Naval Architecture and Marine Engineering (KKTC)
The Bachelor of Science in Naval Architecture and Marine Engineering (KKTC) at İstanbul Technical University – KKTC Education & Research Campus trains students to design and build ships, marine vehicles, and offshore structures. In this program, students learn fundamental engineering topics such as fluid mechanics, ship stability, structural analysis, marine systems, and propulsion. You also study materials, design principles, dynamics, and marine machinery, giving you a strong technical base. The education includes both theory and hands-on work: students use modeling tools, design software, and work on ship design projects or simulations. This combination helps students build technical, analytical, and problem-solving skills — essential for modern maritime and shipbuilding industries.
Studying at the KKTC campus means learning in an environment focused on marine and naval engineering, with access to academic knowledge, practical laboratories, and project-based learning. The program aims to prepare students to meet global industry standards and maritime challenges. With instruction in English, students are ready for international careers in ship design, marine engineering, offshore platforms, and global maritime companies. If you are interested in ships, the sea, engineering and want to work on real-world marine projects, this program gives a solid foundation for a strong career.
Key information
Key Facts
- Degree: Bachelor of Science (B.Sc.)
- Standard period of study: 8 semesters
- Location: KKTC Education & Research Campus (Gazimağusa, Northern Cyprus)
- Study Type: Undergraduate (full-time, English track)
- Admission semester: Fall semester
- Area of study: Naval Architecture & Marine Engineering, Ship Design & Marine Systems
- Admission modus: Without additional admission restriction beyond standard requirements
- Main language: English
Program Structure
Semester 1 – Foundations: Mathematics & Basics of Marine Engineering
- Calculus I / Mathematics I
- Physics I
- Introduction to Naval Architecture & Marine Engineering
- Computer Aided Technical Drawing / CAD Basics
Semester 2 – Core Marine Engineering Basics
- Calculus II / Advanced Mathematics
- Materials Science / Building Materials
- Fluid Mechanics Basics / Hydrodynamics Intro
- Basic Ship Structures / Structural Mechanics
Semester 3 – Ship Stability & Hydrodynamics
- Hydrodynamics & Ship Resistance I
- Strength of Materials / Metal Structures
- Marine Systems Basics (Machinery, Propulsion Fundamentals)
- Mathematics / Engineering Mathematics II
Semester 4 – Structural Design & Marine Systems
- Ship Structural Design I
- Marine Machinery Systems & Propulsion I
- Ship Stability and Hydrodynamics II
- Electrical & Control Systems Basics for Marine Systems
Semester 5 – Advanced Ship Design & Marine Machinery
- Ship Design II (Superstructure, Hull Design)
- Marine Machinery Systems & Power Systems
- Offshore Structures & Marine Systems Integration
- Marine Materials & Corrosion / Maintenance Basics
Semester 6 – Ship Production & Integrated Systems
- Ship Production Technology & Shipyard Basics
- Advanced Marine Systems & Controls
- Marine Engineering Project I (Team Project)
- Elective Course (e.g. Marine Safety, Environmental Marine Engineering)
Semester 7 – Applied Marine Engineering & Industry Preparation
- Shipyard Design & Management / Production Planning
- Marine Systems Project II / Complex Ship Systems Design
- Elective Course (Naval Architecture or Marine Systems Specialisation)
- Internship or Industry-Linked Practical Work
Semester 8 – Graduation Project & Professional Preparation
- Final Project / Capstone Ship Design or Marine Engineering Thesis
- Maritime Regulations & Safety Standards / Professional Ethics
- Elective Course (Offshore Engineering, Naval Architecture or Marine Systems)
Career Opportunities
Graduates can work as naval architect, marine engineer, ship design specialist, offshore engineer, marine systems engineer, ship structural engineer, or shipyard project manager. They may join shipbuilding yards, offshore companies, marine equipment manufacturers, design offices, maritime research centers, or maritime consultancy firms. With education in English and a strong technical base, graduates also have opportunities to work abroad or with international maritime companies. The broad engineering and marine training gives flexibility to work in many maritime and offshore fields.
Why Choose This Program
Choosing Naval Architecture and Marine Engineering at ITU-KKTC means studying in a program that combines engineering fundamentals with real-world marine applications. You learn ship design, marine systems, structural analysis and marine machinery — giving you a versatile engineering base. The practical labs, design projects and English education prepare you for modern maritime industries and global career paths. You also get a chance to work on ship and offshore design, marine systems and international standards.
The program’s broad curriculum and marine-focused training give many career paths: from ship design to offshore engineering, from marine systems to shipyard planning. Because the program is taught in English and aligned with global marine industry standards, graduates can work internationally, join global teams, or participate in cross-country marine projects. With technical knowledge, practical experience and global outlook, this program is a great choice for students who want a future-oriented career at sea and in engineering.
Contact Information
Istanbul Technical University – Department of Naval Architecture & Marine Engineering (KKTC Campus)
KKTC Education & Research Campus, Gazimağusa (Famagusta), Northern Cyprus
Tel: +90 392 630 5000 (main campus line)
Email: naval-marine@itu.edu.tr
Faculty / Student Affairs Office – Naval Architecture & Marine Engineering
Gazimağusa, Northern Cyprus
Tel: +90 392 630 5000
Email: studentaffairs@itu.edu.tr
International Office – İstanbul Technical University
Ayazağa / Maslak Campus, Istanbul, Turkey
Tel: +90 212 285 71 13
Email: international@itu.edu.tr
