1.1 Principles of authenticity, integrity, significance, and cultural value in historic vessels
1.2 Ethics of intervention: minimal intervention, compatibility, reversibility, and documentary traceability
1.3 Typologies of historic vessels and constructive evolution: contexts, functions, and regional schools
1.4 Methodologies of preventive conservation and control of agents of deterioration (environment, use, storage)
1.5 Models of heritage governance: owners, museums, authorities, and custody mechanisms
1.6 Strategic planning of the life cycle of heritage assets: conservation, operation, and exhibition
1.7 Development of the Conservation Master Plan: scope, priorities, success criteria and sustainability

2.1 Technical inspection protocols and survey campaign planning (afloat and dry land)
2.2 Recording standards: condition sheets, technical photography, metadata, and version control
2.3 Geometric surveying: plans, sections, tolerances, deformations, and dimensional control
2.4 Applied digital capture: photogrammetry, 3D scanning, heritage CAD/BIM, and digital twin
2.5 Structural diagnosis of the hull: frames, beams, strakes, decks, and critical joints
2.6 Non-destructive testing (NDT) and on-site assessment: humidity, ultrasound, thermography, endoscopy
2.7 Criticality and prioritization matrices: risks, failure modes, emergencies and intervention roadmap

3.1 Naval timbers: identification of species, properties, aging and hygroscopic behavior
3.2 ​​Biodeterioration: fungi, bacteria, xylophages and marine organisms; Detection, control, and prevention
3.3 Metals and corrosion: galvanic corrosion, pitting, crevice corrosion, underpaint corrosion, and compatibilities
3.4 Historical and modern coatings: stratigraphy, compatibility, adhesion, and UV/salt degradation
3.5 Rigging, textiles, and sails: fiber preservation, tension, degradation, and storage
3.6 Multimetal and wood-metal interactions: galvanic couples, moisture points, and microenvironments
3.7 Contaminants, salts, and environmental cycles: crystallization, migration, humidity fatigue, and temperature fatigue

4.1 Humidity management, controlled drying and dimensional stabilization of historical structures
4.2 Repair criteria vs. Replacement: conservation of original material and limits of intervention
4.3 Applied riverside carpentry: grafts, scarves, splices, bends and traditional assemblies
4.4 Fixing systems and joints: nails, bolts, rivets, dowels and mechanical compatibilities
4.5 Caulking and watertightness: materials, joint preparation, pathologies and leak control
4.6 Roofs and superstructures: beams, deck strakes, coamings, hatches and critical details
4.7 Intervention quality control: procedures, criteria of acceptance, records and traceability

5.1 Cleaning, stabilization, and passivation of metals: criteria, levels, and long-term protection
5.2 Conservation of hardware, anchors, and fittings: assessment, functional restoration, and aesthetic preservation
5.3 Engines and propulsion: preservation, operational restoration, storage, and fluid management
5.4 Dewatering, fuel, and water systems: integrity, compatibility, safety, and contamination
5.5 Electrical and discreet modernization: safety, conduits, protection, and minimizing visual impact
5.6 Integrated corrosion protection: primers, barriers, anodes, and strategies for Maintenance
5.7 Technical and fire safety in heritage: risk mitigation without loss of authenticity

6.1 Rigging Architecture: Typologies, Loads, Critical Points, and Conservation Criteria
6.2 Standing and Running Rigging: Materials, Degradation, Compatible Replacement, and Documentation of Maneuvers
6.3 Historic Sails: Textile Conservation, Repair, Reinforcements, and Preventive Treatments
6.4 Ropework, Knots, and Traditional Techniques: Standardization, Strength, and Preservation of Knowledge
6.5 Steering Elements: Rudder, Tiller, Wheel, Keepers, and Associated Mechanisms
6.6 Fittings and Minor Carpentry: Bitts, Cleats, Blocks, Ropes, and Details of Use
6.7 Functional vs. museographic conservation: criteria for navigation, exhibition and educational use

7.1 Conservation Project Management: Scope, WBS, Schedule, Costs, and Change Control
7.2 Technical Contracting and Procurement: Tender Documents, Specifications, Supplier Selection, and Traceability
7.3 HSE in Naval Restoration: Work Permits, Hot Work, Hazardous Atmospheres, and Waste Management
7.4 Applicable Heritage and Maritime Regulations: Permits, Authorizations, and Legal Protection of the Asset
7.5 Multidisciplinary Team Management: Roles, Coordination, Communication, and Decision-Making
7.6 Quality System and Documentation: Procedures, Records, Audits, and Lessons Learned Lessons learned
7.7 Risk and continuity management: contingency plans, emergencies and preservation in the event of incidents