
Diploma in Green Shipping Corridors
Teaches you to design and manage green shipping corridors: routes between two or more ports where shipowners, ports, energy suppliers, cargo owners and governments work together to operate zero-emission ships ahead of the rest of…
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What is the Diploma in Green Shipping Corridors?
The Diploma in Green Shipping Corridors
Teaches you to design and manage green shipping corridors: routes between two or more ports where shipowners, ports, energy suppliers, cargo owners and governments work together to operate zero-emission ships ahead of the rest of the market. You will learn to identify candidate routes, organise fuel supply, structure partnerships and finance, and measure results.
Key advantages
- Whole-chain view: Energy, ports, ships and cargo in a single project.
- International cases: Corridors announced in Europe, Asia and the Americas.
- Selection tools: Criteria for choosing routes and partners.
- Governance and finance: How partnerships are structured and who pays the green premium.
- Focused format: Action-oriented content.
Programme highlights
- Understand the concept: What a green corridor is and why it speeds up the transition.
- Select routes: Use technical and commercial criteria.
- Organise supply: Plan fuels and energy at both ends.
- Structure partnerships: Design governance and finance.
- Lead projects: Coordinate initiatives between companies and institutions.
- Learn to turn shipping routes into zero-emission corridors.
Programme Structure
The programme is structured in 8 modules, listed below in order of study.
The Concept and Origins of Green Corridors
- The Clydebank Declaration and what followed
- Goals of green corridors
- Stages: feasibility, planning and implementation
- Corridors announced worldwide
- Role of industry coalitions
- Links with IMO and EU regulation
- Benefits for ports and shipowners
- Barriers and risks
Selecting Routes and Partners
- Technical selection criteria
- Cargo volume and frequency
- Ship type and distance
- Availability of renewable energy
- Port capacity
- Cargo owner interest
- Choosing partners
- Feasibility studies
Fuels, Energy and Bunkering
- Fuel options for the corridor
- Green fuel production
- Storage in port
- Bunkering infrastructure
- Onshore power supply
- Fuel certification
- Safety and permits
- Energy timeline
Ships and Technology
- New builds and conversions
- Ships ready for future fuels
- Complementary energy efficiency
- Wind-assisted propulsion
- Crew and training
- Shipyard availability
- Technology risk
- Fleet planning
Governance and Cooperation Agreements
- Governance models
- Memoranda of understanding
- Allocating responsibilities
- Information sharing and competition law
- Government involvement
- Agreements between states
- Managing conflicts
- Project communication
Economics and Finance
- Cost gap versus fossil fuels
- Green cargo contracts with shippers
- Book and claim mechanisms
- European and international funds
- Port incentives
- Infrastructure finance
- Risk sharing
- Business models
Indicators, Monitoring and Communication
- Emissions baseline
- Corridor indicators
- Emissions verification
- Public reporting
- Greenwashing risk
- Scaling up to other routes
- Lessons learned
- Public communication
Case Study: Designing a Green Corridor
- Route selection
- Volume and fleet analysis
- Energy supply plan
- Partner map
- Governance proposal
- Finance plan
- Indicators and timeline
- Final report
Study Time and Workload
800 hours of study, online and at your own pace. Move the slider to the hours a week you can really put in.
Port authority professionals: driving decarbonisation projects Shipping executives and specialists: studying zero-emission routes Energy sector professionals: developing alternative fuels Cargo owner sustainability managers: seeking low-emission transport Government and international organisation staff: promoting maritime cooperation
Academic direction and faculty
The teaching team at Navalis: working professionals who deliver and oversee the institute's programmes.








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Learning Outcomes
- 01Explain the green corridor concept
- 02Select candidate routes
- 03Plan energy supply
- 04Design governance
- 05Organise finance
- 06Measure results
Career Opportunities
Entry Requirements
Admissions Process
No waiting for a phone call. If your documents are complete, you can pay in the same session.
Entry profile: A degree in engineering, nautical science, economics, logistics or environmental science, or professional experience in ports, shipping, logistics or energy. Language: A good working level of English to follow classes and materials. Technical requirements: A computer with a stable internet connection, an up-to-date browser and a webcam for live sessions and project presentations. Admissions process: Online application, profile review and a short interview with the academic team. We confirm your start date when you enquire.
Frequently Asked Questions
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