Thesis and dissertation

• A Runge-Kutta discontinuous Galerkin-direct ghost fluid (RKDG-DGF) method to near-field early-time underwater explosion (UNDEX) simulations , Ph.D. dissertation, Virginia Tech, 2008
• Statistical energy analysis (SEA) approach for the shipboard noise predictions with power flow finite element method (PFFEM) , Master thesis, Seoul National University, 2003

Papers

• Kyungnam Cho, Minkyu Gang, Jinwon Park, and Sungwoo Byun, "Reflections on the Evolution of Navy Ship System to Overcome the Population Cliff," Defense and Technologies, 528, Feb. 2023
• Nan Si, Jinwon Park, and Alan J. Brown, "A Direct Ghost Fluid Method for Modeling Explosive Gas and Water Flows," Shock and Vibration, vol.2022 https://doi.org/10.1155/2022/1627382
• Jinwon Park and Kwang-Ki Lee, "Technology to Optimal Designs and Design Synthesis for Korean Aircraft Carrier Light using Computer-Aided Systems Engineering Automation Environment," Journal of the Korea academia-industrial cooperation society, 23(5), May 2022. https://doi.org/10.5762/KAIS.2022.23.5.494
• Jinwon Park, "Implementation of the System-Level Multidisciplinary Design Optimization Using the Process Integration and Design Optimization Framework," Journal of the Korea academia-industrial cooperation society, 21(5), May 2020. https://doi.org/10.5762/KAIS.2020.21.5.93
• Jinwon Park, "Application of Systems Engineering based Design Structure Matrix Methodology for Optimizing the Concept Design Process of Naval Ship," Journal of the society of naval architects of Korea, 56-1, February 2019 https://doi.org/10.3744/SNAK.2019.56.1.001
• Jinwon Park, "Development of design space exploration for warship using the concept of negative design," Journal of the Korea academia-industrial cooperation society, 20(9), September 2019. https://doi.org/10.5762/KAIS.2019.20.9.412
• Jinwon Park, "Technical and policy lessons for the domestic future nuclear-powered submarine learned from the U.S. naval nuclear propulsion program," Journal of the Korea academia-industrial cooperation society, 20(9), September 2019. https://doi.org/10.5762/KAIS.2019.20.9.142
• Jinwon Park (2nd), "An SE-Based System Architecture Process for Submarine's Basic Design," Journal of the Korea academia-industrial cooperation Society, 20(3), March 2019. https://doi.org/10.5762/KAIS.2018.19.11.96
• Jinwon Park (2nd), "Improvement of Basic Design Process for Submarines by Integration of SE-Based Technical Review and Requirements Management Process," Journal of the Korea academia-industrial cooperation Society,19(11), pp.96-104, November 30 2018. https://doi.org/10.5762/KAIS.2018.19.11.96
• Jinwon Park, "Optimization of Early-phase Ship Design using Set-Based Design and Genetic Algorithm," Journal of the Korea academia-industrial cooperation society, 20(10), October 2018. https://doi.org/10.5762/KAIS.2019.20.10.486
• Jinwon Park, "Uncoupled Solution Approach for treating Fluid-Structure Interaction due to the Near-field Underwater Explosion," Journal of the Korea academia-industrial cooperation society, 20(10), October 2018. https://doi.org/10.5762/KAIS.2019.20.10.125
• Jinwon Park, "Application of the Runge Kutta discontinuous Galerkin-direct ghost fluid method to an internal explosion inside a water-filled tube," International journal of naval architecture and ocean engineering (2018), November 5, 2018. https://doi.org/10.1016/j.ijnaoe.2018.10.002
• Jinwon Park (lead) et al., "Recent early-phase naval ship systems engineering for the republic of Korea navy surface combatant design," Naval Engineers Journal, 128-3, September 2016 * See at Naval Engineers Journal
• Jinwon Park (lead) et al., "Effective application of design space exploration in the very early naval ship design," invited paper at Journal of the Korea society of systems engineering, vol. 11 No. 2, December 2015. https://doi.org/10.14248/JKOSSE.2015.11.2.061
• Jinwon Park (lead) et al., "Status of total ship systems engineering," Defense Science and Technology Plus, ADD, v.143, June 6, 2012.
• Jinwon Park, "Introduction to underwater explosion and anti-shock naval ship design," Journal of ROK naval Ship (77th), 2009.

Presentations and lectures

* Request me via jwpark1@gmail.com if you want to look at

• Jinwon Park, Current status of IDEAS and its application to naval ship concept design, invited by DSME special ship division at Seoul office, January 13, 2021
• Jinwon Park, Design for affordability, Strategic workshop of Daewoo Shipbuilding and Marine Engineering Ltd., Siheung R&D campus, September 10, 2020
• Jinwon Park, NSWCCD strategic plan 2019-2024, Strategic workshop of Daewoo Shipbuilding and Marine Engineering Ltd., Siheung R&D campus, September 10, 2020
• Jinwon Park, A3 Architecture – DSME Total Ship Systems Engineering, Fall conference of Korea society for Naval Science & Technology, Busan, Korea, July 2, 2020
• Jinwon Park, Sharing success story of systems engineering application to Jangbogo-III Batch-II submarine basic design, Fall conference of Korea society for Naval Science & Technology, Busan, Korea, July 2, 2020
• Jinwon Park, Development of decision making support model based on AI for Destroyer-class surface combatant preliminary design, Fall conference of Korea society for Naval Science & Technology, Busan, Korea, July 2, 2020
• Jinwon Park, Status quo and considerations of ship design synthesis model, invited by Agency of Defense Development, Jinhae, Gyeongnam, March 6, 2020
• Jinwon Park, PMTE paradigm for naval ship concept design, presented at the fall conference of KOSSE, Global engineering center of Seoul national university, Seoul, Korea, May 30, 2019
• Jinwon Park, Sharing success story of scientific modeling of SETR in naval ship exploratory development, presented at the scientific project management session of acquisition workforce development conference hosted by defense acquisition program administration, Airforce club, Seoul, Korea, September 13, 2017. Video-clip at http://bitly.kr/YBeR6
• Jinwon Park (main lecturer), "Naval ship systems engineering conferences for Ulsan-class batch-III exploratory development phase," presented at the manpower training center of Hyundai Heavy Industry, Ltd. hosted by defense acquisition program administration, Ulsan, Korea, January 19-20, 2017. Video-clip at goo.gl/a5nNd3
• Jinwon Park, "Application and roadmap of naval ship systems engineering model 2.0," presented at the acquisition workforce development conference hosted by defense acquisition program administration, Airforce club, Seoul, Korea, November 16, 2016
• Jinwon Park, "Naval ship systems engineering conferences for Jangbogo-III batch-II exploratory development phase," presented at Daewoo Shipbuilding and Marine Engineering, Ltd. hosted by defense acquisition program administration, Okpo, Korea, November 11, 2016. Video-clip at goo.gl/MdTam7
• Jinwon Park, Implementations and lessons learned from recently revised DODI 5000.2, presented at naval ship technology seminar, Korea institute of machinery and metals, Daejeon, Korea, October 21, 2016
• Jinwon Park, Re-engineering early naval ship systems engineering process, presented at naval ship technology seminar, Korea institute of machinery and metals, Daejeon, Korea, October 21, 2016
• Jinwon Park, "Naval ship systems engineering capability of republic of Korea navy", invited by NATO ship design capability group (SDCG) conference, Okpo, Korea, March 2016
• Jinwon Park (lead) et al., Effective application of design space exploration in the early-phase naval ship design, Best Paper Award, 2015 KOSSE fall conference held at Seoul National University in Korea, October. 2015
• Jinwon Park, Underwater explosion simulation using a high-resolution numerical method, presented at naval ship technology seminar, BEXCO in Korea, October 2015
• Jinwon Park, Advanced programs team – secrets of skunk works, presented at naval ship technology seminar, BEXCO in Korea, October 2015
• Jinwon Park (lead) et al., Concept design lessons learned and future opportunity, presented at concept design seminar, ROKN HQ, January 2014
• Jinwon Park, Concept design process based on systems engineering, concept design seminar, invited presentation, ROKN HQ, January 2014
• Jinwon Park (co-author) et al., Development of an integrated design tool for naval ship concept design, presented at naval ship technology seminar, BEXCO in Korea, November 2013
• Jinwon Park (co-author) et al., An investigation of functional analysis and allocation using a system integration design tool in the early-phase ship design, presented at naval ship technology seminar, BEXCO in Korea, November 2013
• Jinwon Park (lead) et al., Concept design lessons learned and future opportunities, presented at naval ship technology seminar, BEXCO in Korea, November 2013
• Jinwon Park (co-author) et al., A ROM prediction of a naval ship overall length by functional block approach, presented at naval ship technology seminar, BEXCO in Korea, November 2013
• Jinwon Park (lead) and Alan J. Brown, Application of an RKDG‐DGFM with ALE method to model underwater explosions (1), presented at 83rd shock and vibration symposium, New Orleans, November 2012
• Jinwon Park (lead) and Alan J. Brown, A direct ghost fluid method (DGFM) for modeling explosive gas & water flows (1), presented at 83rd shock and vibration symposium, New Orleans, November 2012
• Jinwon Park (lead) et al., Integrated design framework research for possible alternatives and concept design of naval shipbuilding, presented at naval ship technology seminar, CECO in Korea, December 2012
• Jinwon Park (co-author) et al., Risk management in early-stage naval ship design, presented at naval ship technology seminar, CECO in Korea, December 2012
• Jinwon Park (lead) et al., Application and future opportunity of system engineering plan (SEP) for early-stage naval ship design, presented at naval ship technology seminar, CECO in Korea, December 2012
• Jinwon Park (lead) et al., Investigation to the process optimization of early-phase naval ship designs using design structure matrix (DSM) theory, presented at naval ship technology seminar, CECO in Korea, December 2012
• Jinwon Park (lead) et al., Concept/Design space exploration using the negative design, presented at naval ship technology seminar, CECO in Korea, December 2012
• Jinwon Park (lead) et al., Investigation to the process integration and design optimization (PIDO) for early-phase naval ship design based on total ship system engineering (TSSE), presented at 2011 joint conference of the Korean Association of ocean science and technology societies, Juju in Korea
• Jinwon Park (lead) et al., Investigation to required operational capabilities (ROC) and overall measure of effectiveness hierarchy (OMOE) for early-phase naval ship design based on total ship system engineering (TSSE), presented at 2010 fall conference of the society of naval architecture of Korea, Changwon in Korea
• Jinwon Park (lead) et al., Statistical energy analysis of shipboard noise using the result of Power Flow Analysis, presented at the society of Korea naval architecture fall conference, Busan in Korea, 2002

Reports

• Jinwon Park, KCVL Operational Requirements Document (ORD), submitted to DSME naval ship division, DSME naval ship R&D department, December 2020
• Jinwon Park (lead) et al., Investigation to the Russian LADA-class first submarine, defense new technology trend analysis of ADD (19th), June 2010
• Jinwon Park (lead) et al., War damage report of USN submarine during the second world war, Technology report of ADD(ADDR-613-101350), 2010
• Yongku Shin, Guiyang Son and Jinwon Park (co-author), The performance verification and optimization technique to predict the basic design result, Oversea trip report of ADD (ADDR-613-101328), 2010
• Jinwon Park (co-author) et al., Survey of future surface ship exteriors and forms, naval engineering R&D report, 2009