Bertorello
        Academy

2025 Course Schedule

2025 Courses in Sailing Yacht Design

SAILING YACHT DESIGN 1 (monohull)

Target audience: Absolute beginners, sailing enthusiasts, and naval engineering or design students looking for a solid introduction to the world of sailing yacht design.

Objectives: To provide the foundational theoretical and practical principles needed to understand sailing boat design.

Topics covered:

  • Essential nautical terminology.
  • Principles of hydrodynamics and aerodynamics as applied to sailing.
  • Basic concepts of stability and buoyancy.
  • Main components of a sailboat (hull, deck, mast, rig, appendages).
  • Basic construction materials and techniques.Introduction to types of sailboats (dinghies, cabin cruisers, multihulls).
  • Introduction to ergonomics and interior layout for sailing.
  • Case studies of iconic sailboats.

SAILING YACHT DESIGN 2 (monohull)

Target audience: Students with a basic knowledge of sailing design, professionals seeking specialization, or anyone wanting to delve into complex aspects of sailboat design.

Objectives: To develop advanced skills in designing hulls, appendages, and structures, with a focus on performance optimization and innovation.

Topics covered:

  • Advanced design of hulls and appendages for specific performance goals (racing, cruising).
  • Predicting resistance and performance of a sailboat; basic concepts of CFD and VPP.
  • Stability as the sailing boat propulsion factor. Dynamic stability and foiling
  • Sail plan design and rig optimization.
  • Composite structures and advanced materials for lightweight construction.
  • Integration of complex systems (onboard systems, electronics).
  • Advanced ergonomics and innovative solutions for interiors and decks.
  • Rig design
  • Class rules and regulations.
  • Developing a sailing yacht project.

SAILING YACHT DESIGN 1 (monohull)

12 lessons

Tuesday from 6:00 PM to 8:00 PM


The cost is €500 (VAT included)

SAILING YACHT DESIGN 2 (monohull)

12 lessons

Wednesday from 6:00 PM to 8:00 PM

The cost is €500 (VAT included)


2025 Courses in Powerboat Design

POWERBOAT DESIGN 1  (monohull)

Target audience: Motor yacht enthusiasts, and naval engineering or design students looking for a solid introduction to the world of motorboat design.

Objectives: To provide the foundational theoretical and practical principles needed to understand motorboat design.

Topics covered:

  • Introduction to types of motorboats.
  • Planing, displacement, and semi-displacement hulls.
  • Specific nautical terminology for motorboats.
  • Principles of applied hydrodynamics.
  • Basic concepts of stability and trim.
  • Propulsion systems and engine integration.
  • Common construction materials and techniques.
  • Introduction to ergonomics and layout.
  • Case studies of significant motorboats.

POWERBOAT DESIGN 2  (monohull)

Target audience: Students with a basic knowledge of motorboat design, professionals seeking specialization, or anyone wanting to delve into complex aspects of motor yacht design.

Objectives: TTo develop advanced skills in designing high-performance hulls, complex layouts, and integrating advanced technologies.

Topics covered:

  • Advanced hull design.
  • Performance analysis and prediction (speed, range).
  • Integration of complex propulsion systems.
  • Design of luxury interior and exterior spaces.
  • Onboard acoustics and vibrations.
  • Stabilization and comfort systems.
  • Regulatory framework and sustainability.
  • Developing a motor yacht project.

POWERBOAT DESIGN 1  (monohull)

12 lessons

Monday from 6:00 PM to 8:00 PM


The cost is €500 (VAT included)

POWERBOAT DESIGN 2  (monohull)

12 lessons

Thursday from 6:00 PM to 8:00 PM


The cost is €500 (VAT included)


SHORT MONOGRAPHIC COURSES

These courses can also be arranged on request, depending on participants’ interests and specific learning goals.

  1. Sailing multihull
  2. Modern classic in yacht design
  3. Wooden construction for yachts
  4. Multihull powercraft
  5. Electric propulsion for small craft
  6. Light alloy and steel construction