<p>Continued from Post #20:</p>
<p>All of the engineering majors at the Naval Academy share the same core courses:</p>
<p> Calculus (3 semesters)</p>
<p> Differential Equations (1 semester)</p>
<p> Statics (1 semester)</p>
<p> Dynamics (1 semester)</p>
<p> Electrical Engineering (Cables) (1 semester)</p>
<p> Thermodynamics (2 semesters)</p>
<p> Fluid Dynamics (1 semester)</p>
<p> Chemistry (2 semesters)</p>
<p> Physics (2 semesters)</p>
<p>Midshipmen don’t get into any specific major courses until the second semester of Youngster year (unless you’ve validated a lot of courses).</p>
<p>Naval Architecture and Aeronautical Engineering are essentially the application of engineering principals to a specific design problem. For Naval Architecture and Aeronautical Engineering the design problem is the same: designing 3-dimensional vessels that will be propelled through a fluid. Specifically, for Naval Architecture designing ships that will be propelled through water and for Aerospace Engineering designing aircraft that will be propelled through the air.</p>
<p>Naval Architecture came into being as an engineering discipline because of a unique and complex end-product, the ship. A special combination of knowledge and experience is needed to design and build a ship. Variety exists not only in the kinds of work (research, design, cost-estimation, fabrication, and management), but also in the types of craft involvedfrom sailboats to aircraft carriers, hydrofoil boats to catamarans, and submarines to surface-effect vehicles.</p>
<p>One of the benefits of attending the Naval Academy is having access to world-class laboratory facilities. Midshipmen don’t have to compete with graduate students for that access. Most students at civilian universities don’t get the same access as midshipmen until they are in graduate school.</p>
<p>Recently, the laboratory facilities were totally rebuilt and are state-of-the-art in every aspect. Thank you Hurricane Isabelle!</p>