Members as of June, 2022
| First Name | Family Name | Country | Committee | |
| Nagi | Abdussamie | Australia | V.2 Experimental Methods | |
| Seref | Aksu | Australia | Standing Committee | |
| Alexander | Babanin | Australia | I.1 Environment | |
| Shuhong | Chai | Australia | I.2 Loads | |
| Jason | Lavroff | Australia | V.5 Special Vessels | |
| Pengfei | Liu | Australia | V.6 Ocean Space Utilization | |
| Tauhid | Rahman | Australia | V.8 Subsea Technology | |
| Stephen | Van Duin | Australia | V.3 Material and Fabrication Technology | |
| Abbas | Bayatfar | Belgium | IV.2 Design Methods | |
| Pablo | Morato | Belgium | V.4 Offshore Renewable Energy | |
| Philippe | Rigo | Belgium | Standing Committee | |
| Ricardo | Campos | Brazil | I.1 Environment | |
| Jean-David | Caprace | Brazil | IV.2 Design Methods | |
| Geovana | Drumond | Brazil | V.7 Structural Longevity | |
| Marcelo Igor | Lourenco de Souza | Brazil | III.2 Fatigue and Fracture | |
| Celso | Morooka | Brazil | I.2 Loads | |
| Ilson | Pasqualino | Brazil | V.8 Subsea Technology | |
| Bianca | Pinheiro | Brazil | V.3 Material and Fabrication Technology | |
| Murilo | Vaz | Brazil | Standing Committee | |
| Petar | Georgiev | Bulgaria | IV.1 Design Principles and Criteria, Correspondents | |
| Zbigniew (Jan) | Czaban | Canada | V.5 Special Vessels | |
| James | Huang | Canada | V.3 Material and Fabrication Technology | |
| Jasmin | Jelovica | Canada | II.1 Quasi Static Response | |
| Dan | McGreer | Canada | IV.2 Design Methods | |
| Lorenzo | Moro | Canada | II.2 Dynamic Response | |
| Dustin | Pearson | Canada | V.5 Special Vessels | |
| Neil | Pegg | Canada | Standing Committee | |
| Bruce | Quinton | Canada | V.1 Accidental Limit States | |
| Freeman | Ralph | Canada | V.4 Offshore Renewable Energy | |
| Mahmud | Sazidy | Canada | I.2 Loads | |
| Jungyong (John) | Wang | Canada | I.1 Environment | |
| Salas | Marcos | Chile Ecuador | Correspondents | |
| Chen | An | China | III.1 Ultimate Strength | |
| Yingqiu | Chen | China | Standing Committee | |
| Jun | Ding | China | I.1 Environment | |
| Sheng | Dong | China | I.2 Loads | |
| Menglan | Duan | China | V.8 Subsea Technology | |
| Chuang | Fang | China | V.4 Offshore Renewable Energy | |
| Guoqing | Feng | China | III.1 Ultimate Strength | |
| ShiXiao | Fu | China | V.2 Experimental Methods | |
| Chunyan | Ji | China | V.4 Offshore Renewable Energy | |
| Zhuang | Kang | China | V.8 Subsea Technology | |
| Hui | Li | China | V.6 Ocean Space Utilization | |
| Jianhu | Liu | China | II.1 Quasi Static Response | |
| Kun | Liu | China | V.3 Material and Fabrication Technology | |
| Bin | Liu | China | V.7 Structural Longevity | |
| Hanbing | Luo | China | V.5 Special Vessels | |
| Ning | Ma | China | VI.1 ISSC ITTC | |
| Junjie | Liu | China | III.2 Fatigue and Fracture | |
| Xinghua | Shi | China | V.7 Structural Longevity | |
| Wenyong | Tang | China | IV.2 Design Methods | |
| Chao | Tian | China | V.6 Ocean Space Utilization | |
| Deyu | Wang | China | V.1 Accidental Limit States | |
| Fang | Wang | China | V.3 Material and Fabrication Technology | |
| Fuhua | Wang | China | V.5 Special Vessels | |
| Xuelliang | Wang | China | VI.1 ISSC ITTC | |
| WenWei | Wu | China | II.2 Dynamic Response | |
| Jiameng | Wu | China | IV.2 Design Methods | |
| Deqing | Yang | China | II.1 Quasi Static Response | |
| Jingxia | Yue | China | III.2 Fatigue and Fracture | |
| Zhihu | Zhan | China | IV.1 Design Principles and Criteria | |
| Huidong | Zhang | China | I.1 Environment | |
| Guiyong | Zhang | China | II.2 Dynamic Response | |
| Ling | Zhu | China | IV.1 Design Principles and Criteria | |
| Chen Hsing | Cheng | V.4 Offshore Renewable Energy | ||
| Jinn Tong | Chiu | III.1 Ultimate Strength | ||
| Gennadiy | Egorov ✝ | IV.2 Design Methods | ||
| Chih-Chung | Fang | I.2 Loads | ||
| Chi-Fang | Lee | V.7 Structural Longevity | ||
| Claudia | Loureiro | V.5 Special Vessels | ||
| Rachel | Nicholls-Lee | V.5 Special Vessels | ||
| Andre | Paiva | II.2 Dynamic Response | ||
| Rong-Juin | Shyu | II.2 Dynamic Response, Correspondents | ||
| Jerolim | Andric | Croatia | II.1 Quasi Static Response | |
| Ivan | Catipovic | Croatia | V.5 Special Vessels | |
| Paul | Jurisic | Croatia | V.7 Structural Longevity | |
| Josko | Parunov | Croatia | VI.1 ISSC ITTC | |
| Pero | Prebeg | Croatia | IV.2 Design Methods | |
| Jasna | Prpić-Oršić | Croatia | I.2 Loads | |
| Smiljko | Rudan | Croatia | V.1 Accidental Limit States | |
| Albert | Zamarin | Croatia | V.3 Material and Fabrication Technology | |
| Vedran | Zanic | Croatia | Standing Committee, IV.1 Design Principles and Criteria | |
| Constantine | Michailides | Cyprus | V.2 Experimental Methods, Correspondents | |
| Michael Rye | Andersen | Denmark | V.8 Subsea Technology | |
| Harry | Bingham | Denmark | V.6 Ocean Space Utilization | |
| Kim | Branner | Denmark | V.2 Experimental Methods, Correspondents | |
| Xiao | Chen | Denmark | III.1 Ultimate Strength | |
| Philipp | Haselbach | Denmark | III.2 Fatigue and Fracture | |
| Halid | Yildirim | Denmark | V.3 Material and Fabrication Technology | |
| Heba | Leheta | Egypt | Correspondents | |
| Saad | Saad-Eldeen | Egypt | III.1 Ultimate Strength | |
| Mihkel | Körgesaar | Estonia | V.1 Accidental Limit States | |
| Kristjan | Tabri | Estonia | III.1 Ultimate Strength, Correspondents | |
| Spyros | Hirdaris | Finland | VI.1 ISSC ITTC | |
| Kari | Kolari | Finland | V.2 Experimental Methods | |
| Eeva | Mikkola | Finland | III.2 Fatigue and Fracture | |
| Arttu | Polojärvi | Finland | I.1 Environment | |
| Heikki | Remes | Finland | II.1 Quasi Static Response | |
| Jani | Romanoff | Finland | III.1 Ultimate Strength, Correspondents | |
| Osiris | Valdez Banda | Finland | V.1 Accidental Limit States | |
| Thomas | Choisnet | France | V.4 Offshore Renewable Energy | |
| Guillaume | De Hauteclocque | France | I.2 Loads | |
| Marc | Le Boulluec | France | V.4 Offshore Renewable Energy | |
| Hervé | Le Sourne | France | V.1 Accidental Limit States | |
| Sime | Malenica | France | II.1 Quasi Static Response | |
| Stéphane | Paboeuf | France | V.3 Material and Fabrication Technology | |
| Jean-Yves | Pradillon | France | Standing Committee | |
| Christian | Jochum | France | V.7 Structural Longevity | |
| Ionel | Darie | Germany | III.1 Ultimate Strength | |
| Sören | Ehlers | Germany | V.2 Experimental Methods | |
| Michael | Holtmann | Germany | II.2 Dynamic Response | |
| Patrick | Kaeding | Germany | Standing Committee | |
| Adrian | Kahl | Germany | III.2 Fatigue and Fracture | |
| Matthias Ulrich | Krause | Germany | V.3 Material and Fabrication Technology | |
| Rüdiger Ulrich Franz | von Bock und Polach | Germany | I.1 Environment | |
| Konstantinos | Anyfantis | Greece | V.3 Material and Fabrication Technology | |
| Piero | Caridis | Greece | IV.1 Design Principles and Criteria | |
| Vanessa | Katsardi | Greece | I.1 Environment | |
| Spyros | Mavrakos | Greece | Correspondents | |
| Apostolos | Papanikolaou | Greece | VI.1 ISSC ITTC | |
| Sharad | Dhavalikar | India | II.2 Dynamic Response | |
| Debabrata | Karmakar | India | V.6 Ocean Space Utilization | |
| Asokendu | Samanta | India | II.1 Quasi Static Response, Correspondents | |
| Suhas | Vhanmane | India | III.2 Fatigue and Fracture | |
| Topan | Firmandha | Indonesia | V.1 Accidental Limit States | |
| Sukron | Makmun | Indonesia | III.1 Ultimate Strength | |
| Fredhi Agung | Prasetyo | Indonesia | III.2 Fatigue and Fracture, Correspondents | |
| Felice | Arena | Italy | V.6 Ocean Space Utilization | |
| Ermina | Begovic | Italy | V.5 Special Vessels | |
| Dario | Boote | Italy | II.1 Quasi Static Response | |
| Gaetano | De Luca | Italy | V.1 Accidental Limit States | |
| Daniele | Dessi | Italy | II.2 Dynamic Response | |
| Nicole | Ferrari | Italy | V.3 Material and Fabrication Technology | |
| Stefano | Ferraris | Italy | Standing Committee | |
| Tomaso | Gaggero | Italy | I.1 Environment | |
| Marco | Gaiotti | Italy | III.1 Ultimate Strength | |
| Luca | Greco | Italy | V.4 Offshore Renewable Energy | |
| Andrea | Ivaldi | Italy | IV.2 Design Methods | |
| Cesare | Rizzo | Italy | V.2 Experimental Methods | |
| Tommaso | Coppola | Italy | V.7 Structural Longevity | |
| Alessandro | Sacchet | Italy | I.2 Loads | |
| Mauro | Sicchiero | Italy | III.2 Fatigue and Fracture | |
| Matteo | Sidari | Italy | IV.1 Design Principles and Criteria | |
| Masahiko | Fujikubo | Japan | Standing Committee | |
| Koji | Gotoh | Japan | V.3 Material and Fabrication Technology | |
| Shinichi | Hirakawa | Japan | IV.2 Design Methods | |
| Kazuhiro | Iijima | Japan | VI.1 ISSC ITTC | |
| Yasumi | Kawamura | Japan | II.1 Quasi Static Response | |
| Yoshihiro | Konno | Japan | V.8 Subsea Technology | |
| Motohiko | Murai | Japan | V.6 Ocean Space Utilization | |
| Hideaki | Murayama | Japan | V.2 Experimental Methods | |
| Masayoshi | Oka | Japan | I.2 Loads | |
| Tetsuo | Okada | Japan | IV.1 Design Principles and Criteria | |
| Naoki | Osawa | Japan | III.2 Fatigue and Fracture | |
| Tadashi | Sugimura | Japan | V.7 Structural Longevity | |
| Katsuyuki | Suzuki | Japan | V.1 Accidental Limit States | |
| Yukichi | Takaoka | Japan | V.5 Special Vessels | |
| Tomoaki | Utsunomiya | Japan | V.4 Offshore Renewable Energy | |
| Yasuhira | Yamada | Japan | II.2 Dynamic Response | |
| Daisuke | Yanagihara | Japan | III.1 Ultimate Strength | |
| Tingyao | Zhu | Japan | I.1 Environment | |
| Adi | Maimun | Malaysia | Correspondents | |
| Oscar Valle | Molina | Mexico | Correspondents | |
| Henk | den Besten | Netherlands | III.2 Fatigue and Fracture | |
| Ingo | Drummen | Netherlands | II.2 Dynamic Response | |
| Martijn | Hoogeland | Netherlands | V.2 Experimental Methods | |
| Mirek | Kaminski | Netherlands | Standing Committee | |
| Pooria | Pahlavan | Netherlands | V.7 Structural Longevity | |
| Ingrid | Schipperen | Netherlands | III.1 Ultimate Strength | |
| Sebastian | Schreier | Netherlands | V.6 Ocean Space Utilization | |
| Mark | Slagmolen | Netherlands | IV.2 Design Methods | |
| Sanne | van Essen | Netherlands | I.1 Environment | |
| Ad | Van Hoeve | Netherlands | II.1 Quasi Static Response | |
| Carey | Walters | Netherlands | V.1 Accidental Limit States | |
| Peter | Wellens | Netherlands | I.2 Loads | |
| Flay | Richard | New Zealand | Correspondents | |
| Sigmund K | As | Norway | III.2 Fatigue and Fracture | |
| Elzbieta Maria | Bitner-Gregersen | Norway | VI.1 ISSC ITTC | |
| Lars | Brubak | Norway | III.1 Ultimate Strength | |
| Jurek | Czujko | Norway | III.1 Ultimate Strength | |
| Nuno | Fonseca | Norway | V.6 Ocean Space Utilization | |
| Zhen | Gao | Norway | II.1 Quasi Static Response | |
| Svein Erling | Heggelund | Norway | IV.2 Design Methods | |
| Ole | Hermundstad | Norway | I.2 Loads | |
| Agnes Marie | Horn | Norway | V.8 Subsea Technology | |
| Torfinn | Hørte | Norway | IV.1 Design Principles and Criteria | |
| Thomas B | Johannessen | Norway | I.2 Loads | |
| Ekaterina | Kim | Norway | V.6 Ocean Space Utilization | |
| Bernt | Leira | Norway | V.7 Structural Longevity | |
| Gabriele | Notaro | Norway | V.1 Accidental Limit States | |
| Jose Miguel | Rodrigues | Norway | V.4 Offshore Renewable Energy | |
| Svein | Sævik | Norway | II.2 Dynamic Response | |
| Gaute | Storhaug | Norway | II.2 Dynamic Response | |
| Rune | Torhaug | Norway | Standing Committee | |
| Erik | Vanem | Norway | I.1 Environment | |
| Zhaolong | Yu | Norway | V.1 Accidental Limit States | |
| José | Stoute | Panama | IV.1 Design Principles and Criteria | |
| Janusz | Kozak | Poland | Correspondents | |
| Zbigniew | Sekulski | Poland | IV.1 Design Principles and Criteria | |
| Krzysztof | Woloszyk | Poland | II.1 Quasi Static Response | |
| Mariana | Bernardino | Portugal | I.1 Environment | |
| Baiqiao | Chen | Portugal | V.3 Material and Fabrication Technology | |
| Yordan | Garbatov | Portugal | III.2 Fatigue and Fracture | |
| Carlos | Guedes Soares | Portugal | Standing Committee, VI.1 ISSC ITTC | |
| Kourosh | Rezanejad | Portugal | V.4 Offshore Renewable Energy | |
| Angelo | Teixeira | Portugal | V.8 Subsea Technology | |
| Roberto | Vettor | Portugal | I.2 Loads | |
| Shan | Wang | Portugal | II.2 Dynamic Response | |
| Xudong | Qian | Singapore | Correspondents | |
| Myung Hyun | Kim | South Korea | III.2 Fatigue and Fracture, V.1 Accidental Limit States, Standing Committee | |
| Kyong-Hwan | Kim | South Korea | V.4 Offshore Renewable Energy | |
| Jung Min | Kwon | South Korea | IV.2 Design Methods | |
| Chunsik | Shim | South Korea | V.8 Subsea Technology | |
| Chang Yong | Song | South Korea | V.5 Special Vessels | |
| Ha Cheol | Song | South Korea | V.7 Structural Longevity | |
| Young-Cheol | Huh | South Korea | II.2 Dynamic Response | |
| Beom Seon | Jang | South Korea | III.1 Ultimate Strength | |
| Han Koo | Jeong | South Korea | IV.1 Design Principles and Criteria | |
| Yooil | Kim | South Korea | II.1 Quasi Static Response | |
| Jung Kwan | Seo | South Korea | V.2 Experimental Methods | |
| Esther | Garcia | Spain | V.5 Special Vessels | |
| Francisco | Viejo De Francisco | Spain | Correspondents | |
| Lennart | Josefson | Sweden | V.3 Material and Fabrication Technology, Correspondents | |
| Wengang | Mao | Sweden | III.2 Fatigue and Fracture | |
| Jonas | Ringsberg | Sweden | III.1 Ultimate Strength | |
| Ahmet | Ergin | Turkey | Correspondents | |
| Elif | Oguz | Turkey | V.4 Offshore Renewable Energy | |
| Adnan | Kefal | Turkey | III.1 Ultimate Strength | |
| Bahadir | Ugurlu | Turkey | I.2 Loads | |
| Feargal | Brennan | UK | Standing Committee | |
| Nianzhong | Chen | UK | V.7 Structural Longevity | |
| Marta Vicente | del Amo | UK | III.2 Fatigue and Fracture | |
| Maryam | Haroutunian | UK | I.1 Environment | |
| Zhiqiang | Hu | UK | V.6 Ocean Space Utilization | |
| Atanasios | Kolios | UK | V.4 Offshore Renewable Energy | |
| Rafet emek | Kurt | UK | IV.1 Design Principles and Criteria | |
| Iraklis | Lazakis | UK | V.7 Structural Longevity | |
| Yonwong | Lee | UK | VI.1 ISSC ITTC | |
| Spiro J | Pahos | UK | V.6 Ocean Space Utilization | |
| Kourosh | Parsa | UK | V.1 Accidental Limit States | |
| Charles | Randall | UK | IV.1 Design Principles and Criteria | |
| Selda | Oterkus | UK | V.8 Subsea Technology | |
| Adam | Sobey | UK | IV.2 Design Methods | |
| Jean-Baptiste | Souppez | UK | V.5 Special Vessels | |
| Blair | Thornton | UK | V.8 Subsea Technology | |
| James | Underwood | UK | II.1 Quasi Static Response | |
| Yikun | Wang | UK | III.1 Ultimate Strength | |
| Alexander | Egorov | Ukraine | V.5 Special Vessels, Correspondents | |
| Igor | Ilnytskiy | Ukraine | IV.1 Design Principles and Criteria | |
| Alexander | Nilva | Ukraine | I.1 Environment | |
| Erick | Alley | USA | II.1 Quasi Static Response | |
| Matthew | Collette | USA | IV.1 Design Principles and Criteria | |
| Pingsha | Dong | USA | V.3 Material and Fabrication Technology | |
| Paul | Hess | USA | III.1 Ultimate Strength | |
| Dale | Karr | USA | III.2 Fatigue and Fracture | |
| Paul | Lara | USA | V.2 Experimental Methods | |
| Brajendra | Mishra | USA | V.8 Subsea Technology | |
| Alysson | Mondoro | USA | V.7 Structural Longevity | |
| Ken | Nahshon | USA | V.1 Accidental Limit States | |
| Charles | Rawson | USA | V.4 Offshore Renewable Energy | |
| Pradeep | Sensharma | USA | V.5 Special Vessels | |
| Robert | Sielski | USA | IV.2 Design Methods | |
| Darren | Truelock | USA | V.5 Special Vessels | |
| Xiaozhi | Wang | USA | Standing Committee | |
| Sue | Wang | USA | II.2 Dynamic Response | |
| George | Wang | USA | V.6 Ocean Space Utilization | |
| Tuan Le | Dinh | Vietnam | Correspondents |