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Semester I |
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Theory |
Practical Laboratories/Workshops |
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1 |
English and Communication
The course aims to equip students with a comprehensive understanding of communication fundamentals, strong English language skills, and the ability to effectively communicate in various maritime-related contexts, both orally and in writing. The learning outcomes cover a wide range of communication-related competencies that are crucial for success in the maritime industry |
Geometrical Drawing Skills |
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2 |
Engineering Mathematics I
The course provides students with the essential mathematical toolkit and analytical skills required to excel in various engineering disciplines. It bridges theoretical concepts with practical applications, preparing students for both immediate challenges in their academic journey and future career endeavours in engineering and related fields |
Engineering Workshop Training |
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3 |
Engineering Chemistry
The student studying these topics will have a deep understanding of materials and their applications, environmental awareness and problem-solving skills, and readiness for roles in industries where these principles are applied |
Basic Electrical Technology Lab |
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4 |
Workshop Technology
The course aims to provide students with a comprehensive understanding of workshop safety, common tools and equipment, metal cutting theory, and various machining and joining processes. The learning outcomes cover a wide range of topics that are essential for students to develop practical skills and knowledge in the field of workshop technology |
Basic Electronics Lab |
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5 |
Basic Electrical Technology
The student will be well-prepared with foundational knowledge in electrical technology, including circuit analysis, magnetism, AC and DC systems, and measurement techniques. They will possess practical skills necessary for entry-level positions in electrical engineering and technology fields, with a strong understanding of fundamental concepts critical for further study and professional practice |
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6 |
Basic Electronics
Basic Electronics will prepare students for roles in electronics engineering, telecommunications, and related fields. They will acquire practical skills in circuit analysis, design, and troubleshooting, essential for developing and maintaining electronic systems in various industries |
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7 |
Induction Programme |
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Semester II |
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Theory |
Practical Laboratories/Workshops |
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1 |
Engineering Mathematics 2
This course equips students with essential mathematical tools crucial for various fields of engineering, including signal processing, control systems, communications, and more. It prepares them for both advanced studies in engineering and practical applications in industry |
Engineering Machine Shop Practice |
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2 |
Introduction to Computers & Python Programming
The student will gain a comprehensive understanding of programming fundamentals, data analysis, and statistical methods using both Python and R, preparing them for various data science and software development applications |
English Communication Lab |
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3 |
Thermodynamics
The course aims to provide students with a comprehensive understanding of thermodynamic principles and their application in the maritime industry. The learning outcomes cover the fundamentals of thermodynamics, energy analysis, the second law, properties of substances, and gas power cycles, which are essential for the design, operation, and optimization of various maritime systems and equipment |
Marine Drawing Skills |
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4 |
Engineering Mechanics
The student will gain a comprehensive understanding of engineering mechanics, including the principles of forces, moments, friction, and kinematics, and will be able to apply these principles to solve practical problems |
Mechanics & Thermal Engineering Lab |
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5 |
Maritime Awareness
This course would prepares students to engage with the technical, operational, and geographical aspects of maritime awareness, while providing them with essential knowledge to understand the complexities of global trade, port operations, and shipboard activities |
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6 |
Indian Tradition Knowledge and its Maritime Linkage
This course will provide learners with a well-rounded understanding of India's traditional knowledge systems, from ancient texts to the influence of its maritime activities, offering insights into how these elements shaped India’s historical and cultural landscape |
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7 |
Constitution of India and Merchant Shipping Act
This course prepares students for careers in legal and regulatory compliance roles within the maritime industry, government agencies, and legal consultancy firms. It equips them with foundational knowledge necessary for navigating legal complexities and ensuring adherence to constitutional principles and maritime regulations |
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Semester III |
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Theory |
Practical Laboratories/Workshops |
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1 |
Fluid Mechanics and Hydraulic Machinery
This course prepares students for careers in marine engineering, naval architecture, and offshore industries where understanding fluid dynamics and hydraulic machinery is crucial for design, operation, and maintenance activities |
Computer and Python Lab |
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2 |
Solid Mechanics
Students will have a robust understanding of how materials behave under various loads and stresses, equipping them with the necessary skills for careers in engineering fields such as structural engineering, mechanical engineering, and fluid dynamics. This knowledge will prepare them for further studies or professional practice in designing and analyzing structural components and systems |
Fluid Mechanics and Hydraulics Lab |
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3 |
Electrical Machines
This course prepares students for careers in electrical engineering, power systems, renewable energy, automation, and manufacturing industries where expertise in electrical machines is essential. Graduates may find opportunities as electrical engineers, power system engineers, motor designers, maintenance engineers, and automation specialists. The hands-on experience gained through practical applications and problem-solving exercises equips them to contribute effectively in various roles within the electrical engineering field |
Material Testing and Applied Mechanics Lab |
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4 |
Engineering Materials
This course prepares students for careers in materials engineering, metallurgy, manufacturing, and industries involving marine engineering and technology. Graduates may find opportunities in materials research and development, quality assurance, materials selection and testing, corrosion engineering, and marine systems design. The knowledge and skills acquired enable them to contribute effectively to the advancement and innovation of materials technology in diverse industrial sectors |
Electrical Machines Lab |
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5 |
Marine Boilers
This course prepares students for careers in marine engineering, particularly focusing on boiler operations and maintenance. Graduates may find opportunities in shipping companies, maritime organizations, shipyards, and offshore industries. Potential roles include Marine Engineer, Boiler Operator, Boiler Technician, Marine Superintendent, and Maintenance Engineer. The specialized knowledge and practical skills acquired enable graduates to contribute effectively to the safe and efficient operation of marine boiler systems aboard ships and marine vessels |
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6 |
Marine Environment Pollution and Protection
This course prepares students for careers in marine environmental protection, maritime regulatory compliance, and marine pollution response. Graduates may find opportunities with shipping companies, maritime agencies, environmental consulting firms, port authorities, and government regulatory bodies. Potential roles include Environmental Compliance Officer, Marine Pollution Specialist, Environmental Manager, Port Facility Manager, and Marine Safety Officer. The specialized knowledge and practical skills acquired enable graduates to contribute effectively to safeguarding marine ecosystems and ensuring sustainable maritime operations |
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Semester IV |
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Theory |
Practical Laboratories/Workshops |
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1 |
Marine Diesel Engine Components and Functions
The student will have a comprehensive understanding of marine diesel engine components, their functions, and the underlying principles governing their operation. This knowledge will enable them to effectively maintain, troubleshoot, and optimize the performance of marine diesel engines used in the shipping industry |
Marine Diesel Engines Lab |
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2 |
Marine Auxiliary Systems
This course equips students with specialized knowledge and practical skills essential for effectively managing and maintaining auxiliary systems on-board marine vessels, contributing to safe and efficient maritime operations |
Control Engineering and Automation Lab |
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3 |
Shipboard Power Generation and Distribution
Students will gain a comprehensive understanding of shipboard power generation and distribution, enabling them to design, operate, and maintain efficient and safe electrical power systems on ships |
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4 |
Ship Structure and Construction
The student would be equipped with the knowledge necessary to comprehend ship structural design, construction principles, materials selection, and the management of loads and stresses. This understanding is crucial for roles involving shipbuilding, naval architecture, marine engineering, and maritime operations where knowledge of ship structure and construction is essential |
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5 |
Control Engineering and Marine Automation
The course in Control Engineering and Marine Automation equips the student with specialized knowledge in integrating control systems with ship structures, managing operational loads and stresses, and ensuring compliance with regulatory standards through effective automation and control strategies. This knowledge is crucial for careers in marine engineering, naval architecture, and maritime technology where automation and control play a pivotal role in optimizing ship operations |
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6 |
Mechanics of Machines
The student will be well-prepared to contribute effectively to the design, maintenance, and optimization of mechanical systems on-board ships, ensuring efficient operation and adherence to safety standards |
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7 |
Marine Refrigeration and Air Conditioning
The students will be equipped with the knowledge and skills necessary to effectively manage and maintain marine refrigeration and air conditioning systems, making them valuable assets in the maritime industry |
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Semester V |
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Theory |
Practical Laboratories/Workshops |
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1 |
Marine Diesel Engines Operation & Manoeuvring
The student will be well-equipped to operate, maintain, and troubleshoot marine diesel engines, as well as optimize their performance and efficiency for safe and effective ship manoeuvring. The combination of theoretical knowledge and practical skills gained through this course will be invaluable for a career in the maritime industry |
Marine Auxiliary Machinery Lab |
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2 |
Marine Turbo Machinery
The student will emerge from the course with a robust understanding of marine turbo machinery, equipped with both theoretical knowledge and practical skills. They will be prepared for various roles in marine engineering, maintenance, operations, and design, with the ability to address complex challenges and contribute to advancements in turbo machinery technology |
Marine Steam Engineering Lab |
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3 |
Marine Steam Engineering
The student will develop a comprehensive understanding of marine steam engineering, equipped with both theoretical knowledge and practical skills. They will be well-prepared for various roles in the maritime industry, focusing on steam systems and propulsion technologies, with the capability to address complex engineering challenges and contribute to technological advancements |
Digital Electronics and PLC Lab |
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4 |
Naval Architecture - Hydrostatics and Ship Stability
The student will develop a solid foundation in the principles of naval architecture, specifically in ship stability and hydrostatics. They will be equipped with the knowledge and skills necessary for designing, analyzing, and maintaining ships to ensure safety and efficiency in marine operations |
Seamanship and Safe Work Practices |
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5 |
Fuels and Lubricants
The student will gain a thorough understanding of fuels and lubricants, their properties, testing methods, and applications. They will be equipped to handle challenges related to fuel management, engine performance, and regulatory compliance, making them well-prepared for a variety of roles in marine and industrial sectors |
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6 |
Digital Electronics and PLC
The student will be well-equipped to design, program, and troubleshoot digital circuits and PLC systems. The knowledge gained will be valuable for careers in electronics engineering, automation, and industrial control systems |
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Semester VI |
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1 |
Marine Information Technology
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 |
Marine Engine Simulator |
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2 |
Shipboard Safety Practices
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 |
Marine Electro Technology Lab |
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3 |
Naval Architecture - Ship Resistance and Propeller
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 |
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4 |
Marine Auxiliary and Deck Machinery
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 |
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5 |
Marine Components and Systems Design
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 |
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6 |
Marine Instrumentation Engineering
The student will be well-equipped with the theoretical knowledge and practical skills required for designing, operating, and maintaining various instrumentation systems on-board ships. They will be prepared for careers in marine instrumentation engineering, control systems management, and technical support roles, with a strong understanding of both fundamental principles and advanced technologies |
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7 |
Shipboard Electrical Equipment and Protection Devices
The student will be well-prepared to handle various aspects of shipboard electrical systems, including safety, design, operation, and maintenance. They will gain practical skills and theoretical knowledge essential for careers in marine electrical engineering and systems management |
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Semester VII |
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1 |
Marine Diesel Engines – Modern Trends and Maintenance
The student will be well-prepared to handle various aspects of marine diesel engines, from routine maintenance and troubleshooting to understanding and implementing the latest technological advancements and emission control measures. They will be equipped with practical skills and theoretical knowledge essential for careers in marine engineering, safety management, and environmental compliance |
Technical Paper Writing and Engineering Models |
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2 |
Ship Operations and Management
The student will be well-prepared to manage various aspects of ship operations, including resource management, safety compliance, risk management, and personnel development. They will acquire practical skills and theoretical knowledge essential for careers in ship operations management, safety, and training |
Hydraulics and Pneumatics Lab |
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3 |
Marine Conventions and Maritime Law |
Shipboard Safety and Appliances Lab |
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4 |
Sustainable Development Goals |
Shipboard Safety and Appliances Lab |
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5 |
Elective – 1 |
Advanced Marine Vehicles
Ship Recycling
Off Shore Technology
Advanced Heat Engines
Dredger and Harbour Engineering
Marine Survey and Certification
Marine Insurance
Autonomous Ships
Underwater Vehicles |
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6 |
Elective – 2 |
Elements of Port Management
AI & ML
Modern Manufacturing Technology
Cyber Security
Occupational Safety and Health
Disaster Management
Computational Fluid Dynamics
Internet of Things
Electric and Hybrid Vehicles |
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Semester VIII |
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1 |
Practical Training |
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2 |
Project Work |
