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Semester I |
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Theory |
Practical Laboratories/Workshops |
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1 |
Engineering Mathematics-I
This course prepares students for various engineering applications involving optimization, field analysis, fluid dynamics, vibrations, and electrical signal processing |
Engineering Physics Lab. |
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2 |
Engineering Mechanics
This course is foundational for more advanced studies in mechanical engineering, as it equips students with the tools to analyse and design stable structures, understand motion, and solve dynamic problems in engineering systems |
Basic Electrical Engineering Lab. |
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3 |
Engineering Physics
This course will provide the student with a solid foundation in applied physics, helping them to solve practical engineering problems in thermal systems, optical devices, acoustics, and electronics |
Mechanical Workshop |
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4 |
Basic Electrical Engineering
This foundational course is essential for students pursuing careers in electrical engineering, power systems, and electromechanical systems, providing the skills necessary for designing, analysing, and maintaining electrical circuits and machines |
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5 |
Engineering Graphics
The student will be able to produce engineering drawings for mechanical components, structures, and electrical layouts, which are fundamental for communication in the design, manufacturing, and construction industries |
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6 |
Mandatory course |
Sports/Yoga/ NSS/Nature Club/Trekking Club (Audit) |
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Semester II |
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Theory |
Practical Laboratories/Workshops |
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1 |
Engineering Mathematics-II
The course will prepare students to apply mathematical modelling and statistical analysis to a wide range of engineering applications, including vibration analysis, heat transfer problems, signal processing, system analysis, and quality control |
Engineering Chemistry Lab. |
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2 |
Engineering Chemistry
The student will be well-prepared for a wide range of practical engineering challenges involving materials, energy systems, environmental control, and electrochemical applications |
Programming for Problem Solving |
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3 |
Applied Thermodynamics
This course will empower students to make informed decisions in energy efficiency, system optimization, and sustainable design, which are highly valued in modern engineering practices |
Strength of Materials Lab. |
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4 |
Man and Environment
This course prepares students for a career in environmental policy, maritime industries, sustainable development, and international cooperation in the maritime sector, providing a strong foundation for contributing to the blue economy and the sustainable management of ocean resources |
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5 |
Programming for Problem Solving
This course will lay the foundation for students to further pursue more advanced topics in data structures, algorithms, and software engineering, making them well-prepared for further academic study or entry-level programming jobs |
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6 |
Strength of Materials
This course will develop a strong foundation in the mechanical behaviour of materials under different loading conditions. They will be able to apply theoretical principles to practical engineering problems involving stress, strain, bending, torsion, and buckling |
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7 |
Mandatory course
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Professional Practice, Law & Ethics |
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Semester III |
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Theory |
Practical Laboratories/Workshops |
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1 |
Engineering Mathematics-III
This course aims to deepen their understanding of numerical analysis methods used in real-world problem-solving, particularly when exact solutions are difficult or impossible to obtain analytically |
Communication Skills Lab. |
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2 |
Material Science
This course lays the groundwork for a successful career in material engineering. Students will gain both theoretical knowledge and practical skills in understanding the structure, properties, processing, and applications of materials. They will be able to evaluate and select materials for various engineering applications based on their mechanical, thermal, electrical, and chemical properties, as well as their processing techniques. |
Hull Drawing Lab. |
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3 |
Introduction to Naval Architecture
In this course, students will gain an understanding of ship terminology, hull forms, stability,construction, propulsion systems, and the legal and regulatory frameworks that govern maritime and offshore industries. By the end of the course, students will be well-equipped for further study or entry-level positions in naval architecture, marine engineering, offshore design, and shipbuilding |
Physical Oceanography and Ocean Engineering Lab. |
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4 |
Indian Maritime History and Heritage
This course equips students with a rich understanding of India's maritime past, exploring its global significance in ancient and medieval trade, the impact of colonialism, and the legacy of Indian naval power. By learning about the cultural, economic, and military aspects of India's maritime history, students will be prepared for careers in heritage conservation, maritime policy, and education, as well as academic research. The course also emphasizes the importance of preserving and promoting India's maritime heritage for future generations. |
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5 |
English and Communication
This course aims to provide students with the essential language skills needed for academic success and professional growth. Through a focus on grammar, vocabulary, listening, writing, and oral communication, students will become more effective and confident communicators. This will help them excel in both academic settings and future workplaces, ensuring they can convey their ideas clearly, listen attentively, and engage effectively in conversations and presentations. The practical communication skills gained will be invaluable in a wide range of professional and personal contexts |
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6 |
Introduction to Physical Oceanography and Ocean Engineering
This course equips students with a comprehensive understanding of both oceanographic principles and marine engineering. It covers the physical properties of seawater, ocean dynamics, observational techniques, and key engineering aspects related to the marine environment |
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7 |
Mandatory course |
Design Thinking and Fabrication Lab. |
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Semester IV |
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Theory |
Practical Laboratories/Workshops |
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1 |
Hydrostatics and Stability
This course provides students with an in-depth understanding of the principles of stability, hydrostatics, and the factors influencing the stability of ships and marine structures. By exploring both basic and advanced concepts, this course prepares students for the design, analysis, and operation of ships with a focus on safety and efficiency |
Basic Electronics Engineering Lab. |
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2 |
Ship Structural Arrangements
This course focuses on the key concepts and principles required for understanding and designing the structural aspects of ships. This includes the materials used in shipbuilding, structural systems, arrangements of ship components, and the technical aspects of ship drawings and structural designs |
Fluid Mechanics Lab. |
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3 |
Marine Materials and Corrosion
In this course, students will gain essential skills in the selection, testing, and protection of materials used in marine construction and operations. They will be equipped with the knowledge needed to prevent material failures, extend the lifespan of marine assets, and ensure the safe and efficient operation of ships and offshore structures |
Ship Modelling Lab.- I |
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4 |
Basic Electronics Engineering
This course is designed to provide students with foundational knowledge and practical understanding of key electronic components, circuits, and systems. The course spans topics related to semiconductors, transistors, linear integrated circuits, digital electronics, and communication systems, aiming to equip students with the necessary skills to analyse and design basic electronic circuits used in a wide range of applications. |
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5 |
Fluid Mechanics
This course provides students with the analytical tools to design, optimize, and troubleshoot fluid-based systems in engineering |
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6 |
Mandatory course |
Computer Aided Design and Manufacturing |
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7 |
Minor Degree |
NPTEL Courses |
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Semester V |
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Theory |
Practical Laboratories/Workshops |
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1 |
Ship Hydrodynamics-I
This Course provides students with a comprehensive understanding of ship resistance, propeller mechanics, and the complex interactions between the hull and propeller, preparing them to tackle real-world challenges in marine engineering and design |
Ship Modelling Lab. - II |
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2 |
Marine Structural Analysis
This course equips students with a solid foundation in structural engineering principles and their specific application to ship and offshore structures. Students will be prepared to address challenges in structural design, load analysis, and fatigue prediction in the marine industry |
Basic Structural Analysis Lab. |
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3 |
Wave Hydrodynamics
This course provides students with an in-depth understanding of the generation, propagation, and impact of ocean waves, as well as their interaction with structures in marine environments. The course focuses on the mathematical and physical principles governing wave behaviour and its applications to naval architecture and offshore engineering |
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4 |
Economics and Accountancy for Engineers
This course provides engineers with a strong foundation in financial and economic principles, enabling them to effectively manage engineering projects, understand the economic environment, and make informed financial decisions. The course bridges the gap between technical engineering expertise and essential business acumen, preparing students for leadership roles in engineering industries. |
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5 |
Ship Production and Shipyard Practices
This course provides students with a broad yet detailed understanding of the complexities of ship production and the practices that go into constructing and maintaining ships, offering them a strong foundation for entering the shipbuilding industry |
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6 |
Mandatory course |
Disaster Preparedness and Risk Assessment |
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7 |
Minor Degree |
NPTEL Courses |
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Semester VI |
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Theory |
Practical Laboratories/Workshops |
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1 |
Ship Design
This course prepares students to contribute significantly to the evolving field of ship design, providing them with a solid foundation in both the technical and economic aspects of creating efficient, functional, and sustainable ships |
Ship Design Application Lab. |
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2 |
Ship Hydrodynamics-II
This course equips students with the technical knowledge and practical skills needed to address the complex hydrodynamic challenges faced by modern vessels in various marine environments |
Hydrodynamics Lab. |
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3 |
Ship Vibration and Noise
This course provides students with a deep understanding of the dynamics of vibration and noise in ships and marine systems. It covers the sources of vibrations, the impact on ship performance, and methods for controlling both vibrations and noise to ensure ship safety, comfort, and operational efficiency. By the end of this course, students will have acquired comprehensive knowledge on the theoretical and practical aspects of ship vibration and noise management. |
Ship Vibration and Noise Lab. |
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4 |
Design of Offshore Structures
This course provides students with a deep understanding of the design principles and methods used for constructing and maintaining offshore structures such as jacket platform towers, jack-up rigs, tension leg platforms, and other related systems. It focuses on practical and theoretical aspects of designing these structures to withstand the harsh marine environment, accidental loads, and fatigue damage. |
Marine Systems Lab. |
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5 |
Marine Propulsion & Systems Engineering
The course prepares students to tackle the technical, safety, and environmental challenges involved in marine propulsion and systems engineering, making them valuable assets in the maritime industry |
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6 |
Professional Elective-1 (Vessel Design Technology)
Warship Technology
Submarines and Submersibles
Inland Water Vessels
Traditional Boat Building, Design of Small Crafts
Fishing Vessel Technology
Dredgers and Harbour Crafts
High-Performance Marine Vehicles
Autonomous Underwater Vehicles
Electric Ships
Smart and Autonomous Ships
These courses will provide students with a versatile and highly relevant skill set for the modern maritime industry, combining traditional vessel design knowledge with advanced technologies and an understanding of future trends |
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7 |
Mandatory course |
Technical Writing and Soft Skills |
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8 |
Minor Degree> |
NPTEL Courses |
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Semester VII |
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Theory |
Practical Laboratories/Workshops |
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1 |
Finite Element Method
This course equips students with an essential set of skills for analysing and solving complex engineering problems, particularly those involving stress, strain, deformation, and vibrations in structures |
Design Project |
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2 |
Computational Fluid Dynamics
This course provides students with the theoretical background and practical skills needed to solve complex fluid flow problems using CFD methods, preparing them for careers in industries where fluid dynamics play a central role |
Comprehensive Viva Voce / Seminar |
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3 |
Professional Elective-2 (Maritime Operations and Management)
Coastal Zone Management
Shipping Practice
Ship Recycling
Inland Water Transportation
Students will gain both theoretical knowledge and practical insights into the challenges and strategies involved in maritime operations
These courses provides students with the knowledge and skills needed to effectively manage maritime operations while considering environmental, regulatory, and logistical factors in shipping, coastal management, ship recycling, and inland water transport |
Internship |
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4 |
Sustainable Development Goals |
Shipboard Safety and Appliances Lab |
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5 |
Professional Elective -3 (Ocean Engineering and Sciences)
Marine Control Engineering and Automation
Ocean Circulation and Modelling
Underwater Noise and Acoustics
Experimental Techniques in Ocean Engineering
Marine Archaeology and Underwater Cultural Heritage
Ocean Renewable Energy
Hydrographic Survey
Deep Sea Technologies
Port and Harbour Engineering
Coastal Hydrodynamics
These courses prepares students with a strong foundation in ocean-related engineering principles, scientific research, and technical innovations, equipping them to contribute to sustainable development, technological advancement, and marine resource management |
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6 |
Open Elective-1 (Emerging Areas in the Domain)
Law of the Sea
Marine Policy and Ocean Governance
Blue Economy and Sustainable Development
Climate Change Adaptation and Resilience
Robotics
Circular Economy in the Maritime Sector
Supply Chain Management
Alternative Fuels for Marine Engines
Marine Pollution and Mitigation
Oceanography and Coastal Process
Maritime Cybersecurity
These courses provide students with a holistic understanding of the emerging trends in the maritime industry, ensuring they are well-prepared for leadership roles in the sustainable development of ocean resources and the global maritime economy |
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7 |
Minor Degree |
NPTEL Courses |
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Semester VIII |
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Theory |
Practical Laboratories/Workshops |
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1 |
Open Elective-2 (Multidisciplinary)
Marine Biology and Ecosystems
Remote Sensing and GIS (Geographical Information Systems)
Internet of Things (IoT)
Devices, and Sensors
Human Factors in Engineering
Entrepreneurship and Innovation
Sustainable Practices
Reliability and Risk in Engineering
These course will equip students with both technical expertise and entrepreneurial and sustainability-focused skills, preparing them to tackle emerging challenges and seize opportunities in the marine industry |
Group Project (Analysis/Design/Fabrication) |
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2 |
Humanities Elective -1 (Operations Research and Project Management)
Coastal Anthropology and Communities
Globalization and Maritime Trade
Gender and Diversity in Maritime Professions
Science, Technology, and Society
Stress Management for Students
These courses will provide students with a broad, interdisciplinary education that combines technical skills with soft skills, preparing them to handle complex, real-world challenges in the maritime and engineering industries. By blending management, cultural awareness, social responsibility, and personal well-being, students will be better equipped for both professional success and personal fulfillment in their careers |
Seminar |
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3 |
Special Topic Course 1 |
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4 |
Special Topic Course 2 |
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5 |
Special Topic Course 3 |
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6 |
Minor Degree |
NPTEL Courses |
