Naval Architecture University of Split

Winter · FESD01

The course introduces basic ship terminology and the geometric representation of the ship hull form. Students learn about hull form coefficients, hydrostatic calculations, and the use of computer-aided tools for generating technical lines plans and detailed 3D hull models essential for the design process.

Winter · FESD05

The course introduces the functional requirements and structural design of modern merchant ships. It covers scantlings calculation according to classification society rules, structural analysis of ship components, and the evaluation of ship hull integrity under various environmental and operational loading conditions.

Winter · FESD07

This course covers the fundamental principles of ship hydrodynamics, focusing on the components of ship resistance, propulsion efficiency, and propeller design. Students learn to estimate ship resistance using empirical methods and to select appropriate propulsion systems for various vessel types to meet specified performance requirements.

Summer · FESD24 · Elective

This course focuses on advanced methods for hull geometry definition and early-stage design optimization. Students utilize specialized software to integrate transport requirements with hydrodynamic and structural constraints to produce a viable preliminary ship project.

Winter · FESS15

This course focuses on the application of advanced computer graphics and CAD systems in the design and modeling of ships. Students gain practical skills in 3D surface modeling of hull forms, structural detailing, and the visualization of complex marine systems to support the engineering design and production documentation process.

Winter · FESD12

Students learn about the technological processes involved in building ships and other floating structures, from material intake and preparation to final assembly and launching. The course emphasizes shipyard organization, production planning, and the implementation of modern manufacturing methods in the shipbuilding industry.

Summer · FESD25

This course provides an in-depth study of buoyancy and stability for floating objects. Students learn to calculate hydrostatic properties, develop righting arm curves, and assess vessel stability in both intact and damaged conditions according to international regulatory standards.

Winter · FESS36

This course focuses on developing various skills by working on a real-world marine vehicle project. Students learn to apply existing knowledge and how to schedule, plan and organize implementation of specific tasks. Students work in team on solving practical engineering problem and presenting solutions to peers and teachers.

Summer · FESD10

Students learn about the specialized outfit elements and systems used on modern ships. The course covers anchoring and mooring equipment, safety and rescue gear, navigation systems, and the regulatory requirements for outfitting.

Summer · FETD06

Focuses on the management and logistical coordination of the shipbuilding process. It covers project scheduling, resource allocation, quality control systems, and the implementation of lean manufacturing principles within a shipyard environment.

Summer · FESS31 · Elective

This course covers the design of vessels constructed from advanced fiber-reinforced polymers. Topics include composite material properties, rule-based calculations, and the specific manufacturing methods used for high-performance composite hulls.

Winter · FESN09

This comprehensive project-based course integrates various naval architecture disciplines to address the complex task of ship design. Students develop a preliminary design for a vessel, balancing requirements for stability, resistance, structures, and systems while ensuring compliance with safety regulations and economic objectives.

Summer · FESN04

This course explores ship motions on regular and irregular waves, together with maneuverability in deep and shallow waters. Students will learn how to calculate simple sea-keeping and maneuvering ship particulars.

Winter · FESN10 · Elective

This course explores the design and hydrodynamic characteristics of high-speed craft, addressing resistance estimation, dynamic stability, and performance analysis. Students study specialized hull forms such as catamarans and hydrofoils, utilizing advanced computational tools to optimize vessel behavior in various sea states.

Winter · FESN12 · Elective

This course provides an advanced study of ship propulsion systems. Students explore the theory of screw propellers, cavitation phenomena, and the design of specialized propulsors such as waterjets and controllable pitch propellers, with an emphasis on performance optimization and interaction with the ship hull.

Winter · FESN20 · Elective

This course provides an understanding of the fundamental principles of sailing and the process of sailboat design. Students study the aerodynamic and hydrodynamic forces acting on the sails and hull, mast strength calculation, and performance assessment using velocity prediction programs (VPP).

Winter · FESN21 · Elective

This course investigates the design features and operational limits of advanced marine vehicles, such as hydrofoils, SWATH, and air-cushion vehicles. It covers resistance estimation, power demand analysis, and the application of classification rules for non-traditional craft, emphasizing the use of CFD for hydrodynamic assessment.

Winter · FESN02

This course explores advanced materials used in modern marine construction, including high-strength steels, aluminum alloys, and composite materials. It covers their mechanical properties, weldability, and specific manufacturing technologies required for their successful application in high-performance shipbuilding.

Summer · FESN15 · Elective

This course addresses the layout and infrastructure planning for efficient shipyard operations. Students study material flow optimization, the selection of production equipment, and the design of specialized facilities for ship assembly, launching, and repair.

Winter · FESN14 · Elective

This course introduces students to the specialized production processes for small craft. It covers the selection of building materials, workshop layout design, material flow optimization, and the specific assembly techniques used in the manufacturing of pleasure craft and utility boats.

Winter · FESN25 · Elective

This course explores the history and technology of traditional wooden shipbuilding. Students study the properties of different wood species, traditional construction methods, the application of classification rules to wooden structures, and the techniques used in the restoration and maintenance of historical vessels.

Winter · FESN## · Elective

This course explores rationalnally-based structural design of marine structures. Students will learn to apply probability, reliability and risk methods in analysis of marine structures.