This advanced course deepens students’ understanding of ship design, construction, and the structural principles that influence a vessel’s performance, safety, and operational capabilities. Building on…
Ship Theory 1 provides students with a foundational understanding of how ships are designed, built, classified, and maintained. The course introduces the essential principles of…
This course introduces students to the fundamental principles of statics, focusing on the analysis of forces acting on bodies at rest and the mathematical techniques…
This course provides students with a foundational understanding of Dynamics, focusing on the motion of particles and rigid bodies and the forces that cause and…
This course builds on fundamental meteorology and focuses on applied weather analysis for maritime operations. Topics include atmospheric dynamics, frontal systems, tropical storms, ocean–atmosphere interactions,…
This course introduces the key principles of atmospheric and oceanic science, focusing on weather phenomena, climate systems, ocean currents, waves, tides, and their impact on…
This course covers advanced mathematical tools used in engineering and technical problem-solving. Students learn to work with 2-D and 3-D vectors, apply matrix operations, and…
This course introduces advanced mathematical methods used in technical and engineering analysis. Topics include linear optimization, the application of differential coefficients for error analysis and…
This course introduces key statistical methods used for data analysis and decision-making in technical and engineering fields. Students learn graphical data representation, standard and statistical…
This course introduces the fundamental principles of spherical geometry, including basic spherical definitions and the properties of spherical triangles. Students learn to solve right-angled, isosceles,…