Faculty Research Profile
Jae Eun Oh
학력
· 2009: Ph.D. Civil and Environmental Engineering, University of California Berkeley
· 2002: M.S. Architectural Structural Engineering, Architecture, Seoul National University
· 2000: B.S. Materials Science and Engineering, Seoul National University
주요 경력
· 2020~Present: Professor, UNIST
· 2011~2020: Assistant/Associate Professor, UNIST
· 2009~2011: Post-doctor, U.C. Berkeley
· 2003~2004: Structural Designer, Chungsuk Engineering
· 2002~2003: Construction Engineer, Hyundai Engineering & Construction
수상/학회/외부활동
· 2015: Best Paper Award, Korea Concrete Institute
· 2022~: Associate editor, Frontier in Materials
· 2019~: Delegate, Korea Concrete Institute
· 2021~: Director in Board, Korea Concrete Institute
· 2025~: Editorial Board, International Journal of Concrete Structures and Materials, Springer
Nano-AIMS 구조재료 연구실
Nano-AIMS Structural Materials Lab
재료과학(Material Science)과 건축·토목공학(Civil & Architectural Engineering)의 융합을 기반으로 한 본 연구실은, 국내에서 연간 3천만 톤 이상 발생함에도 불구하고 현재는 주로 저부가가치형 혹은 초기 단계의 재활용 기술에 머물러 있는 다양한 산업부산폐기물(석탄재, 제철 부산물, 화학 부산물, 광산 부산물 등)을 고부가가치 자원으로 전환합니다. 이를 통해 고성능·탄소저감형 건축 및 건설용 구조재료를 창의적으로 개발하여 지속가능한 미래 건설산업에 기여합니다.
Our laboratory, built on the convergence of Materials Science and Civil & Architectural Engineering, focuses on transforming diverse industrial by-products—such as coal ash, metallurgical slags, chemical residues, and mining tailings—into high-value resources. In Korea, more than 30 million tons of such wastes are generated annually, yet they are predominantly subjected to low-value or rudimentary recycling practices. By advancing these materials into high-performance, carbon-reducing structural materials for construction and building applications, we aim to contribute to the sustainable future of the construction industry.
Our laboratory, built on the convergence of Materials Science and Civil & Architectural Engineering, focuses on transforming diverse industrial by-products—such as coal ash, metallurgical slags, chemical residues, and mining tailings—into high-value resources. In Korea, more than 30 million tons of such wastes are generated annually, yet they are predominantly subjected to low-value or rudimentary recycling practices. By advancing these materials into high-performance, carbon-reducing structural materials for construction and building applications, we aim to contribute to the sustainable future of the construction industry.
연구분야
탄소/산업폐기물 자원화 및 탄소저감형 건축/토목용 건설용 구조재료 / Recycling of carbon and industrial waste, Low-carbon architectural and construction structural materials
Recycling of carbon and industrial waste, Low-carbon architectural and construction structural materials
연구 희망분야
무(zero)시멘트 결합재 기반 방사선차폐 콘크리트, 3D 프린팅 콘크리트, 고성능 콘크리트 및 초경량 고강도 콘크리트 개발 / Cementless binders for nuclear shielding, 3D-printing, ultra-high performance, and ultra-lightweight high strength concrete
Cementless binders for nuclear shielding, 3D-printing, ultra-high performance, and ultra-lightweight high strength concrete
연구주제
1. 차세대 저탄소 무시멘트 (zero 시멘트 사용) 결합재 개발과 CO₂ 광물화 기술 연구를 통한 건설의 탄소 중립 구현
2. 산업 부산물을 활용하여 고내구성, 고강도, 고방사선 차폐 성능 및 건축용 3D 프린팅 적용성을 동시에 구현시킨 지속가능한 무시멘트 콘크리트의 개발 및 상용화
3. XRD, TGA, FTIR, SEM-EDS, MIP 및 가속 탄산화 분석을 활용한 건설재료의 미세구조 최적화 연구
4. 저탄소 인공 경량 골재와 경량 콘크리트의 혁신적 개발을 통한 건설재료의 지속가능성 확보
1. Next-generation cementless binders based on alkali–alkaline earth systems for CO₂ mineralization and carbon-neutral implementation
2. Development and commercialization of sustainable cementless concrete utilizing industrial by-products with enhanced durability, strength, and radiation shielding performance
3. Microstructural optimization of construction materials through advanced analyses including XRD, TGA, FTIR, SEM-EDS, MIP, and accelerated carbonation
4. Innovative development of low-carbon artificial lightweight aggregates and lightweight concrete for enhancing the sustainability of construction materials
국가연구개발사업 기술 분류체계
국가과학기술표준분류
EI. 건설/교통 > EI04. 건설시공·재료 > EI0408. 친환경/재생건설재료
논문
· CEMENT AND CONCRETE COMPOSITES / Development of lightweight and low-crystalline artificial aggregate using cementless fly ash binder for thermal neutron shielding concrete manufacture /
Kim, Dohoon; Song, Haemin; Yu, Juan; Sim, Sungwon; Jeon, Dongho; Oh, Jae Eun / 2024-09
· CEMENT AND CONCRETE COMPOSITES / Strength enhancement of CaO-activated slag system through addition of calcium formate as a new auxiliary activator / Yum, Woo Sung; Suh, Jung-Il; Jeon, Dongho; Oh, Jae Eun / 2020-05
· CEMENT AND CONCRETE RESEARCH / Microstructural and strength improvements through the use of Na2CO3 in a cementless Ca(OH)2-activated Class F fly ash system / Jeon, Dongho; Jun, Yubin; Jeong, Yeonung; Oh, Jae Eun / 2015-01
· CEMENT AND CONCRETE RESEARCH / Use of CaO as an activator for producing a price-competitive non-cement structural binder using ground granulated blast furnace slag / Kim, Min Sik; Jun, Yubin; Lee, Changha; Oh, Jae Eun / 2013-12
특허
- 17건의 국내 등록 특허와 1건의 국제 등록 특허를 보유하고 있으며, 아래와 같은 5건에 대하여 총 1억 8천만원의 기술이전을 하였습니다.
(등록특허 10-1228815 및 10-1566547) (선급기술료 5천만 원, 경상기술료 연매출액의 3%).
(등록특허 10-2016-0046503) (선급기술료 3천만 원, 경상기술료 연매출액의 2%).
(등록특허 10-1640804 및 10-1669564) (선급기술료 1억원, 경상기술료 1~1.5%)
17 domestic and 1 international patents; 5 tech transfers totaling KRW 180M (upfront & running royalties).