This engineering course is intended to train students to be Naval Architects or Offshore Engineers. The curriculum includes courses in Chemistry, Physics, Hydrodynamics, and Mathematics. This program will prepare graduates for two different but related careers. The marine engineering branch involves developing, manufacturing, testing, and repairing marine automobiles. A bachelor's degree in this field will prepare you for a career in the automobile industry, dredging, and port sectors. The course also includes research into equipment and techniques for ocean floor exploration.
A B.Tech in Naval Architecture and Ocean Engineering is a 4-year undergraduate degree program that prepares students for a career in marine design and construction. Admission to the course is by CET. This four-year course is divided into 8 semesters, each lasting 6 months. Each semester includes separate theoretical and practical subjects that are designed to prepare aspiring marine engineers for careers in the maritime sector. In addition to the theoretical components, the course emphasizes the application of engineering principles.
After completing your degree, you will have the opportunity to get a wide variety of work experiences that will help you gain valuable experience in the field. A career in the maritime industry requires a person with knowledge and experience in various kinds of engineering. These engineers must be well-rounded, possess strong technical skills, and be comfortable working independently and in a team environment.
As a naval architect, you will learn how to design and create ships that will last for many years. This is because your work will require you to keep up with modern technology. Developing your skills and adapting to new circumstances and trends is a major part of being a naval architect, so it is important to continue your professional development. The program is a well-rounded program that will give you a diverse perspective. Students will study topics ranging from electrical engineering to mechanical design and manufacturing to software and safety. You will also be exposed to subjects such as automotive pollution control, reliability engineering, and a 128-foot towing tank.
The candidates must have passed 10+2 in the science stream from a recognized board.
They must have a minimum aggregate of 50% marks to be eligible for the program.
Career opportunities for graduates with a degree in Naval Architecture are diverse. These professionals can pursue a wide range of careers, and most often work in the maritime industry. To become a naval architect, you must first obtain a valid license, which varies from state to state. The field of naval architecture is highly diversified and requires a team of professional engineers. The job of a naval architect is to integrate the activities of these engineers, ultimately taking responsibility for the entire project.
You will be responsible for designing seaworthy, secure, and economically efficient marine vessels. During your studies, you will gain an understanding of all branches of engineering. You will learn CAD, design, and calculation, in addition to the fundamentals of physics and mathematics. If you're interested in a career in the marine industry, a B.Tech in Naval Architecture Engineering program may be the right choice for you. You'll learn the ins and outs of marine engineering, which will be beneficial in a variety of fields.
The field of naval architecture is also a lucrative one. You'll find employment in a wide range of industries, including automobile manufacturing, production plants, service stations, and insurance companies. If you have the necessary skills and dedication, you'll find a great job in this field. The future scope of a degree in this discipline is extremely broad and exciting.
The Indian Navy is a great place to work for B.Tech in Naval Architecture graduates. These graduates are responsible for the design, construction, and quality control of warships and submarines. You can find a job as a shipwright, ship manager, or shipyard engineer. The Indian Navy also provides many exciting opportunities in research, development, and management.
The field of naval architecture offers a wide range of job opportunities. There are many reputed organizations that provide huge opportunities to graduates. Given the past trends and the growing demand in this field, a B.Tech in Naval Architecture and Ocean Engineering is a good choice for those who want to pursue an adventurous and rewarding career. It is important to note that there are many challenges associated with the profession, but the payoff can be great.
The B.tech in Naval Architecture is a four-year degree program.
The average fees for the completion of the program are between 1 lacs to 3 lacs per annum or it may vary from college to college.
Bachelor of Technology (B.Tech.) Naval Architecture
10+2 in Related Stream From Recognized Board
4 Years
Under Graduate
Year 1st OR 1st and 2nd Semester Syllabus of Bachelor of Technology (B.Tech.) Naval Architecture
| S.No | Subjects |
| 1 | Engineering Mechanics |
| 2 | Basic Thermodynamics |
| 3 | Engg. Science Course( ESC): Introduction to Physical oceanography |
| 4 | Ship Building Technology |
| 5 | Theory of Ships |
| 6 | Mechanics of Materials Laboratory |
Year 2nd OR 3rd and 4th Semester Syllabus of Bachelor of Technology (B.Tech.) Naval Architecture
| S.No | Subjects |
| 1 | Marine Machinery |
| 2 | Material Science (OEC) |
| 3 | Electrical Technology (OEC) |
| 4 | Engineering Thermodynamics |
| 5 | Industrial Electronics (OEC) |
Year 3rd OR 5th and 6th Semester Syllabus of Bachelor of Technology (B.Tech.) Naval Architecture
| S.No | Subjects |
| 1 | Ship Design |
| 2 | Ship Construction |
| 3 | Resistance & Propulsion |
| 4 | Strength of Ships |
| 5 | Marine Hydrodynamics |
| 6 | Marine Manufacturing
Technology |
Year 4th OR 7th and 8th Semester Syllabus of Bachelor of Technology (B.Tech.) Naval Architecture
| S.No | Subjects |
| 1 | Sea Keeping and Maneuverability |
| 2 | Ship Structural Design and Vibrations |
| 3 | Marine Instrumentation and Control |
| 4 | Dynamics of Offshore structures |
This engineering course is intended to train students to be Naval Architects or Offshore Engineers. The curriculum includes courses in Chemistry, Physics, Hydrodynamics, and Mathematics. This program will prepare graduates for two different but related careers. The marine engineering branch involves developing, manufacturing, testing, and repairing marine automobiles. A bachelor's degree in this field will prepare you for a career in the automobile industry, dredging, and port sectors. The course also includes research into equipment and techniques for ocean floor exploration.
A B.Tech in Naval Architecture and Ocean Engineering is a 4-year undergraduate degree program that prepares students for a career in marine design and construction. Admission to the course is by CET. This four-year course is divided into 8 semesters, each lasting 6 months. Each semester includes separate theoretical and practical subjects that are designed to prepare aspiring marine engineers for careers in the maritime sector. In addition to the theoretical components, the course emphasizes the application of engineering principles.
After completing your degree, you will have the opportunity to get a wide variety of work experiences that will help you gain valuable experience in the field. A career in the maritime industry requires a person with knowledge and experience in various kinds of engineering. These engineers must be well-rounded, possess strong technical skills, and be comfortable working independently and in a team environment.
As a naval architect, you will learn how to design and create ships that will last for many years. This is because your work will require you to keep up with modern technology. Developing your skills and adapting to new circumstances and trends is a major part of being a naval architect, so it is important to continue your professional development. The program is a well-rounded program that will give you a diverse perspective. Students will study topics ranging from electrical engineering to mechanical design and manufacturing to software and safety. You will also be exposed to subjects such as automotive pollution control, reliability engineering, and a 128-foot towing tank.
The candidates must have passed 10+2 in the science stream from a recognized board.
They must have a minimum aggregate of 50% marks to be eligible for the program.
Career opportunities for graduates with a degree in Naval Architecture are diverse. These professionals can pursue a wide range of careers, and most often work in the maritime industry. To become a naval architect, you must first obtain a valid license, which varies from state to state. The field of naval architecture is highly diversified and requires a team of professional engineers. The job of a naval architect is to integrate the activities of these engineers, ultimately taking responsibility for the entire project.
You will be responsible for designing seaworthy, secure, and economically efficient marine vessels. During your studies, you will gain an understanding of all branches of engineering. You will learn CAD, design, and calculation, in addition to the fundamentals of physics and mathematics. If you're interested in a career in the marine industry, a B.Tech in Naval Architecture Engineering program may be the right choice for you. You'll learn the ins and outs of marine engineering, which will be beneficial in a variety of fields.
The field of naval architecture is also a lucrative one. You'll find employment in a wide range of industries, including automobile manufacturing, production plants, service stations, and insurance companies. If you have the necessary skills and dedication, you'll find a great job in this field. The future scope of a degree in this discipline is extremely broad and exciting.
The Indian Navy is a great place to work for B.Tech in Naval Architecture graduates. These graduates are responsible for the design, construction, and quality control of warships and submarines. You can find a job as a shipwright, ship manager, or shipyard engineer. The Indian Navy also provides many exciting opportunities in research, development, and management.
The field of naval architecture offers a wide range of job opportunities. There are many reputed organizations that provide huge opportunities to graduates. Given the past trends and the growing demand in this field, a B.Tech in Naval Architecture and Ocean Engineering is a good choice for those who want to pursue an adventurous and rewarding career. It is important to note that there are many challenges associated with the profession, but the payoff can be great.
The B.tech in Naval Architecture is a four-year degree program.
The average fees for the completion of the program are between 1 lacs to 3 lacs per annum or it may vary from college to college.
Bachelor of Technology (B.Tech.) Naval Architecture
10+2 in Related Stream From Recognized Board
4 Years
Under Graduate
Year 1st OR 1st and 2nd Semester Syllabus of Bachelor of Technology (B.Tech.) Naval Architecture
| S.No | Subjects |
| 1 | Engineering Mechanics |
| 2 | Basic Thermodynamics |
| 3 | Engg. Science Course( ESC): Introduction to Physical oceanography |
| 4 | Ship Building Technology |
| 5 | Theory of Ships |
| 6 | Mechanics of Materials Laboratory |
Year 2nd OR 3rd and 4th Semester Syllabus of Bachelor of Technology (B.Tech.) Naval Architecture
| S.No | Subjects |
| 1 | Marine Machinery |
| 2 | Material Science (OEC) |
| 3 | Electrical Technology (OEC) |
| 4 | Engineering Thermodynamics |
| 5 | Industrial Electronics (OEC) |
Year 3rd OR 5th and 6th Semester Syllabus of Bachelor of Technology (B.Tech.) Naval Architecture
| S.No | Subjects |
| 1 | Ship Design |
| 2 | Ship Construction |
| 3 | Resistance & Propulsion |
| 4 | Strength of Ships |
| 5 | Marine Hydrodynamics |
| 6 | Marine Manufacturing
Technology |
Year 4th OR 7th and 8th Semester Syllabus of Bachelor of Technology (B.Tech.) Naval Architecture
| S.No | Subjects |
| 1 | Sea Keeping and Maneuverability |
| 2 | Ship Structural Design and Vibrations |
| 3 | Marine Instrumentation and Control |
| 4 | Dynamics of Offshore structures |
