면 교수는 “부산바다도서관은 단순히 야외에 책장을 배치하는 프로젝트가 아니라 부산의 바다와 바람, 항구의 기억을 시민의 독서 경험으로 전환하는 공공디자인 프로젝트”라며 “시민들이 부산바다도서관에서 바다 위를 항해하듯 자유로운 오감 독서를 경험하길 기대한다”고 밝혔다.이번 프로젝트는 국립대 교수의 전문 디자인 역량을 부산의 대표 해양문화 콘텐츠와 접목한 것으로, 대학의 창의적 역량을 지역 공공문화로 확장한 공공디자인 실천 사례로도 주목받고 있다. 2026-07-01
PKNU Research 1000 Jong-Hoon Kim | Plastic-Biotransforming Microorganisms Discovered from Styrofoam Buoy Debris on the Busan Coast Pukyong National University research team identifies oxidative biotransformation of polystyrene by EPS buoy debris-derived microorganisms- Three Paenibacillus strains isolated from EPS buoy debris collected from the Busan coast- Oxidation, increased wettability, and structural changes in polystyrene confirmed through multi-analytical approaches- Study published in the international journal Environmental Chemistry and Ecotoxicology A research team led by Professor Jong-Hoon Kim of the Department of Biotechnology at Pukyong National University has isolated microorganisms from discarded styrofoam buoy debris collected along the Busan coast and identified their potential role in the biotransformation of polystyrene plastics. The research team investigated microorganisms inhabiting the surface of weathered expanded polystyrene (EPS) buoy debris collected from the Busan coast and isolated three Paenibacillusstrains, designated BS8-1, BS8-2, and BS11. EPS is widely used in aquaculture buoys and packaging materials due to its light weight and buoyancy, but once released into the marine environment, it can easily fragment and become a major source of microplastics. In this study, the isolated strains were incubated with polystyrene (PS) films for 30 days. The resulting changes were comprehensively analyzed using scanning electron microscopy (SEM), energy-dispersive X-ray spectroscopy (EDS), water contact angle analysis, thermal analysis, attenuated total reflectance Fourier-transform infrared spectroscopy (ATR-FTIR), proton nuclear magnetic resonance spectroscopy (¹H NMR), gas chromatography-mass spectrometry (GC-MS), whole-genome sequencing, and transcriptomic profiling. The results showed that all three strains attached to PS films and formed biofilm-like structures. Even after washing, the treated films exhibited surface roughening, pitting, and erosion-like features. Among the three strains, BS8-2 showed the most pronounced changes, including the highest apparent mass loss. In addition, the water contact angle of the PS films decreased after bacterial treatment, while oxygen-associated signals and oxidation-related chemical changes increased, indicating that the plastic surface became more hydrophilic and oxidized. Through whole-genome and transcriptome analyses, the team further confirmed that strain BS8-2 possesses functional traits associated with redox reactions, aromatic-compound processing, transport systems, and cellular adaptation. These findings suggest that the plastisphere, the microbial community formed on marine plastic surfaces, may actively participate in the environmental transformation of plastic materials. Rather than claiming complete degradation or mineralization of plastic, this study provides multi-layered evidence that microorganisms inhabiting coastal EPS buoy debris can induce oxidative biotransformation and partial chemical modification of polystyrene. The findings are significant because they show that marine plastics are not only physically fragmented in the environment, but may also undergo chemical changes through interactions with microorganisms. Professor Jong-Hoon Kim said, “This study shows that coastal EPS buoy debris can serve not only as a source of microplastics, but also as a biological interface where microorganisms and plastic materials interact. By further tracing the origin, environmental fate, and ecotoxicity of plastic transformation products, this research is expected to contribute to risk assessment and management strategies for marine plastic pollution.” The study was published in the international journal Environmental Chemistry and Ecotoxicologyunder the title “Oxidative surface biodeterioration of polystyrene by plastisphere-derived Paenibacillusstrains from weathered EPS buoy debris.” The journal has an Impact Factor of 12.3and ranks in the top 2.4% in Toxicologyand top 4.4% in Environmental Sciencesaccording to JCR. This work was supported by the National Institute of Biological Resources under the Ministry of Environment.  2026-07-10
PKNU Research 1000 Seung-Wook Kim | Research to Be Presented at ‘ECCV 2026’ in Sweden Pukyong National University Research Team to Present Two Papers at ‘ECCV 2026’ in Sweden― One of the World’s Most Prestigious International Conferences in Computer Vision― Develops Smartphone Heterogeneous Stereo Image Restoration and 3DGS-Based 3D Style Transfer TechnologiesA research team led by Professor Seung-Wook Kim of the Department of Electronic Engineering at Pukyong National University, in collaboration with researchers from Jeonbuk National University and Konkuk University, will present two research papers in the fields of artificial intelligence and computer vision at ‘The 19th European Conference on Computer Vision (ECCV 2026).’ ECCV 2026, which will be held from September 8 to 12 in Malm?, Sweden, is an internationally recognized conference with global authority in the field of computer vision. The two papers to be presented include research on addressing image blur that occurs in multi-camera smartphone environments, as well as research on 3D content generation that artistically transforms not only the colors of three-dimensional scenes but also their structural forms. The first paper, “A Benchmark for Heterogeneous Stereo Deblurring with Physically- and Epipolar-constrained Cross Attention,” is the result of collaborative research with Konkuk University. It focuses on solving the problem of asymmetric blur that occurs in heterogeneous stereo camera systems, such as the wide-angle and ultra-wide-angle cameras used in smartphones. The research team constructed a dataset based on spatial videos captured with actual smartphones and proposed a neural network architecture that effectively restores blurred images by utilizing clear image information under physical and geometric constraints. Experimental results demonstrated that the proposed method consistently improved performance across a wide range of image restoration models. The second paper, “Geometry-Aware Style Transfer in 3D Gaussian Splatting,” is the result of collaborative research with Jeonbuk National University. It presents a 3D Gaussian Splatting (3DGS)-based style transfer technique, building on the emerging real-time 3D scene representation technology. Unlike previous studies that primarily focused on changes in color and texture, this research incorporates geometric structures―including depth and object boundaries―along with color information, enabling more immersive and artistically enhanced transformations of three-dimensional scenes. The two studies advance image restoration technology for real-world smartphone imaging environments and 3D content generation technology, respectively. The research is expected to find broad applications in XR content creation, mobile image processing, and immersive media fields such as gaming, film, and the metaverse. Professor Seung-Wook Kim said, “ECCV is one of the three most prestigious international conferences in the field of computer vision. Presenting these papers at ECCV 2026 demonstrates the AI and computer vision research capabilities of the Pukyong National University research team. We will continue to develop core AI technologies that can be applied in real-world industries and content production, while fostering outstanding talent in the field.” Professor Seung-Wook Kim’s research team conducted these studies with support from the National Research Foundation of Korea (NRF) under grants RS-2025-16067383 and RS-2026-25489106. 2026-06-30
PKNU Research 1000 Won-Doo Jang | Visual-Olfactory Interactions in Augmented Reality Environments Revealed Pukyong National University-University of Yamanashi Research Team Identifies the Effects of Visual-Olfactory Interactions in Augmented Reality Environments on Emotional ResponsesFindings Expected to Advance Immersive Entertainment and Affective Interface Technologies When visual and olfactory stimuli are presented simultaneously in an augmented reality (AR) environment, the interaction between the two sensory modalities has been found to influence users’ emotional responses. A research team comprising doctoral student Ye-Ji Jin and Professor Won-Doo Jang of the Department of Artificial Intelligence Convergence at Pukyong National University, together with Professor Xiaoyang Mao and Professor Masaki Omata of the University of Yamanashi, Japan, investigated how the interaction between visual particle effects and olfactory stimuli in an AR environment affects users’ emotional responses. The team analyzed these effects using electroencephalography (EEG) and questionnaire-based assessments. The results showed that the color and movement direction of particles influenced emotions induced by olfactory information. In particular, positive emotions tended to be enhanced when particles in colors matching the scent were presented together with olfactory stimuli. In contrast, most visual effects were found to lower the accuracy of EEG-based emotion classification, making the emotional signals formed by olfactory stimuli more complex. However, when particles in colors matching the scent moved backward, emotion classification accuracy remained at a level similar to that observed under the olfactory-only condition. This confirmed that an appropriate combination of visual and olfactory information can have a positive effect on emotion recognition. The study is significant in that it analyzed users’ emotional responses and EEG changes in an augmented reality (AR) environment combining olfactory and visual stimuli. The findings suggest that appropriately integrating scent with visual effects could help regulate users’ immersion and emotional experiences in AR environments. The technology is expected to have applications in stress reduction, psychological well-being, therapeutic support systems, immersive entertainment, and affective interface design. The research findings were published this month in the paper “The Effects of Visual?Olfactory Interactions with Moving Particles on EEG-based Emotional Classification in AR Environments” in "IEEE Transactions on Visualization and Computer Graphics", virtual and augmented reality, and user interfaces, ranked in the top 6% (JCR). 2026-06-30
PKNU Research 1000 Do-Jin Lim | Development of an Event-Driven Autonomous Droplet Control System PKNU Research Team Develops Event-Driven Autonomous Droplet Control System- Research Published in the Prestigious International Journal Sensors & Actuators B: Chemical- Establishes a Foundation for a CCEP-Based Automated 3D Cell Culture Platform A research team led by Professor Do-Jin Lim of the Department of Chemical Engineering at Pukyong National University has developed SEDAR (Self-Evolving Droplet Autonomous Regulation), an event-driven autonomous droplet control system capable of recognizing the state of microscopic droplets and automatically responding without external intervention. Contact Charge Electrophoresis (CCEP)-based digital microfluidic technology has attracted significant attention because it enables the precise movement and manipulation of droplets, offering considerable potential for applications in cell culture, bioanalysis, and laboratory automation platforms. However, conventional systems have largely been confined to laboratory environments, relying on a range of external equipment such as high-voltage power supplies, computers, and cameras. As a result, they have faced limitations in long-term operation and full automation under practical cell-culture conditions. The research team developed a ‘self-contained CCEP’ platform that integrates a portable battery, high-voltage boost module, Raspberry Pi?based control system, camera, and wireless communication functions into a single device. Using this platform, the researchers successfully implemented a portable system capable of operating independently without the need for external equipment and confirmed that it could function stably for extended periods even inside a cell-culture incubator. The team also verified that the system’s remote monitoring capability enables real-time observation and control of cellular conditions within droplets without opening the incubator. Building on their previously developed L-SPAA, a universal droplet-control algorithm, the researchers implemented an event-driven routing function that recognizes the state of droplets and automatically responds accordingly. By employing image-analysis technology, the system was able to identify color changes and the presence of particles within droplets in real time and automatically alter droplet movement paths based on the detected conditions. In addition, the team successfully demonstrated the automatic sorting and collection of droplets containing spheroids, further highlighting the platform’s potential for autonomous biological and biomedical applications. This study is significant in that it greatly expands the potential applications of digital microfluidic technology by integrating the ‘Self-contained CCEP’ platform and ‘Event-driven Routing’ technology into a single system. In particular, the platform provides a foundation for the future development of an automated three-dimensional (3D) cell culture platform based on organoids and spheroids. The researchers noted that the addition of functions such as droplet dispensing, culture medium replacement, and sample sorting and retrieval could further advance the system toward fully automated 3D cell-culture applications. Dr. Seo-Jun Bae, the first author of the study and a postdoctoral researcher, explained, “While the previously developed L-SPAA was a control technology designed to move droplets efficiently, SEDAR is an autonomous platform capable of operating independently within an incubator and performing tasks based on the state of individual droplets.” He added, “Through this research, we have established the foundation for an integrated operational platform that connects droplet-control, culture-medium handling, and sample-recovery technologies, which had previously been developed separately. Moving forward, we plan to expand the system into a comprehensive platform capable of automating the entire process of organoid- and spheroid-based three-dimensional cell culture.” The research findings were published in Sensors & Actuators B: Chemical (Impact Factor: 7.7), a globally recognized international journal ranked within the top 2% of the JCR category for Instruments & Instrumentation, under the title “A Self-Contained Event-Driven Autonomous Routing (SEDAR) CCEP System for Droplet 3D Cell Culture.” The research team led by Professor Do-Jin Lim carried out this study with support from the National Research Foundation of Korea (NRF) under grant number RS-2026-25477068. 2026-06-19
PKNU Research 1000 Hyun-Ho Shin | Study on Using Microalgae to Suppress Parasites in Farmed Fish ‘Gains Attention’ PKNU Successfully Suppresses Parasites in Farmed Fish Using a Newly Discovered Korean MicroalgaResearch Team Led by Professor Hyun-Ho Shin Confirms Inhibitory Effects Against Parasitic Ciliates in Olive Flounder Professor Hyun-Ho Shin of the Division of Fisheries Life Sciences (Major in Aquaculture Applied Life Science) at Pukyong National University and a research team led by Professor Min-Jae Kim of the Korea Institute of Ocean Science and Technology(KIOST) School have demonstrated the potential of using marine microalgae as an environmentally friendly method for controlling scuticociliatosis, one of the most serious diseases affecting the aquaculture industry. Through their collaborative research, the research team discovered that Fukuyoa koreensis, a benthic dinoflagellate species, can effectively inhibit the proliferation of Miamiensis avidus, a parasitic ciliate responsible for significant losses in olive flounder aquaculture farms. Notably, Fukuyoa koreensis is a newly identified microalgal species first reported to the world from Korean coastal waters by Professor Shin’s research team. The species name “koreensis” reflects its Korean origin. The study is considered highly significant from both academic and industrial perspectives, as it demonstrates how a marine biological resource discovered in Korea can be developed into a practical disease-control technology for the aquaculture sector. Scuticociliatosis is a disease caused by the parasitic ciliate Miamiensis avidus and is recognized as one of the most devastating diseases affecting olive flounder aquaculture, often resulting in mass mortality events. At present, fish farms primarily rely on chemical treatments and aquaculture management practices to control outbreaks, while antibiotics are sometimes used to prevent secondary bacterial infections. However, growing concerns over drug resistance and environmental residues have highlighted the need for environmentally friendly and sustainable disease-control technologies. To address this challenge, the research team compared the antiparasitic effects of 13 microalgal species isolated from Korean coastal waters. The results showed that Fukuyoa koreensis exhibited the strongest inhibitory activity against the parasite among all species tested. Notably, the researchers found that not only the microalgal cells themselves but also the cell-free filtrate obtained from the culture medium effectively suppress parasite growth. The inhibitory effect remained significant even under diluted conditions, demonstrating the robustness of the bioactive compounds produced by the microalga. The team also evaluated the safety of the treatment using olive flounder juveniles. No obvious abnormal behavior or signs of acute toxicity were observed in the treated fish. Although increased expression of several stress-related genes was detected, the overall results indicated a high level of safety, supporting the potential application of this technology in commercial aquaculture operations. The researchers believe that the antiparasitic activity is likely attributable to bioactive compounds or toxin-like substances secreted by Fukuyoa koreensis. Future studies will focus on identifying these active compounds and elucidating their mechanisms of action. The team also plans to advance the technology into a sustainable and environmentally friendly aquaculture solution through the development of mass-cultivation techniques and further commercialization research. The study is particularly significant because it demonstrates that the allelopathic effects of a benthic dinoflagellate can be utilized to control parasites affecting farmed fish. By presenting a novel biological control strategy capable of reducing reliance on antibiotics and chemical treatments, the research offers a promising pathway toward the development of a more sustainable and environmentally responsible aquaculture industry. Professor Hyun-Ho Shin stated, “This study demonstrates that a microalgal resource discovered in Korea can be utilized for the control of aquatic diseases. We expect the findings to contribute not only to the development of environmentally friendly aquaculture technologies but also to the expanded industrial utilization of marine biological resources.” The research findings were published on June 15 in 'Aquaculture Reports', an international journal in the field of aquaculture ranked within the top 10% of journals in the JCR category, under the title “Inhibitory Effects of Cells and Culture Filtrate of the Epiphytic Dinoflagellate Fukuyoa koreensis on the Parasitic Ciliate Miamiensis avidus.” The study was supported by the “Development of Marine Biotoxin Production and Functional Utilization Technologies” program funded by the Ministry of Oceans and Fisheries. 2026-06-19
PKNU Research 1000 Ji-Soo Jang | Accelerate Development of Next-Generation AI Vision Sensors PKNU and Korea Institute of Science and Technology Develop Two-Dimensional Metal Electrode Technology to Accelerate Next-Generation AI Vision Sensor Implementation - Research Achievement by Professor Ji-Soo Jang of Pukyong National University and Drs. Do-Kyung Hwang and Hyo-Won Moon of KIST - Paper Published in International Journal 'Materials Science and Engineering R: Reports' A joint research team from Pukyong National University and the Korea Institute of Science and Technology (KIST) has identified two-dimensional (2D) metal electrodes as a key factor determining the performance of next generation 2D semiconductor devices. Leveraging this discovery, the team successfully demonstrated both high-performance optoelectronic devices and In-sensor computing functionality. The findings are expected to provide a new technological pathway toward the realization of next-generation artificial intelligence (AI) vision sensors, which are designed to capture and process visual information in a manner similar to the human visual system. A joint research team consisting of Professor Ji-Soo Jang of the Department of Display and Semiconductor Engineering at Pukyong National University, and Dr. Do-Kyung Hwang (a faculty-affiliated professor at the KU-KIST Graduate School of Converging Science and Technology, Korea University) and Dr. Hyo-Won Moon of the Quantum Technology Research Center, Center for Next-Generation Semiconductor Research, Korea Institute of Science and Technology (KIST), has developed a technology for designing a new optoelectronic device architecture utilizing two-dimensional (2D) metal electrodes. The research findings were published online on June 1 in a leading international journal in the field of materials science, Advanced Materials 'Materials Science and Engineering R: Reports' (IF=26.8). Two-dimensional semiconductors are emerging materials composed of ultrathin structures, only a few atomic layers thick and are considered promising candidates for applications in next-generation low-power electronic devices and artificial intelligence vision systems. However, defects formed at the interface where 2D semiconductors come into contact with electrodes, along with the phenomenon known as Fermi-level pinning, have long been recognized as major obstacles limiting device performance. To overcome these limitations, the research team designed a variety of optoelectronic device architectures incorporating different two-dimensional metal electrodes and systematically compared and analyzed how electrode characteristics influence optoelectronic performance. The study demonstrated that, unlike conventional bulk metal electrodes, 2D metal electrodes do not damage the surface of 2D semiconductors and instead form an almost defect-free, ideal interface. Furthermore, through photoluminescence measurements and temperature-dependent electrical characterization, the researchers confirmed that both interface defects and Fermi-level pinning effects between the 2D metal electrodes and WS₂ (tungsten disulfide) semiconductor were effectively suppressed. In addition, by applying various types of 2D metal electrodes to optoelectronic devices and conducting systematic experiments, the researchers identified the work function of the electrode as a critical factor governing photodetection performance. In particular, when chlorine (Cl)-doped two-dimensional tin diselenide (Cl-SnSe₂), a 2D metal with a high work function, was used as the electrode material, the photodetector achieved outstanding performance, exhibiting a linear dynamic range (LDR) of 135 dB and a power conversion efficiency (PCE) of 13.6%. Building on these results, the team further demonstrated In-sensor Computing, a technology that enables image information to be processed directly within the sensor itself, using the newly developed high-efficiency optoelectronic devices. Experimental results showed that devices employing 2D metal electrodes delivered significantly superior image-processing capabilities compared with conventional devices based on traditional bulk metal electrodes. Professor Ji-Soo Jang, the principal investigator of the study, stated, “This research systematically demonstrates how the work function of two-dimensional metal electrodes determines the optoelectronic characteristics of devices. We expect the findings to be widely applicable to a range of future technologies, including artificial intelligence vision systems, next-generation low-power optical sensors, and edge computing platforms.” Meanwhile, the research was supported by the New Faculty Research Grant Program of Pukyong National University, as well as the KIST Institutional Program and the Mid-Career Researcher Program funded by the Ministry of Science and ICT. 2026-06-19
PKNU Research 1000 Gyun Huh | ‘Study on Cognitive Biases in Shy Adolescents’ Published in International Journal “Adolescents with Higher Levels of Shyness Tend to Interpret Ambiguous Social Situations More Negatively” - PKNU Research on Cognitive Biases in Shy Adolescents Published in International Journal Research has found that adolescents with higher levels of shyness are more likely to interpret ambiguous social situations negatively not only when experiencing negative or neutral emotional states, but also under positive emotional conditions. A research team consisting of Ph.D. candidate Feng Zhang from the Department of Educational Consulting at the Graduate School of Pukyong National University, Professor Gyun Huh of the same department, and Research Professor Soon-An Hyun of Sunchon National University reported these findings in their paper titled “Online Interpretation Bias in Shy Adolescents Across Emotional Valence Conditions.” The study explores social cognition and emotional processing patterns among adolescents. The paper is scheduled for publication in 'Advances in Cognitive Psychology' Volume 22, Issue 2 (June 2026), an SSCI-indexed international journal. The journal publishes research on human cognitive processes, including cognitive psychology, emotional processing, attention, memory, and social cognition. The study is particularly noteworthy in that it experimentally investigated the relationship between adolescent shyness and online interpretation bias under different emotional conditions. The research examined how adolescents with varying levels of shyness interpret ambiguous social cues and whether these interpretation patterns differ depending on emotional conditions such as happiness, neutrality, and anger. To conduct the study, the researchers administered a shyness scale assessment to middle school students and classified participants into high-shyness and low-shyness groups. They then analyzed response times and interpretation acceptance rates using an online interpretation bias task developed on the E-Prime 2.0 platform. The analysis revealed that adolescents with higher shyness scores were more likely than their less shy peers to adopt negative interpretations of ambiguous social situations, accept negative meanings more quickly, and take longer to reject negative interpretations. In contrast, no statistically significant differences were found between the two groups with regard to positive interpretation bias. Based on these findings, the researchers explained that the social difficulties experienced by highly shy adolescents may not simply stem from passivity or reserved behavior but may instead be associated with a stable cognitive processing tendency to interpret ambiguous social information as threatening or negative. The fact that negative interpretation bias persisted even under positive emotional conditions further suggests that educational and counseling interventions for highly shy adolescents should focus not only on fostering positive emotions, but also on directly reducing and restructuring negative interpretive schemas. Professor Gyun Huh stated, “This study employed experimental psychological methods to identify the social-cognitive characteristics of shy adolescents and may provide important evidence for adolescent counseling and support programs aimed at helping students adapt to school life. In particular, publication in an SSCI-indexed international journal demonstrates the potential for broader international expansion of educational research on adolescent emotions and cognition.” Meanwhile, Ph.D. candidate Feng Zhang has been devoted to research since coming to Pukyong National University from China through the university’s ‘Global PKNU Graduate Degree Program for Faculty and Staff of Overseas Universities.’ Currently pursuing a doctoral degree in the Department of Educational Consulting at the Graduate School of Pukyong National University, Feng Zhang is also affiliated with L?liang University in China, where he continues to conduct research in the fields of adolescent development, emotional processing, and educational psychology. With support from the 2025 PhiNX Protected Academic Disciplines Graduate Student Research Scholarship Program, Zhang published a paper in the KCI-indexed journal Journal of Fisheries and Marine Sciences Education and has continued to build a strong research record, publishing a total of three KCI-indexed papers to date. Research Professor Soon-An Hyun earned a Ph.D. in Education from the Department of Educational Consulting at the Graduate School of Pukyong National University and has since been conducting research as a research professor at Sunchon National University. Her work has focused on educational technology, AI in education, educational assessment, and adolescent cognition and emotional development. In the present study, she contributed to the theoretical and empirical interpretation of the structural relationship between adolescent shyness and interpretation bias. In addition, Soon-An Hyun was recently selected as a recipient of the 2026 Humanities and Social Sciences Research Professor Program funded by the National Research Foundation of Korea. Under this program, she will carry out research with five years of support as a research professor at the Institute of Fisheries and Marine Education at Pukyong National University, directed by Professor Hyo-Heon Won. Professor Gyun Huh, who supervised the study, has conducted extensive research in the fields of educational technology, AI-based education, big data analytics, and advanced quantitative research methodologies, while continuously mentoring graduate students and early-career researchers in publishing their work in both international and domestic academic journals. The achievement is regarded as a notable example of the research capabilities and global competitiveness of Pukyong National University in adolescent educational psychology, reflecting the collaborative strengths of the university’s Department of Fisheries and Marine Industry Education (Chair: Professor Tae-Ho Lee), as well as the graduate programs in the Department of Educational Consulting and the Department of Fisheries and Marine Human Resource Development. 2026-06-19
PKNU Research 1000 Yoon-Tae Kim | Research on Landslides Published in Leading International Journals Pukyong National University Research Team Publishes Consecutive Studies in Landslides- Research achievements by Dr. Chang-Ho Song, Ph.D. candidate Ho-Hong-Duy Nguyen, and Professor Yoon-Tae KimResearch conducted by a team from Pukyong National University (President Sang-Hoon Bae)―comprising Dr. Chang-Ho Song of the Smart Infrastructure Technology Research Institute, Ph.D. candidate Ho-Hong-Duy Nguyen of the Department of Ocean Engineering, and Professor Yoon-Tae Kim of the Department of Ocean Engineering―has been consecutively published in the May issue of 'Landslides', one of the world’s leading international journals in the fields of landslide science and geotechnical engineering. The research was carried out as part of the Marine Urban Disaster Mitigation Technology Education and Research Team, which is supported through the BK21 FOUR Program funded by the Ministry of Education. The team published two papers: “Physically Based Data-Driven Analysis for Large-Scale Investigation of the July 2025 Rainfall-Induced Landslide in Sancheong, South Korea” and “Deep Neural Network Framework for Predicting Debris Flow Entrainment Growth Rate in Diverse Terrain Conditions.” The first paper was authored by Ph.D. candidate Ho-Hong-Duy Nguyen as the first author, with Dr. Chang-Ho Song serving as a co-author, while the second paper was led by Dr. Chang-Ho Song as the first author, with Ho-Hong-Duy Nguyen participating as a co-author. Professor Yoon-Tae Kim served as the corresponding author for both studies. is a globally recognized international journal representing the fields of landslide science, debris flow research, slope failure analysis, and geohazard engineering. It is widely regarded as one of the top-ranked journals in geotechnical engineering according to the Journal Citation Reports (JCR) published by Clarivate Analytics. The first study presents a large-scale landslide investigation methodology that integrates physics-based analysis with data-driven analytical techniques to examine the rainfall-induced landslide that occurred in Sancheong County, Gyeongsangnam-do, South Korea, in July 2025. By comprehensively considering slope instability mechanisms caused by rainfall infiltration together with topographic and geotechnical characteristics, the research team was able to effectively analyze the actual behavior and triggering mechanisms of the landslide event. The second paper developed a deep neural network-based framework for predicting the entrainment growth rate of debris flows under a wide range of terrain conditions. By integrating artificial intelligence-driven analytical techniques with information on topographic, hydrological, and geotechnical characteristics, the research team proposed a methodology capable of quantitatively predicting how debris flows increase in size and volume as they travel downslope. The researchers expect that these studies will contribute to the development of foundational technologies for more accurate prediction and response to landslides and debris-flow hazards in an era characterized by increasingly frequent extreme rainfall events and compound disasters driven by climate change. Professor Yoon-Tae Kim stated, “As climate change continues to increase the risk of geotechnical disasters such as landslides and debris flows, we plan to further advance the development of high-precision disaster prediction and response technologies through research that combines physics-based analytical approaches with artificial intelligence technologies.” 2026-06-19
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2026학년도 신입생 및 재학생 실태조사 참여 이벤트
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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
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[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)
[대학일자리플러스센터] 'PKNU 진로 컨설팅 Week' 안내
★ 프로그램 개요1. 강의명 : PKNU 진로 컨설팅 Week2. 일 시 : 2026. 4. 28.(화)  ~  4. 30.(목)3. 장 소 : 동원장보고관 리더십홀, 대학일자리플러스센터, 핵심역량도서관 상담실4. 대 상 : 재적생 및 미취업 졸업생, 외국인 유학생 5. 세부 일정 : ★ 신청방법 및 안내사항1. 신청기간 : 4. 17.(금) 까지2. 신청방법 : 부경아이AI 비교과을 통한 온라인 신청   *포털 → 부경아이AI → 비교과 프로그램 → '프로그램명' 검색 → 수강신청    ▶ 내국인 재적생 진로취업 컨설팅은 구글폼으로 추가 신청 필요   https://forms.gle/AjNhFpiFRBoMpzsB73. 기 타 :선착순 마감  ● 포털 접속 portal.pknu.ac.kr              ※ 문의: 대학일자리플러스센터 프로그램 담당자 (T. 051-629-6751)
2026-04-27(월) ~ 2026-04-30(목)
PKNU POPUP
PUKYONG NATIONAL UNIVERSITY
PKNU SNS
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