Welcome to our M.Tech - Naval Architecture and Ship Building program.Our program covers a broad range of topics, including marine design, shipbuilding, offshore structures, and hydrodynamics, among others. The program is structured to provide students with hands-on training in design and analysis, utilizing the latest software and technology.Our graduates have gone on to successful careers as naval architects, marine engineers, offshore engineers, and researchers. They are highly sought after in the industry for their technical knowledge and problem-solving skills. Join us and become a part of our community of scholars and professionals dedicated to advancing the field of naval architecture and ocean engineering.
10+2/equivalent (PCM Average-Minimum 60%) with minimum of 50% marks in English subject in 10th / 12th Examination.
Maximum age: For Male: General-25 years, OBC(NCL)-28 years, SC/ST-30 years For Female: General-27 years, OBC(NCL)-30 years, SC/ST-32 years. The reference date for calculation of the age will be from the date of commencement of the Academic Session (01.08.2024).
For SC/ST candidates: There will be a 5% relaxation in eligibility marks of PCM; however, it will not apply to English Marks.
All Candidates who qualify for this course will have to submit a Physical Fitness Certificate from a Registered Medical Practitioner at the time of Certificate Verification
Eligibility - Lateral Entry for admission in 2nd Year
Candidates with 60% marks in:
4-year Diploma in Ship Building Engineering from the Institute of Ship Building Technology, Goa.
OR
3year Diploma in Naval Architecture and Offshore Engineering from
the AMET University, Chennai.
OR
3year Diploma in Mechanical Engineering/Civil Engineering from any
Institute approved by AICTE .
OR
B.Sc.(Ship Building & Repair)AND A minimum of 50% marks in English subject in 10th/12th Examination.
The candidate should have completed the diploma within its stipulated
duration of 3/4 years.
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Fees Payable by Students for various Programmes in IMU Campuses (Not applicable to Affiliated Institutes) |
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Residential/ Non Residential |
Total Fees for the Academic Year (Rs.) |
Fee Payable per Semester |
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Odd Semester |
Even Semester |
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Programme Fee (Rs.) |
Semester Fee (Rs.) |
Semester Fee (Rs.) |
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4-year Residential Programme |
2,75,000 |
30,000/- |
1,22,500/- |
1,22,500/- |
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Semester I |
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Theory |
Practical Laboratories/Workshops |
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1 |
Engineering Mathematics-I |
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2 |
Engineering Physics |
Physics Laboratory |
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3 |
Engineering Chemistry |
Chemistry Laboratory |
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4 |
Computer Programming |
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5 |
Engineering Graphics |
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6 |
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English Language Lab |
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7 |
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Extra Academic Activity 1 |
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Semester II |
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Theory |
Practical Laboratories/Workshops |
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1 |
Engineering Mathematics-II |
Workshop Practice I |
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2 |
Applied Mechanics |
Basic Electrical Engineering Laboratory |
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3 |
Applied Thermodynamics |
Computer Aided Drafting and Modeling |
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4 |
Basic Electrical Engineering |
Computer Programming and Simulation Laboratory |
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5 |
Environmental Studies |
Extra Academic Activity 2 |
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Semester III |
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Theory |
Practical Laboratories/Workshops |
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1 |
Strength of Materials |
Workshop Practice II |
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2 |
Fluid Mechanics -I |
Fluid Mechanics Lab |
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3 |
Engineering Mathematics-III |
Material Testing Lab |
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4 |
Marine Materials |
Extra Academic Activity 3 |
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5 |
Introduction to Naval Architecture and Ship Building |
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Semester IV |
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Theory |
Practical Laboratories/Workshops |
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1 |
Fluid Mechanics-II |
Basic Electronics Laboratory |
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2 |
Hydrostatics and Stability |
Hydro Statistics and Stability Lab |
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3 |
Engineering Mathematics -IV |
Extra Academic Activity 4 |
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4 |
Basic Electronics Engineering |
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5 |
Welding Technology |
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6 |
Basic Structural Analysis |
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Semester V |
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Theory |
Practical Laboratories/Workshops |
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1 |
Ship Construction and Repair |
Structural Design Lab I |
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2 |
Resistance and Propulsion |
Technical English Communication and Soft Skills |
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3 |
Ship Production Technology |
Basic Design Software Lab |
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4 |
Marine Machinery and Systems |
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5 |
Industrial Management |
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Semester VI |
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Theory |
Practical Laboratories/Workshops |
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1 |
Ship Outfitting |
Structural Design Lab II |
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2 |
Ship Motion and Control |
Marine Systems Lab |
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3 |
Ship Design |
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4 |
Shipping Practice |
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5 |
Ship Vibration and Noise |
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6 |
Program Elective I |
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7 |
Program Elective II |
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Programme Elective I |
Programme Elective II |
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1 |
Ship Recycling |
Composite Boat Design and Construction |
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2 |
Marine Painting and Corrosion Protection |
Traditional Boat Building Techniques |
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3 |
Ocean Acoustics |
Fishing Vessel Technology |
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4 |
Ocean Renewable Energy |
Submarine and Submersibles |
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Semester VII |
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Theory |
Practical Laboratories/Workshops |
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1 |
Marine Power Plant |
Ship Design Project |
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2 |
Marine Survey and Certification |
Shipyard Visit/Industrial Training |
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3 |
Occupational Safety and Health |
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4 |
Humanities Elective I |
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5 |
Program Elective III |
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6 |
Program Elective IV |
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Programme Elective III |
Programme Elective IV |
Humanities Elective I |
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1 |
Computer Aided Design and Manufacturing |
AI and Automation |
Entrepreneurship Development and IPR |
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2 |
Marine Computational Fluid Dynamics |
Design of Offshore Structures |
Introduction to Operations Research |
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3 |
Introduction to Finite Element Method |
Inland Water Transportation |
Planning for Sustainable Development |
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4 |
Instrumentation and Control Systems |
Industry 4.0 |
Business Fundamentals and Economics |
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Semester VIII |
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Theory |
Practical Laboratories/Workshops |
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1 |
Micro Credit Course - I |
Ship Design Project |
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2 |
Micro Credit Course - II |
Shipyard Visit/Industrial Training |
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3 |
Micro Credit Course - III/Special Topic Course-I |
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4 |
Micro Credit Course - IV/Special Topic Course-II |
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5 |
Project Work, Seminar and Viva Voce |
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6 |
Comprehensive Viva-Voce |
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