| [1] 1997~2000 | 전주 상산 고등학교 (Sangsan High school 📍Jeonju, Korea) |
| [2] 2000~2007 |
한양대학교 기계공학부 학사 (B.S. of M.E., Hanyang Univ. 📍Seoul, Korea) Thesis: Dynamics Simulation Using OpenGL 📎 🏆 |
| [3] 2001~2003 | 육군 제 26 기계화 보병 사단 기갑수색 전차승무원 (Military service, K-1 Tank Crew) |
| [4] 2007~2009 |
한국과학기술원 기계공학과 석사 (M.S. of M.E., KAIST 📍Daejeon, Korea) Thesis: A Framework for Container Stowage Information exchange between ships and harbors using RFID and Web Services 📎 |
| [5] 2009~2014 |
한국과학기술원 기계공학과 박사 (Ph.D. of M.E., KAIST 📍Daejeon, Korea) Thesis: A method for sequencing of the design features to create a procedural CAD model 📎 |
| [6] 2014~2023 | 한국원자력연구원 선임연구원 (Senior Researcher at KAERI 📍Daejeon, Korea) |
| [7] 2023~ | 한국원자력연구원 책임연구원 (Principal Researcher at KAERI 📍Daejeon, Korea) |
| [1] | Ikjune Kim, et al., RFID와 웹서비스를 이용한 선박과 항구 간의 선적정보 교환 프레임워크, 대한조선학회 논문집 (2009) 46, 520-526 |
| [2] | Ikjune Kim, et al., Securing design checking service for the regulation-based product design, Computers in Industry (2012) 63, 586-596 |
| [3] | Ikjune Kim and Soonhung Han, Generation of design history from B-Rep models by mapping and sequencing of design features, Advanced Science Letters (2012) 10, 528-532 |
| [4] | Ikjune Kim, et al., Verification of product design using regulation knowledgebase and web service, Journal of Mechanical Science and Technology (2015) 29(12), 5113-5119 |
| [5] | Ikjune Kim, et al., A framework for a flexible cutting-process simulation of a nuclear facility decommission, Annals of Nuclear Energy (2016) 97, 204-207 |
| [6] | Ikjune Kim, et al., A methodology for digital mockup update based on the 3d scanned spatial information for the automated dismantling of nuclear facilities, Annals of Nuclear Energy (2020) 139, 107238 |
| [1] | Ikjune Kim, et al., A Framework for Information exchange between Ships and Harbors using RFID and Web Services, SNAK (2008) 📍Changwon, Korea 📎 📎 |
| [2] | Ikjune Kim, et al., A Framework for Container Stowage Information Exchange between Ships and Mobile Harbors using RFID and Web Services, CADCAM (2010) 📍Pyeongchang, Korea 📎 📎 |
| [3] | Ikjune Kim, et al., Tribon 의장 데이터의 STEP AP227 파일로 변환, SNAK (2010) 📍Mokpo, Korea 📎 |
| [4] | Ikjune Kim, et al., A Study for Development of tool for Visualization of Ship Pipe System using X3D, SNAK (2010) 📍Jeju, Korea 📎 📎 |
| [5] | Ikjune Kim, et al., Visualization of Neutral Model of Ship Pipe System Using X3D, CDVE (2010), 218-228. 📍Palma de Mallorca, Spain |
| [6] | Ikjune Kim, et al., 규정에 기반 한 설계 검증 방법에 대한 개관, CADCAM (2011) 📍Pyeongchang, Korea 📎 📎 |
| [7] | Ikjune Kim and Soonhung Han, Generation of Design History from B-Rep Models by Mapping and Sequencing of Design Features, ACDDE (2011) 📍Shanghai, China |
| [8] | Ikjune Kim, et al., Design Checking Service supporting Regulation-based Product design, SDPS (2011) 📍Jeju, Korea |
| [9] | Ikjune Kim, et al., Conversion of CAD model into CSG model for Aircraft Vulnerability Analysis, KIMST (2012) 📍Gyeongju, Korea 📎 📎 |
| [10] | Ikjune Kim, et al., Creating a CSG based CAD model for Aircraft Vulnerability Analysis, KSAS (2012) 📍Jeju, Korea 📎 📎 |
| [11] | Ikjune Kim, et al., System architecture of Regulation-based Design Checking Service supporting the Extension of Knowledge Base, ACDDE (2012) 📍Hokkaido, Japan |
| [12] | Ikjune Kim, et al., 원자력 발전소 주요 부품의 해체 시뮬레이션을 위한 CAD 모델의 절단 방법, KRS (2014) 📍Pyeongchang, Korea 📎 📎 |
| [13] | Ikjune Kim, et al., Cutting Method of the CAD model of the Nuclear facility for Dismantling Simulation, KNS (2015) 📍Jeju, Korea 📎 📎 |
| [14] | Ikjune Kim, et al., 작업 시나리오 변경이 용이한 원자력 시설 해체 공정 시뮬레이션 프레임워크, KRS (2015) 📍Busan, Korea 📎 📎 🏆 |
| [15] | Ikjune Kim, et al., 원자력 시설 해체 공정 시뮬레이션 소프트웨어 프레임워크 설계, KRS (2016) 📍Mokpo, Korea 📎 📎 |
| [16] | Ikjune Kim, et al., A Design of a Flexible Framework for Cutting Process Simulation of a Nuclear facility, KNS (2016) 📍Gyeongju, Korea 📎 📎 |
| [17] | Ikjune Kim, et al., Integration of the Unit Modules of the Nuclear Facility Dismantle Simulation System, KRS (2017) 📍Busan, Korea 📎 📎 |
| [18] | Ikjune Kim, et al., Environmental Information Feedback Framework for Nuclear Facility Decommission, KNS (2017) 📍Gyeongju, Korea 📎 📎 |
| [19] | Ikjune Kim, et al., Cutting Process Update Method to Simulate the Nuclear Facility Decommission, KRS (2018) 📍Busan, Korea 📎 📎 |
| [20] | Ikjune Kim, et al., Digital Mock-up Update based on 3D Scanned Environmental Information for Nuclear Facility Decommission, KRS (2018) 📍Jeju, Korea 📎 📎 |
| [21] | Ikjune Kim, et al., 원자력 시설 절단 공정 시뮬레이션을 위한 절단 형상 생성 방법, CDE (2020) 📍Pyeongchang, Korea 📎 📎 |
| [22] | Ikjune Kim, et al., Cutting Simulation Method Based on the 3D Scanned Environmental Information for Nuclear Facility Dismantlement, KRS (2020) 📍Online 📎 📎 |
| [23] | Ikjune Kim, Development of the Dismantling Process Simulation System based on a commercial tool, IAEA (2022) 📍Vienna, Austria 📎 |
| [24] | Ikjune Kim, et al., PERT Chart Based Laser Cutting Process Control on a Digital Simulation Platform, KRS (2022) 📍Jeju, Korea 📎 📎 |
| [25] | Ikjune Kim, Updating CAD model through 3D Scanned Point Cloud for Automated Dismantling, IAEA (2023) 📍Vienna, Austria 📎 |
| [26] | Ikjune Kim, et al., Gazebo physical simulation of a track based multi-purpose rover, ICROS (2024) 📍Daejeon, Korea 📎 📎 |
| [1] | Ikjune Kim, et al., TransCAD V.1.0, Software (2010), No.: 2010-01-181-007399, Copyright holders: KAIST, PartDB Inc. |
| [2] | Ikjune Kim, et al., TransCAD V.2.0, Software (2012), No.: C-2012-002165, Copyright holder: KAIST |
| [3] | Ikjune Kim, et al., TransCAD Assembler, Software (2013), No.: C-2013-021723, Copyright holder: KAIST |
| [4] | Ikjune Kim, et al., 선체형상정보를 이용한 선박 계류 장치, Korean Patent (2013), Patent No.: 10-1222007-0000, Copyright holder: KAIST |
| [5] | Ikjune Kim, et al., 절단 공정 시뮬레이션 모듈, Software (2018), No.: C-2018-013474, Copyright holder: KAERI |
| [6] | Ikjune Kim, et al., 절단 공정 시뮬레이션 공통 기능 모듈, Software (2018), No.: C-2018-013475, Copyright holder: KAERI |
| [7] | Ikjune Kim, et al., 원자력 시설 해체 시뮬레이션에서 절단 프로세스를 수행하는 장치 및 방법, Korean Patent (2018), Patent No.: 10-1895582, Copyright holder: KAERI |
| [8] | Ikjune Kim, et al., 특징형상 기반 점군 정합 프로그램, Software (2019), No.: C-2019-005491, Copyright holder: KAERI |
| [9] | Ikjune Kim, et al., 상용 메쉬 모델 변환 프로그램, Software (2019), No.: C-2019-017037, Copyright holder: KAERI |
| [10] | Ikjune Kim, et al., 해체 시뮬레이션 햅틱 인터페이스 모듈, Software (2019), No.: C-2019-030936, Copyright holder: KAERI |
| [11] | Ikjune Kim, et al., 원자력 시설의 디지털 목업 업데이트 장치 및 그 방법, Korean Patent (2020), Patent No.: 10-2086112, Copyright holder: KAERI |
| [12] | Ikjune Kim, et al., 3차원 스캔 점군 분할 및 선택 프로그램, Software (2020), No.: C-2020-016199, Copyright holder: KAERI |
| [13] | Ikjune Kim, et al., 해체 공정 시나리오 기반 로봇 제어 프로그램, Software (2021), No.: C-2021-030828, Copyright holder: KAERI |
| [14] | Ikjune Kim, et al., 해체 공정 시나리오 실행 프로그램, Software (2021), No.: C-2021-030829, Copyright holder: KAERI |
| [15] | Ikjune Kim, et al., 여러 개의 이송장비에 의한 절단 형상 생성 장치 및 방법, Korean Patent (2021), No.: 10-2301207, Copyright holder: KAERI |
| [16] | Ikjune Kim, et al., 디지털 목업 점군 추출 프로그램, Software (2021), No.: C-2021-039771, Copyright holder: KAERI |
| [17] | Ikjune Kim, et al., 방사선량 정보 데이터베이스 입력 프로그램, Software (2021), No.: C-2021-049692, Copyright holder: KAERI |
| [18] | Ikjune Kim, et al., 인공지능 기반 원자로 안전 정지 장치 낙하 속도 측정 프로그램, Software (2022), No.: C-2022-047772, Copyright holder: KAERI |
| [19] | Ikjune Kim, et al., 방사선량 시뮬레이션 결과 파일 처리 라이브러리, Software (2022), No.: C-2022-049442, Copyright holder: KAERI |
| [20] | Ikjune Kim, et al., 원자력 시설 해체 시뮬레이션에서 절단 프로세스를 수행하는 장치 및 방법, Korean Patent (2023), No.: 10-2488520, Copyright holder: KAERI |
| [21] | Ikjune Kim, et al., 인공지능 기반 수중 레이저 절단 모니터링 프로그램, Software (2023), No.: C-2023-032842, Copyright holder: KAERI |
| [22] | Ikjune Kim, et al., 원자력 시설 해체를 위한 수중 레이저 절단 공정 실행 및 제어 방법, Korean Patent (2024), No.: 10-2678151, Copyright holder: KAERI |
| [1] | 2007~2012 Macro-parametrics, UG API translator developer, TransCAD team leader, KAIST, 개발환경: C++, MFC, ATL, UGAPI, ACIS, HOOPS |
| [2] | 2008~2011 무기체계 연구개발 전용 모델러 설계기술 연구, ADD, 개발환경: C++, MFC, ACIS, HOOPS |
| [3] | 2009~2010 국제 표준을 이용한 선박 설계 정보 교환 및 적용, DSME, 개발환경: C++, JAVA, X3D |
| [4] | 2011~2011 상용 CAD 데이터의 실루엣 추출 프로그램 개발, ETRI, 개발환경: C++, HOOPS, INTEROP, ACIS |
| [5] | 2011~2012 규정기반 설계 검증 웹서비스서버 및 클라이언트 구현, 기표원, 개발환경: JAVA Webservice, C++, MySQL, JENA |
| [6] | 2011~2012 항공기 취약성 분석을 위한 CSG 모델 생성 프로그램구현, ADD, 개발환경: C++, CATIA, BRL-CAD, ACIS |
| [7] | 2014~2016 해체공정 통합평가 및 원격제어 기술 개발, KAERI, 개발환경: C++, CATIA, DELMIA, CAA |
| [8] | 2017~2021 원자력시설 차세대 원격절단 기술 개발, KAERI, 개발환경: C++, CATIA, DELMIA, CAA, PCL, VCG, VTK, Cilantro |
| [9] | 2022~ 원격절단 시스템 디지털트윈 운영 플랫폼 구축을 위한 핵심기술 개발, KAERI, 개발환경: C++, CATIA V6, DELMIA V6, CAA V6 |
| [1] | 2008 The 56th ISO/TC184/SC4 meeting participation 📍Paradise Hotel Busan, Korea |
| [2] | 2009 The 58th ISO/TC184/SC4 meeting participation 📍Erasmus University, Rotterdam, Netherlands |
| [3] | 2011 The 62nd ISO/TC184/SC4 meeting participation 📍Grand Metropark Hotel Suzhou, China |
| [4] | 2013 The 65th ISO/TC184/SC4 meeting participation 📍Afnor, Paris, France 📎 |
| [5] | 2013 The 66th ISO/TC184/SC4 meeting participation 📍Hyundai Hotel Gyeongju, Korea 📎 |
| [6] | 2015 Completed Facility Decommissioning Training Course by Argonne National Laboratory 📍Tuscany Suites & Casino, Las Vegas, NV, USA |
| [7] | 2017 The 12th KAERI-JAEA & the 13th KAERI-JAPC meeting participation 📍JAEA & JAPC (Mito & Tsuruga, Japan) |
| [8] | 2018 INERI project KAERI-KINGS-SRNL meeting participation 📍SRNL (Aiken, SC, USA) |
| [9] | 2018 Macro-parametrics Bug Finding Contest by KAIST iCAD Lab. 🏆 |
| [10] | 2022 IAEA EVT2103801 Technical Meeting on New and Emerging Technologies to Advance Decommissioning Projects participation 📍Vienna International Center, Vienna, Austria |
| [11] | 2023 IAEA EVT2205220 Technical Meeting on New and Emerging Technologies to Advance Decommissioning Projects participation 📍Vienna International Center, Vienna, Austria |
| [12] | 2023 Lidar mapping experiment at RAICo1, KAERI-UoM and KAERI-RACE meeting participation |