Naval architect

Career path and progression

With experience, you could progress to senior positions. You could become a consultant, providing technical and commercial guidance, support and project management for research, design, construction, refits or conversions.

You could also move into other areas like procurement, sales and marketing.

What it takes

Skills and knowledge

You'll need:

• maths knowledge
• knowledge of engineering science and technology
• design skills and knowledge
• knowledge of physics
• analytical thinking skills
• excellent verbal communication skills
• the ability to read English
• knowledge of computer operating systems, hardware and software
• to have a thorough understanding of computer systems and applications

Related subjects

Most relevant

• Mathematics - Naval architects use advanced mathematics constantly – from calculating buoyancy, stability, and structural loads to modelling fluid dynamics and wave resistance. Every design decision, from hull shape to weight distribution, relies on precise mathematical calculations.
• Physics - Naval architects need a deep understanding of forces, fluid mechanics, thermodynamics, and material properties to design vessels that are safe and seaworthy. Physics explains how a ship interacts with water, wind, and waves, which is fundamental to every aspect of the design process.
• Engineering - Naval architects are specialist engineers who apply engineering principles to design and construct marine vessels and offshore structures. They work with propulsion systems, structural frameworks, and manufacturing processes, making engineering knowledge central to the role.
• Design and Technology - Naval architects go through a full design process – from initial concept sketches to detailed technical drawings and prototypes. They need to understand materials, manufacturing methods, and how to turn a design into something that can actually be built in a shipyard.
• Computer Science - Naval architects use computer-aided design (CAD) software, run complex simulations, and build 3D models to test how vessels will perform before they are built. Understanding how these computational tools work helps them create more accurate designs and solve technical problems efficiently.

Also relevant

• Chemistry - Naval architects need to understand how different materials behave in harsh marine environments, including corrosion, saltwater degradation, and the chemical properties of coatings and composites. Choosing the right materials is essential for building vessels that last.
• Environmental Science - Naval architects increasingly design vessels with environmental impact in mind, considering fuel efficiency, emissions, and the effects of offshore structures on marine ecosystems. Understanding environmental science helps them meet regulations and develop greener designs.
• Business - Naval architects must ensure their designs are cost-effective and commercially viable, balancing performance with budget constraints. Senior naval architects may move into consultancy, project management, or procurement, where business skills become even more important.
• Geography - Naval architects design vessels and offshore structures that operate in specific ocean conditions, from Arctic ice to tropical storms. Understanding oceanography, weather patterns, and coastal geography helps them design for the environments their vessels will actually face.