Collection

Naval Architecture Foundations

Learn the core engineering principles used to design and build warships. You will cover how vessels float, move, and hold together under the extreme conditions of the open sea.

Why we made this collection

A naval architect cannot design a hull without understanding how it moves, stays upright, and holds its shape under pressure. These courses connect abstract mission requirements to the physical reality of steel on water. Taking them as a set shows how engineering decisions in one area, like weight distribution, change the requirements for speed and structural life.

After this collection, you'll be able to:

Translate mission requirements into specific vessel design parameters.

Calculate if a ship will remain stable after taking on water or moving heavy cargo.

Predict the engine power and fuel needed for a ship to maintain speed in various sea conditions.

Analyze how sea loads and corrosion affect the structural safety of a hull over time.

Courses

Introduction to Naval Architecture

Learn how warships are designed, from the first requirements on paper to the steel in the water — covering the vocabulary, process, and industry behind naval architecture.

RRyan

Hydrodynamics and Resistance

Learn how water fights a ship's motion, how engineers predict and reduce that resistance, and how propellers, hull form, and sea conditions combine to determine how much power a warship actually needs.

RRyan

Hydrostatics and Ship Stability

Learn why ships float, how they stay upright, and what happens when they don't — covering the hydrostatics and stability analysis that naval architects use to design survivable vessels.

RRyan

Ship Structures and Materials

Learn to read a ship the way its designers do — from the loads trying to break it, to the materials and structure holding it together, to the long-term threats that accumulate over decades at sea.

RRyan