This path provides a strong foundation in both the theoretical and practical aspects of yacht design, stability evaluation, software tools, and regulatory compliance. You will gain the skills to design yachts that are not only functional, but also safe and compliant with international standards.

Together, these courses will provide you with a robust understanding of both the structural design principles and the materials used in yacht construction. You will be equipped to make well-informed decisions about material selection and structural integrity, ensuring that your designs are compliant with industry standards.

With this path, you will thoroughly understand fluid dynamics and its application to yacht design and performance analysis. You will also become proficient in utilizing software tools for conducting Computational Fluid Dynamics (CFD) simulations, enabling you to analyze and optimize performance.

This path will equip you with a comprehensive knowledge in sail design and sailmaking, incorporating both theoretical understanding and practical skills. You will be prepared to design and manufacture sails and sail components with a strong grasp of both aerodynamic and material considerations.

This learning path is designed to provide you with advanced 3D modeling and rendering skills using industry-standard software. It covers fundamental to advanced techniques, and you will work on several projects.

This path focuses on standards, rules, and regulations required for designing, evaluating, and certifying yachts. It ensures you gain a deep understanding and the ability to apply these requirements effectively in your projects.

This learning path equips you with a robust toolkit for leveraging data science and machine learning in the marine industry. You will start with fundamental programming skills and progressively tackle more complex data manipulation, visualization, and machine-learning techniques.