
Diploma in Nautical Environmental Responsibility
This program prepares you to lead sustainable management in the maritime sector. Acquire specialized knowledge in environmental regulations, pollution prevention, and natural resource management in nautical environments. Learn to…
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What is the Diploma in Nautical Environmental Responsibility?
The Diploma in Nautical Environmental Responsibility
This program prepares you to lead sustainable management in the maritime sector. Acquire specialized knowledge in environmental regulations, pollution prevention, and natural resource management in nautical environments. Learn to implement environmental impact mitigation strategies, conduct risk assessments, and promote eco-efficient practices in the industry.
Differential Advantages
- Practical Approach: Real-world case studies and tools for effective environmental management.
- Up-to-date Legal Framework: Comprehensive knowledge of national and international regulations.
- Sustainability in Action: Development of projects for the conservation of the marine environment.
- Networking: Interaction with experts and professionals in the nautical environmental sector.
- Professional Certification: Validates your skills in nautical environmental responsibility.
Programme highlights
- Nautical Environmental Legal Framework: Understand current legislation and international regulations for sustainable navigation.
- Waste and Discharge Management: Learn best practices to minimize the environmental impact of maritime operations.
- Pollution Prevention and Control: Develop skills to prevent and respond to pollution incidents in the marine environment.
- Environmental Audits and Certifications: Prepare to implement environmental management systems and obtain recognized certifications.
- Sustainability and Social Responsibility: Integrate sustainability principles into decision-making and promote corporate social responsibility in the nautical sector.
- Boost your career towards a greener future and become a leader in environmental protection marine.
Programme Structure
The programme is structured in 8 modules, listed below in order of study.
Fundamentals of Maritime Environmental Law and Institutional Framework
- Evolution of international environmental law applied to the marine and coastal environment
- Key Principles: "The polluter pays", caution, prevention and correction at the source
- The International Maritime Organisation (IMO) and the United Nations Environment Programme (UNEP)
- Ocean Governance: United Nations Convention on the Law of the Sea (Convemar)
- National regulation, port captaincies and environmental authorities in the maritime jurisdiction
- Marine Protected Areas (AMP), Specially Sensitive Marine Areas (PSSA) and Operational Restrictions
- Corporate responsibility and environmental, social and management (ESG) governance in the nautical sector
- Principles of Prevention and Contaminant Pays
International instruments and pollution prevention (MARPOL and annexes)
- MARPOL Agreement 73/78: Structure, Recent Amendments and Operational Compliance
- Prevention of contamination by hydrocarbons (Annex I) and liquid harmful substances (Annex II)
- Control of harmful substances transported in packages (Annex III)
- Dirty water management (Annex IV) and garbage/plastics at sea (Annex V)
- Prevention of air pollution by ships and energy efficiency index (Annex VI)
- Convention on the control of harmful antifouling systems in ships (AFS)
- CGS Code (ISM Code) and its relationship with the Environmental Management System (ISO 14001)
- IOPP and ISPP certificates
Ballast water management, biological scale and biosecurity
- International Convention for the Control and Management of Ballast and Sediment Water (BWM 2004)
- Invasive exotic species: vectors of transport and bioinvasions in marine ecosystems
- Ballast water treatment technologies: filtration, UV radiation, electrochlorination and chemical agents
- Preparation and execution of the ballast water management plan and operations registration
- Biological scale management (biofouling) in hulls, beams and sea boxes
- Hull cleaning techniques: dry, wet methods with waste capture and inspection
- Biosecurity in charter, marine and port operations to prevent the spread of aquatic pests
- BWM Convention and Treatment Systems
Environmental Impact Assessment (EIA) in nautical and port projects
- Methodology for the evaluation of environmental impact in coastal and island zones
- Contaminant dispersion modelling, sediment feathers and underwater noise
- Assessment of impact of dredging works, construction of breakwaters, swamps and marinas
- Environmental Management Plans (PMA) and Water and Air Quality Monitoring Programs
- Marine flora and fauna studies: impacts on prairie prairies, coral reefs and megafauna
- Public consultations, community participation and management of socio-environmental conflicts
- Independent environmental audits and inspection of licences or maritime concessions
- Corrective measures and monitoring
Spill management, chemical waste and contingency plans
- Conventions on civil liability for damage caused by contamination by hydrocarbons (CLC and FUND)
- International Convention on Cooperation, Preparation and Fight against Pollution by Hydrocarbons (OPRC 90)
- Preparation and implementation of the Emergency Plan for Hydrocarbon Pollution (SOPEP/SMPEP)
- Spill Response Logistics: Containment Barriers, Skimmers, Absorbents and Dispersants
- Handling of harmful and potentially hazardous substances (SNPP/HNS)
- Economic assessment of marine environmental damage and restoration of impacted ecosystems
- Investigations of environmental claims, maritime judicial expertise and chain of custody of evidence
- SOPEP Plan and Response Teams
Energy efficiency, decarbonisation and nautical clean-tech sources
- IMO strategy for the reduction of greenhouse gas emissions (GHG) from ships
- Energy Efficiency Indicators: EEDI, EEX and Carbon Intensity Indicator (CII)
- Alternative marine fuels: LNG, methanol, ammonia, hydrogen and biofuels
- Hybrid, electric and wind assist (Wingsails, Flettner rotors)
- Optimisation of navigation routes (weather routing), speed management and hull trim
- Connection of ships to the ground (Cold Ironing / PAHO) in ports and marinas
- Carbon markets, green bonds and compensation mechanisms in the maritime industry
- Energy Efficiency Indicators
Sustainability in marines, shipyards and nautical tourism
- Sustainable design and construction of nautical port infrastructure (Green Marinas)
- Management of contaminants in Shipyards and Varaderos: paint, sandblasting, solvents and fibreglass
- Nautical Environmental Certifications: Blue Flag (Blue Flag), ISO 14001 and Anchor Gold
- Good environmental practices in sports activities, nautical charter and recreational fishing
- Minimization of impact by underwater anthropogenic noise in cetaceans and marine life
- Education, awareness and citizen participation on board of tourist boats
- End-of-life management of boats: safe recycling and sustainable scrapping (Hong Kong Convention)
- Marine Environmental Certifications
Audit, Oversight and Capstone Project for Environmental Management
- Inspection and control procedures by the governing state of the Port (Port State Control)
- Preparation of environmental documentation on board before audits and class inspections
- Maritime Environmental Expertise, Evaluation of Claims and Compensation for Pollution
- Methodologies for the calculation of the operational carbon footprint of a boat or fleet
- Environmental governance in maritime free zones and nautical development poles
- Inspection, Non-Conformity Management and Corrective Action Plans
- Presentation of the Capstone Project
- Capstone Project: Design of a nautical environmental compliance and sustainability master plan for a naval, shipyard or naval fleet
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.
Maritime professionals: Shipowners, shipping companies, ports, shipyards, and transport companies seeking to implement sustainable practices and comply with environmental regulations.Environmental and legal consultants specializing in the maritime sector, who wish to delve deeper into legislation and best practices to offer high-quality services.Naval and marine engineers who aspire to design
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
- 01Implement sustainable practices in nautical operations
- 02Comply with national and international maritime environmental regulations
- 03Effectively manage waste generated on board and on land
- 04Assess and mitigate the environmental impact of nautical activities
- 05Promoting environmental awareness and a culture of sustainability in the nautical sector
- 06Use cleaner technologies and fuels in ships
Career Opportunities
Entry Requirements
Admissions Process
No waiting for a phone call. If your documents are complete, you can pay in the same session.
Academic/Professional Profile:Bachelor's/Undergraduate Degree in Environmental Science, Environmental Law, Nautical Studies, or a related field; or accredited professional experience in the maritime and/or environmental sector.Specific Knowledge:Basic knowledge of environmental legislation, marine ecosystems, and nautical operations.Documentation:Updated CV, copy of degree (if applicable), ID/Passport, letter of motivation explaining interest in nautical environmental responsibility.Technical Requirements (for online, if applicable):Computer with camera/microphone, sta
Frequently Asked Questions
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