B.Sc. - Nautical Science

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Foreword by the Head of Department

It is my pleasure to welcome you to the Department of Nautical Science. Our B.Sc program is designed to provide students with a comprehensive understanding of the principles and practices of navigation, seamanship, and shipboard operations. The program encompasses a wide range of subjects, including Navigation, Cargo Handling and Stowage, Maritime Law and Regulations, Ship Stability, Meteorology, and Marine Communication.Our graduates are highly sought after in the maritime industry and have excelled in a range of careers, including Navigation, Ship Operations, and Marine Surveying.

Overview

The BSc in Nautical Science program is an undergraduate degree program that prepares students for a career as a deck officer in the merchant navy or in the maritime industry.The program focuses on providing students with a comprehensive understanding of the fundamental principles of navigation, seamanship, ship stability, marine engineering, and maritime law. Graduates of the program are qualified to work as deck officers on ships of all sizes and types, including cargo vessels, tankers, passenger ships, and offshore vessels.

Eligibility

  • Educational Qualification

    Candidates must have completed 10+2 with Physics, Chemistry, and Mathematics (PCM) as mandatory subjects from a recognized board. Minimum Marks:  a) 60% aggregate marks in PCM  b) 50% marks in English subject in 10+2 examination.  


  • Marital Status

    Unmarried


  • Relaxation

    For SC/ST candidates: There will be a 5% relaxation in eligibility marks of PCM; however, it will not apply to English Marks.

     

    Relaxation of 5% in English marks will be applicable to candidates who are native of the Lakshadweep and Andaman & Nicobar Islands and belong to recognized Scheduled Tribes of the islands and who & both of whose parents were born in these islands & belong to the Scheduled Tribes of those islands.

     


  • Age Limit

     

    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) .

     


  • Physical Fitness

    Candidates must be medically fit and must meet the physical standards as prescribed in the Merchant Shipping (Medical Examination) Rules, 2000, as amended from time-to-time. 
    To know more about the general eyesight requirements, please download the brochure. 


  • Medical Certificate

    Physical Fitness

    Candidates seeking admission to this Nautical Science Programme must be medically fit including eye sight and hearing as prescribed in the Merchant Shipping (Medical Examination) Rules, 2000, as amended.

    At the time of admission, candidates will be required to produce certificate of medical fitness issued by doctors approved by the Directorate General of Shipping, Mumbai. (Refer: https://www.dgshipping.gov.in/Content/MaritimeHealthBranch.aspx)

     

    Eye sight:

    There shall be no evidence of any morbid condition of either eye or of the lids of either eye which may be liable to risk of aggravation or recurrence. Candidates must possess good binocular vision(Fusion faculty and full field of vision in both eyes). Movement of the eyeballs must be full in all directions and the pupils should react normally to light and accommodation. Normal colour vision shall be tested by Ishihara Test Chart. Distance Vision

    unaided 1.0*(6/6) in better eye and 0.67*(6/9) in another eye.

     


Course Fee

Here is the Fee structure for B.Sc. in Nautical Science:

Fees Payable by Students for various Programmes in IMU Campuses  

(Not applicable to Affiliated Institutes)

Residential/ Non 

Residential

Total Fees for the

Academic Year (Rs.)

Fee Payable per Semester

Odd Semester 

Even  

Semester

Programme Fee (Rs.)

Semester Fee (Rs.)

Semester Fee 

(Rs.)

 

3-year Residential Programme

2,75,000 

30,000/- 

1,22,500/- 

1,22,500/-

Program Structure

Semester I
  Theory Practical Laboratories/Workshops
1 Maritime English

Prepare students to be effective communicators and professionals in the maritime industry, equipped with both technical skills and an understanding of crucial social and legal aspects
 Computer Science Practical
2 Mathematics

Equip students with essential mathematical skills that are directly applicable to maritime navigation, engineering, and operations. Mastery of these topics will enhance their ability to perform calculations and analyses necessary for safe and efficient maritime practices
 Soft Skill Practical(Communication skill)
3 Physics

The student will develop a strong foundation in mechanics and hydromechanics, enabling them to understand and apply these principles in various maritime contexts, such as ship design, navigation, and system maintenance
 Field Practice - Swimming Training
4 Computer Science

Prepares students for various roles in the tech industry, equipping them with practical skills and theoretical knowledge essential for success in computer science and related fields
 Book Review (any good book of student's choice, literature, fiction, non-fiction, historic, time travel etc)
5 Ship Construction

This course equips students with the necessary knowledge to understand the complexities of ship design and operation. Each component should be illustrated clearly to aid in visual learning and retention of information
  
Semester II
  Theory Practical Laboratories/Workshops
1 Nautical Mathematics

Students will develop a robust mathematical skill set that is directly applicable to navigation, maritime operations, and problem-solving in various contexts. They will be well-prepared for careers in maritime management, navigation, and related fields
 Seamanship Practical
2 Nautical Physics and Electronics

Students will gain a solid foundation in semiconductor devices, their applications in generators, motors, and electronic circuits, as well as the principles of electromagnetic induction, amplifiers, oscillators, and digital electronics. This knowledge will enable them to understand, maintain, and troubleshoot various electronic systems and equipment used in the maritime industry
 Nautical Physics and Electronics Practical
3 Environmental Science

Students will develop a comprehensive understanding of the multidisciplinary nature of environmental studies and the management of natural resources. They will be equipped with the knowledge and skills necessary to address complex environmental issues and contribute to sustainable development
 Field Practice - Industry Visits
4 Bridge Equipment and COLREGS

Students will develop essential skills and knowledge necessary for effective navigation and safe operation of vessels. They will be prepared to handle bridge equipment, understand maritime regulations, and apply best practices for navigation and safety at sea
 Communication Skills on Case Studies
5 Terrestrial Navigation

The course aims to provide students with a comprehensive understanding of the fundamental concepts, calculations, and applications of terrestrial navigation to safely and efficiently navigate ships. The learning outcomes cover geodetic principles, compass corrections, navigation methods, and maritime geography. It blends theoretical knowledge with practical application, preparing students for successful careers in maritime navigation and ensuring they can contribute to safe and efficient ship operations
  
Semester III
  Theory Practical Laboratories/Workshops
1 Marine Meteorology

The student will be equipped to understand and predict marine weather conditions, navigate safely, and utilize meteorological data effectively in maritime operations
 Nav Equipment OOW Simulator Practical
2 Bridge Electronic Equipment and Watch Keeping

The student will be well-equipped to operate and manage radar and ARPA systems effectively, navigate safely using electronic equipment, and understand the broader principles of bridge watch-keeping and navigation in various conditions. This comprehensive knowledge is essential for ensuring safe and efficient maritime operations
 Project Work Practical (Making model ship structures / Cargo related / Case Studies)
3 Ship Stability-I Field Practice – Planetarium / Light House visit
4 Cargo Work I

Students will be well-equipped to handle various cargo types, ensure safe cargo operations, and manage the complexities of cargo handling in a maritime environment
 Technical Writing Skills on Navigational Subjects
5 Celestial Navigation

The student will gain a solid foundation in celestial navigation principles and be able to accurately determine their position at sea using celestial bodies. The course provides a comprehensive understanding of the celestial sphere, the solar system, and the concepts of time and hour angle that are essential for navigating by the stars
  
Semester IV
  Theory Practical Laboratories/Workshops
1 Contingency Preparedness

Students will be equipped with the knowledge and skills necessary to effectively identify hazards, assess risks, respond to emergencies, and ensure safety on board a ship, thereby enhancing their preparedness and capability in maritime safety management
 Chart Work Plotting and ECDIS Simulator Practical

The student will gain comprehensive skills in traditional and electronic navigation techniques. They will be adept at: • Performing accurate chart work and position fixing using a variety of methods. • Planning and executing navigation routes effectively, taking into account environmental factors. • Operating ECDIS efficiently, including setup, configuration, route planning, and alarm management. These skills are crucial for ensuring safe and effective navigation, whether using traditional charting techniques or modern electronic systems
2 Marine Pollution Prevention

The student will gain a thorough understanding of marine pollution prevention regulations, their application, and compliance requirements for different types of pollution. This knowledge will enable them to effectively manage and prevent marine pollution on board ships and comply with international standards
 Advanced Seamanship Practical
3 Artificial Intelligence and Autonomous Ships

The student will have a comprehensive understanding of how artificial intelligence, machine learning, cybersecurity, IoT, blockchain, and big data intersect with the development and implementation of autonomous ships. They will be equipped with the knowledge to address the challenges and leverage the opportunities presented by these technologies in the maritime industry. This will prepare them for roles involving the integration of advanced technologies into shipping operations, enhancing both efficiency and security
 Field Practice-Boat Rowing Exercises
4 Cargo Work-II

The student will have a deep understanding of the operational aspects of oil, chemical, and gas tankers, including cargo systems, safety procedures, and regulatory requirements. They will be adept at handling cargo operations, understanding the complexities of different types of tankers, and managing cargo watches effectively. This knowledge is essential for ensuring safe and efficient cargo handling and compliance with maritime regulations
 Technical Writing skills on Environmental subjects
5 Ship Stability-II

The student will have a deep understanding of ship stability concepts and calculations, including trim, density effects, stability curves, righting moments, and the specific requirements for loading grain. They will be proficient in using stability curves, cross curves, and hydrostatic tables to assess and ensure vessel stability under various conditions. This knowledge is crucial for maintaining the safety and operational efficiency of ships in diverse loading and operational scenarios
  
Semester V
  Theory Practical Laboratories/Workshops
1 Ship Manoeuvring and Piloting

Students will have a thorough understanding of ship manoeuvring, mooring operations, anchoring procedures, piloting, tug usage, and navigation in challenging conditions. They will be prepared to apply these skills in real-world scenarios to ensure safe and effective ship handling
 Engine Room Machinery and Workshop Practical
2 Marine Engineering and Automation

Students will be equipped with a thorough understanding of marine engineering principles, including the operation and maintenance of various marine systems and equipment. They will be capable of applying these concepts in real-world scenarios to ensure efficient and safe operation aboard ships
 Watch Keeping Practical - I
3 Shipboard Operations

Students will acquire comprehensive knowledge and practical skills necessary for effective shipboard operations, including seamanship, rope work, life-saving appliances, fire prevention, safety practices, and ship maintenance
 Field Practice - Placement Activities
4 IMO and International Conventions

Students will gain a thorough understanding of maritime law, conventions, and regulations, their implementation, enforcement, and the roles of various international organizations in maritime governance. They will also be well-versed in national legislation related to shipping, international law of the sea, maritime safety, and security standards
 On-board Record Keeping
5 Naval architecture-I

Students will develop a solid foundation in naval architecture principles, including calculations for stability and design, shipyard processes, and welding techniques. This knowledge will be critical for understanding and participating in ship design and construction activities
  
Semester VI
1 HR Practices in Shipping

The student will acquire a well-rounded skill set in AI, machine learning, cyber security, and computer networking. They will be equipped to handle challenges in modern marine information technology, including the deployment of advanced systems, maintaining network security, and ensuring efficient communication and data management
 OOW Simulator Steering and BTM Practical
2 Logistics and Supply Chain Management

The student will be equipped with the knowledge and skills needed to manage fire safety effectively aboard ships. They will be able to identify and mitigate fire hazards, understand and apply fire protection rules, maintain and operate fire detection systems and equipment, and develop effective fire control plans and emergency response strategies. This comprehensive understanding will prepare them for roles that ensure the safety and preparedness of maritime operations
 Watch Keeping Practical - II
3 Blue Economy

The student will be well-equipped to design and analyze ship propulsion systems, including rudders, propellers, and the overall resistance and performance of ships. This knowledge will be essential for ensuring the safe and efficient operation of ships
 Field Practice - Community Service
4 Commercial Shipping Practices

The student will acquire practical skills and theoretical knowledge essential for managing and maintaining auxiliary systems and deck machinery on ships. They will be equipped to handle bunkering operations, maintain pollution prevention equipment, manage steering gear and automation systems, and operate various types of deck machinery, ensuring safe and efficient ship operations
 Maritime Upskilling
5 Naval Architecture-II

The student will be well-equipped to design and analyze various marine components and systems, including shafting systems, propellers, rudders, bearings, and hydraulic systems. This knowledge will be essential for ensuring the safe and efficient operation of marine vessels and equipment
  

Career Opportunities

After completing a BSc in Nautical Science program, graduates can explore various onshore and offshore opportunities in the maritime industry. Here are some of the career paths that graduates can pursue: 
 
Onshore Opportunities: 
 
a) Marine Operations Manager
b) Marine Surveyor
c) Marine Insurance Specialist
d) Marine Terminal Manager
e) Shipping Agent
Offshore Opportunities:
a) Deck Officer
b) Marine Pilot
c) Offshore Installation Manager
d) Marine Technician
 

Avenues for further studies

There are several avenues for postgraduate students in BSc Nautical Science who wish to further their education and career prospects in the maritime industry. Here are some of the avenues for postgraduate studies:
a) MSc in Nautical Science
b) MBA in Shipping and Logistics
c) Maritime Law
d) Marine Engineering
e) Research
To know more about the avenues for postgraduate students, please download the brochure