• views: 67
• date: 4 September 2026
• posted by: voska89

What you'll learn

Explain how EEXI, operational CII, and SEEMP Part III interact within the IMO carbon-intensity framework.
Interpret attained and required EEXI and CII concepts, including transport work, ratings, and core data inputs.
Evaluate operational and technical measures for improving vessel carbon-intensity performance and managing trade-offs.
Develop a vessel-specific SEEMP Part III outline with targets, monitoring KPIs, responsibilities, and corrective actions.

Requirements

No prior experience required.
Basic familiarity with shipping operations or vessel terminology is helpful but not essential.
A willingness to work with simple performance metrics, fuel-use data, and operational scenarios.

Description

Maritime decarbonization is now a core operational and strategic issue for shipowners, managers, chartering teams, and technical professionals. This course provides a practical, structured introduction to the IMO framework behind EEXI, operational CII, and SEEMP Part III, helping you understand how technical efficiency, annual vessel performance, and improvement planning fit together in green shipping.You will build a clear working vocabulary for carbon intensity, transport work, attained and required values, reference lines, reduction factors, ratings, verification, and fuel-consumption reporting. The course separates the design-related purpose of EEXI from the annual operational focus of CII, then shows how a vessel-specific SEEMP supports monitoring, accountability, and corrective action. You will also examine the operational, technical, commercial, and data-quality factors that can influence a vessel's performance.Starting with the shipping emissions challenge and MARPOL Annex VI context, you will progress through EEXI assessment inputs, CII calculation logic, rating interpretation, and SEEMP Part III development. Practical decision frameworks help you compare measures such as speed management, voyage and port-call coordination, hull and propulsion maintenance, engine power limitation, retrofit screening, and fleet-level investment planning. The course also addresses chartering incentives, dry-docking timing, digital performance data, alternative-fuel trade-offs, and common implementation risks.Interpret the relationship between EEXI, CII, SEEMP, and vessel compliance evidence.Assess the data and assumptions used in technical and operational carbon-intensity analysis.Prioritize practical actions to address deteriorating CII performance.Structure a phased green shipping roadmap for a vessel or fleet.By the end of the course, you will be able to discuss carbon-intensity requirements with greater confidence, review vessel performance information critically, and contribute to practical decarbonization decisions that connect regulatory obligations with daily operations and longer-term fleet strategy.
Shipowners, ship managers, and technical superintendents supporting vessel efficiency and compliance work.,Marine operations, fleet performance, and sustainability professionals working with CII or SEEMP data.,Chartering, commercial, and procurement professionals who need to understand carbon-intensity impacts on vessel operations.,Maritime students and early-career professionals seeking a practical foundation in green shipping regulation.

Homepage

https://www.udemy.com/course/maritime-decarbonization/

   
   
   

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