B.Tech. Naval Architecture Design the Future of Ships
Explore a specialized engineering career focused on the design, construction, performance and safety of ships, offshore structures and marine systems. Build strong technical knowledge and prepare for opportunities across the maritime and shipbuilding industry.
What is Naval Architecture?
Naval Architecture is an engineering discipline concerned with the design, construction, performance and technical development of ships, vessels and marine structures.
The field combines engineering principles with marine technology, hydrodynamics, structures, materials, propulsion and ship design to create vessels that are efficient, stable, safe and suitable for their intended operation.
Why Choose Naval Architecture?
- Learn the science behind ship and vessel design
- Work with marine structures and engineering systems
- Develop design and analytical problem-solving skills
- Understand hydrodynamics and vessel performance
- Explore careers across shipbuilding and maritime industries
Explore Naval Architecture Programmes
IMU currently lists undergraduate programmes in Naval Architecture and Ocean Engineering and Naval Architecture and Ship Building.
B.Tech. Naval Architecture & Ocean Engineering
A four-year undergraduate engineering programme covering ship design, marine structures, ocean engineering, hydrodynamics, propulsion and related marine technologies.
- Naval Architecture & Ship Design
- Marine Structures
- Marine Hydrodynamics
- Ocean Engineering
- Marine Materials & Corrosion
- Offshore Engineering
B.Tech. Naval Architecture & Ship Building
A four-year engineering programme focused on naval architecture, shipbuilding, vessel construction, marine structures and practical engineering applications.
- Ship Design
- Ship Construction
- Marine Structures
- Shipyard Engineering
- Hydrodynamics
- Marine Technology
What You Study
Naval Architecture education combines engineering fundamentals with specialized subjects related to ships, marine structures and ocean engineering.
Ship Design
Learn the principles involved in designing ships and vessels for specific operational requirements and performance objectives.
Hydrodynamics
Understand how water interacts with vessels and how fluid behaviour influences resistance, propulsion and vessel performance.
Marine Structures
Study structural principles used in ships and marine structures, including strength, stability and structural design.
Marine Propulsion
Develop knowledge of propulsion systems and the engineering principles that influence vessel movement and efficiency.
Marine Materials
Explore engineering materials, corrosion, material behaviour and their importance in marine environments.
Design & Analysis
Develop analytical and technical skills used in engineering calculations, design development and marine problem solving.
Naval Architecture Eligibility
The following eligibility details are based on the current IMU 2026–27 admission framework for its B.Tech. Naval Architecture programmes.
🎓 10+2 Qualification
Candidates should have completed 10+2 or equivalent with Physics, Chemistry and Mathematics as the relevant subjects from a recognized board.
📐 PCM — 60%
IMU currently lists a minimum average of 60% in Physics, Chemistry and Mathematics for the applicable B.Tech. Naval Architecture programmes.
📖 English — 50%
A minimum of 50% marks in English in the 10th or 12th examination is currently specified in the IMU eligibility framework.
📝 IMU-CET
For the current IMU admission route, candidates are required to have a valid IMU-CET rank for the applicable B.Tech. programmes.
🎂 Age Criteria
For the 2026–27 cycle, IMU specifies maximum age limits that vary by gender and category. Candidates should verify the reference date and applicable category before applying.
🩺 Physical Fitness
Qualified candidates are required to submit the applicable physical fitness certificate during certificate verification as specified by IMU.
Build Strong Engineering Fundamentals
Students develop knowledge across engineering fundamentals, ship design, marine technology and ocean engineering.
Naval Architecture
- Ship Design
- Ship Stability
- Ship Resistance
- Ship Structures
- Marine Hydrodynamics
- Ship Construction
Ocean Engineering
- Ocean Engineering Fundamentals
- Offshore Structures
- Marine Hydrodynamics
- Marine Environmental Studies
- Offshore Engineering Concepts
- Marine Technology
Engineering Fundamentals
- Engineering Mechanics
- Thermodynamics
- Fluid Mechanics
- Strength of Materials
- Engineering Mathematics
- Electrical Fundamentals
Design & Technology
- Computer-Aided Design
- Engineering Drawing
- Marine Materials
- Corrosion Engineering
- Design Analysis
- Shipbuilding Technology
From Engineering Theory to Real-World Ship Design
Naval Architecture is an application-oriented engineering field. Students can develop practical understanding through design projects, engineering analysis, laboratory work, software-based design activities, shipyard exposure and industry interaction.
IMU's School of Naval Architecture and Ocean Engineering highlights project work, shipyard visits and industry internships as part of its practical approach to education.
Skills You Can Develop
- Engineering design thinking
- Technical drawing and modelling
- Structural analysis
- Hydrodynamic problem solving
- Engineering calculations
- Project and teamwork skills
From Student to Naval Architecture Professional
Build engineering knowledge first, then develop specialization through projects, internships, industry exposure and professional experience.
Explore Careers Across the Maritime Industry
Naval Architecture graduates can explore opportunities across shipbuilding, vessel design, offshore engineering, marine consulting, surveying, research and related maritime sectors.
Why Choose Naval Architecture?
- Engineering-focused maritime profession
- Work with ships and marine structures
- Blend of design, mathematics and engineering
- Exposure to modern marine technology
- Opportunities in shipbuilding and offshore sectors
- Scope for technical specialization
Build Your Path Towards a Maritime Engineering Career
Choosing Naval Architecture requires a good understanding of mathematics, physics, engineering concepts and design-oriented problem solving.
Officer Maritime Academy can guide students with course selection, IMU-CET preparation, eligibility understanding and maritime career planning.
Naval Architecture FAQs
What is Naval Architecture?
Naval Architecture is an engineering discipline concerned with the design, construction, performance and technical development of ships, vessels and marine structures.
Is Naval Architecture an engineering course?
Yes. IMU currently offers four-year B.Tech. programmes in Naval Architecture and Ocean Engineering and Naval Architecture and Ship Building.
How long is B.Tech. Naval Architecture?
The current IMU 2026–27 prospectus lists both B.Tech. Naval Architecture and Ocean Engineering and B.Tech. Naval Architecture and Ship Building as four-year residential programmes.
What subjects are required for Naval Architecture?
For the current IMU B.Tech. Naval Architecture programmes, candidates need 10+2 or equivalent with Physics, Chemistry and Mathematics.
What percentage is required for Naval Architecture?
IMU currently specifies a minimum 60% average in PCM and 50% in English in the 10th or 12th examination for the applicable B.Tech. programmes.
Is IMU-CET required for Naval Architecture?
Yes. For the current IMU admission route, a valid IMU-CET rank is specified for the B.Tech. Naval Architecture programmes.
What does a Naval Architect do?
Naval Architects work on the design, analysis, construction and performance of ships and marine structures. Depending on the role, they may work in ship design, shipbuilding, offshore engineering, marine surveying, consulting or research.
Can Naval Architecture graduates work ashore?
Yes. Naval Architecture is primarily an engineering and shore-oriented maritime discipline, with career opportunities in shipyards, design offices, offshore companies, marine consulting, surveying, research and related sectors.
Ready to Explore Naval Architecture?
Get guidance on eligibility, IMU-CET preparation, course selection and career opportunities in Naval Architecture and Ocean Engineering.
Disclaimer: Naval Architecture programme availability, eligibility, age limits, admission procedures, entrance requirements, institute approvals and other academic conditions may change by admission year. The information on this page is provided for educational guidance and should be verified against the latest official IMU and relevant institutional notifications. Course information does not guarantee admission, employment or salary.