| Stage 1 Researcher and Developer |
Stage 2 Industrial Practitioners |
Stage 3 Government Agencies |
Stage 4 Worldwide Adoption |
|
| Timeline | 2019.1 – 2020.12 | 2021.1 – 2021.12 | 2022.1 – 2022.12 | 2023.1 – 2024.12 |
| Drivers | • NUS (C4NGP) • Pusan National University • akquinet port consulting GmbH • OCDI Japan • JACMS Japan • PARI Japan • Dalian Maritime University • Shanghai Maritime University • WTI China • Wuhan Univ. of Technology • Korea Maritime Institute • Prof Rommert Dekker (Erasmus Univ. Rotterdam) • Prof Michael Bell (Univ of Sydney) |
• Port operators • Equipment manufacturers |
• Port authorities • Government agencies |
• Organizations for maritime and international standards |
| Activities | • Development of Port Simulator based on PortML (the model) • Development of PortML GUI • Formation of technical committee and workshops |
• Application of PortML based simulators for port planning and operation • Development of equipment and layout design tool in PortML • Education and training on PortML • Exploration with standards committee, e.g., IEEE, UML/SysML, etc. |
• Roundtable all related industrial practitioners • Exploration with standard committees, e.g., CE, GB etc. • Establishment of national standard service providers |
• Worldwide enforcement • Establishment of international standard service providers |
| Success | • Launch of PortML Standards and website • Release of PortML studio / related software |
• Adoption of PortML as a common port modelling language • PortML as specification language between ports and equipment manufacturers • Skillful personnel in PortML modelling |
• Launch of PortML certification • Operating standard service provider |
• Launch of international PortML certification • Operating international standard service provider |