1. The Challenge of Marine Biodiversity Monitoring
2. Traditional Methods and Emerging Technologies
3. Biodiversity Assessment and Environmental Indicators
4. Monitoring Pressures and Impacts on Marine Ecosystems
5. Data Integration and Sustainable Ecosystem Management
6. Monitoring and Governance: International Directives and Strategies

1. Introduction to Marine Megafauna Conservation
   1.1. Ecological relevance to marine ecosystems.
   1.2. Conservation status and threats.
2. Conservation Policies and Legislation
3. Techniques for Monitoring and Studying Marine Populations
   3.1. Population census methods and remote monitoring.
   3.2. Sampling methods and tools for health assessment.
4. Marine Animal Rehabilitation
   4.1. Principles and objectives of rehabilitation centers.
   4.2. Rescue procedures and clinical care.
   4.3. Species reintroduction: evaluation criteria and techniques.
5. Environmental Education and Community Conservation
   5.1. Public awareness and its impact on conservation.
   5.2. Participatory and collaborative conservation projects.
   5.3. Success stories in community involvement in initiatives.
6. Case Studies of Conservation Projects and the Impact of Global Changes

1. Fundamental concepts of ecological restoration and ocean goods and services.
2. Economic value of marine goods and services. Sustainability and sustainable development.
3. Restoration of populations and communities.
4. Ecological processes. Restoration of ecological functions and ecosystem services: spatial and temporal dimensions.
5. Ecological restoration planning. Importance of social processes.
6. Restoration of different marine ecosystems.
7. Policy and management issues.

1. Basic Concepts of Pathology
2. Major Pathogens and Diseases
3. Behavior and Well-being
4. Immunology and Well-being
5. Biosafety: Concepts and Application to an Aquaculture Unit
6. Ethics in Aquaculture: Considerations on Animal Welfare, Sustainability, and Social Impacts

1. Feeding Biology
   1.1. Feeding in the aquatic environment
   1.2. The digestive system and nutrition of mollusks and crustaceans
   1.3. The digestive system and digestive physiology of fish
   1.4. Basic aspects of fish metabolism
   1.5. Digestion and digestibility: Key aspects in fish nutrition
2. Nutritional Needs
   2.1. Protein needs of essential amino acids
   2.2. Essential fatty acid requirements
   2.3. Energy requirements
   2.4. Determining nutritional needs
3. Feed Ingredients
   3.1. Protein and energy ingredients in feeds
   3.2. Alternative sources of proteins and lipids
   3.3. Feed formulation
   3.4. Feed production
4. Feeding
   4.1. Feeding systems
   4.2. Feeding strategies and plans
   4.3. Growth evaluation and nutritional efficacy
5. Aquaculture Nutrition Research

1. Spatial Planning and Integrated Aquaculture Management
2. Strategies for Sustainable Production Systems
3. Predictive Models and Environmental Management
4. Planning Sustainable Supply Chains
5. Resource and Consumption Management
6. Planning for Climate Change Resilience
7. Sustainable Infrastructure Planning
8. Waste Management and Planning
9. Funding Sources

1. Marine-Derived Pharmaceuticals
   1.1. Bioprospecting of marine-derived compounds for pharmacological purposes.
   1.2. Major classes of marine-derived pharmaceuticals.
   1.3. Development of new drugs: from cellular bioactivity to clinical trials.
2. Marine-Derived Functional Foods and Nutraceuticals
   2.1. Functional foods, nutraceuticals, and dietary supplements.
   2.2. Key functional and nutraceutical activities of marine-derived compounds.
   2.3. Development of marine-derived functional foods.
3. arine Natural Products and Applications in Cosmetics and Dermatology
   3.1. Development of marine-derived cosmetics: marine bioactive compounds.
   3.2. Dermatological treatments and therapeutic effects: potential of marine natural products.
   3.3. Marine natural products and thalassotherapy.
4. Marine-Derived Biomaterials and Biomedical Applications
   4.1. Diversity of marine-derived biomaterials.
   4.2. Key biomedical applications.

1. Introduction to Molecular and Omics Techniques in Marine Sciences
2. Genetic, Functional, and Metabolic Diversity of Marine Organisms
3. Mechanisms of Action in Biological Contexts
4. Molecular Biomarkers in Marine Biotechnology
5. Biotechnological Applications Based on Molecular and Omics Data

1. Principles and Evolution of the Biorefinery Concept (Types of Biorefineries)
2. Characterization of Different Marine Biomass Sources
   2.1 Morphology
   2.2 Chemical Composition
   2.3 Functional Value
3. Biomass Pretreatment Processes
   3.1 Unit Operations
   3.2 Equipment Selection and Sizing
   3.3 Condition Optimization
4. Biomass Conversion: Physical, Physicochemical, Chemical, Thermochemical, and Biological Processes
   4.1 Unit Operations
   4.2 Equipment Selection and Sizing
   4.3 Condition Optimization
5. Separation Processes
   5.1 Unit Operations
   5.2 Equipment Selection and Sizing
   5.3 Condition Optimization
6. Integration of Unit Operations
7. Case Studies of Integrated Processes in Different Sectors

1. Initial Seminar
   1.1 Presentation of the dissertation, internship, or project work plan.
   1.2 Definition of objectives, methodology, and timeline.
   1.3 Review of the state of the art and establishment of a solid foundation for the dissertation/project/internship.
2. Intermediate Seminar
   2.1 Presentation of research or project progress.
   2.2 Discussion of encountered challenges and necessary adjustments.
   2.3 Analysis of results obtained so far.
3. Supervision and Coordination with the Advisory Committee
   3.1 Meetings with advisors and the committee to discuss progress.
   3.2 Integration of feedback to optimize the work.
4. Dissertation/Internship/Project Development
   4.1 Strategies for progress monitoring and meeting deadlines.
   4.2 Critical reflection on work development and obstacle management.
   4.3 Preparation for final submission, ensuring work quality.

This program aims to integrate and apply the knowledge acquired in the Master’s in Marine Biosciences through extracurricular activities and practical experiences. It also allows the development of complementary skills essential to the student’s training.

The course organizes activities into the following categories:

• Academic Activities: Other curricular units, courses, seminars, and workshops outside the formal curriculum.
• Scientific and Professional Activities: Participation in conferences and scientific presentations.
• Internship and Practical Experience Activities: Internships, fieldwork, and research projects.
• Interpersonal and Technical Skills: Development of hard skills and soft skills.
• Assessment and Reflection: Self-assessment of progress, identifying strengths and areas for improvement.

The monitoring committee will validate the activities, ensuring that the portfolio reflects the progress and skills acquired.

Dissertation in Marine Biosciences

1. Definition and Research Planning
   • Selection of the research topic and esearch question formulation.
   • Definition of scientific and/or applied objectives.
   • Critical literature review and contextualization of the problem.
   • Experimental planning, methodology definition, and timeline establishment
2. Execution and Research Development
   • Application of appropriate scientific and technical methodologies.
   • Data collection, processing, and analysis.
   • Discussion of results and interpretation in the context of existing literature.
3. Writing and Structuring the Dissertation
   • Document structure: introduction, methodology, results, discussion, and conclusions.
   • Scientific writing and publication standards.
   • Preparation of figures, tables, and supplementary materials.
4. Presentation and Public Defense
   • Preparation of oral presentation and defense of results before a jury.
   • Scientific argumentation and effective communication of findings.
   • Reflection on the impacts and applications of the research conducted.

Project in Marine Biosciences

1. Project Definition and Planning
   • Selection of the topic and formulation of the applied research question.
   • Definition of objectives and structuring of the work plan.
   • Literature review and contextualization of the problem.
2. Project Execution and Development
   • Application of scientific and experimental methodologies.
   • Data collection, processing, and analysis.
   • Development of solutions or proposals applicable to the sector
3. Critical Analysis and Discussion of Results
   • Interpretation and evaluation of the obtained data.
   • Identification of implications and challenges in the implementation of results.
4. Report Writing, Presentation, and Project Defense
   • Structuring of the technical-scientific report.
   • Preparation for public defense and argumentation of results.
   • Reflection on the project’s impact on marine biosciences and the blue economy.

Internship in Marine Biosciences

1. Professional Integration
   • Understanding the structure and operations of the host institution.
   • Identifying challenges at the science-industry-conservation interface.
   • Defining the internship plan aligned with the master’s objectives.
2. Practical and Applied Activities
   • Applying methodologies in marine conservation, aquaculture, or biotechnology.
   • Fieldwork, laboratory, or experimental activities.
   • Developing innovative solutions for sustainable resource valorization.
3. Critical Reflection and Analysis
   • Assessing the scientific, environmental, or productive impact.
   • Reflecting on the applicability of acquired knowledge.
   • Identifying challenges and process improvements.
4. Production and Communication
   • Preparing the internship report with a scientific structure.
   • Discussing results in the context of marine biosciences.
   • Communicating findings through presentations or scientific dissemination.