4 Years
Under Graduate
Full Time
The first and foremost question that comes to any engineering student's mind is: what is Bachelor of Technology (B.Tech.) Aerospace Engineering? This branch of engineering is considered one of the most difficult, but also one of the most rewarding.
Among the many specialties, aerospace engineering covers many subjects, including the design and maintenance of aircraft and missile systems. Computer systems, structural mechanics, and mathematics are all part of the curriculum, and it requires knowledge of both the theoretical and applied sciences.
An aerospace engineer will focus on advanced design and simulation. The field of aerospace engineering is a dynamic one, requiring a thorough understanding of the workings of complex systems. Students will also gain expertise in measurement, observation, analytics, and research.
This is why an aerospace engineering degree is essential for anyone pursuing a career in the aerospace industry.
A bachelor's degree in Aerospace Engineering is a worthwhile investment. Not only will it equip you with specialized technical knowledge, but it will also give you valuable work experience. Whether you're interested in commercial or military aircraft, aeronautics is a career that offers a variety of exciting opportunities. The benefits of a B.Tech in this field are many.
The program prepares you for work in the aerospace industry and provides a career path that involves real-life applications of engineering principles.
As an aerospace engineer, you'll have opportunities to participate in the Green Economy, where you'll help research and design components that reduce the effects of aviation and space travel on the environment.
An Aerospace curriculum includes lab and practice courses that expose students to real-life phenomena and practical problems. These courses include exposure to real-world hardware and to rigorous tests in advanced ISRO facilities.
Aspiring students need to meet certain educational standards to qualify for admission to this course. The prerequisites are a high school education with a grade of 60% or better and a diploma in aeronautical engineering.
It is important to note that a student must be aged seventeen to twenty-one years old before being accepted into an Aerospace. Engineering program. Applicants must be of legal age, have completed at least Class 10+2.
The field of Aerospace Engineering is growing rapidly due to the growing demand for aircraft. Other areas of employment include the military, space tourism, and corporate research institutes.
There is a growing demand for engineers in this industry and there are many opportunities for graduates who excel in this field. In addition to working in these sectors, you can also find employment as a teacher in a variety of colleges and universities.
Those who have a Bachelor's degree in Aerospace Engineering can work in a variety of sectors. Many companies in the aerospace industry need engineers to design and test their products. The field is a fast-growing one with a lot of opportunities for those who excel in the field.
There are many jobs in the industry for those with the education and training. You can work with NASA or the Air Force to improve on their existing technology or even help develop new ones.
Career options in Aerospace Engineering are many and varied. The aerospace industry is one of the fastest-growing fields, and the demand for skilled engineers will continue to grow in the coming years.
The Career Opportunities and Job Prospects of B. Tech in Aerospace Engineering. Are vast and varied. This field is highly competitive and can lead to six-figure salaries with experience.
The aerospace engineering field is a rapidly growing industry, with employment opportunities expected to increase six percent between 2016 and 2026. The aviation industry is rapidly evolving and the need for aeronautical engineers will continue to grow.
The growth in air travel is due to the increasing demand for commercial flights and private space flights. The aerospace industry is also committed to the environment and is working towards zero-fuel aircraft for the commercial and civil sectors.
Those with a B.Tech in Aerospace Engineering. The degree can pursue a career in the private sector. Many airlines and private helicopter companies hire senior aerospace engineers to help them launch and land in space.
Other companies such as Honeywell Technology Solutions Lab Private Limited and P&W Aerospace provide better opportunities for graduates. Moreover, there are many opportunities in the field of space propulsion.
A Bachelor of Technology in Aerospace Engineering is a four-year degree that combines a solid grounding in mathematics and science with a concentration in the design and manufacture of airborne vehicles.
The fees of B.Tech in Aerospace Engineering range from Rs 3 lakhs to Rs 7 lakhs. The fees of this degree program differ depending on the university, institute, and geographical location.
The course duration and fees of B.Tech in Aerospace Engineering vary from college to college. Detailed information about the fees and course requirements can be found on the website of the institute or college. The fee structure for Aerospace courses can vary according to your state of residence.
You can also apply for Education Loans to pay the fees.
Chennai
SRM Institute of Science and Technology Chennai
10+2 Or Diploma in Relevant Stream From Recognized Board/Institute
4 Years
Under Graduate
S.No | 1st Year Syllabus of B.Tech. Aerospace Engineering |
1 | Engineering Mathematics I |
2 | Engineering Physics |
3 | Engineering Chemistry and Environmental Studies |
4 | Engineering Mechanics |
5 | Engineering Graphics |
6 | Basic Civil Engineering |
7 | Basic Mechanical Engineering |
8 | Basic Aerospace Engineering |
9 | Basic Electronics Engineering & Information Technology |
10 | Mechanical Workshop |
11 | Aerospace and Civil Workshop |
12 | Engineering Mathematics II |
13 | Economics and Communication Skills |
14 | Fluid Mechanics |
15 | Basic Thermodynamics |
16 | Elements of Aeronautics |
17 | Basic Strength of Materials |
18 | Basic Strength of Materials Lab |
19 | Fluid Mechanics Lab |
S.No | 2nd Year Syllabus of B.Tech. Aerospace Engineering |
1 | Engineering Mathematics III |
2 | Economics and Communication Skills |
3 | Fluid Mechanics |
4 | Basic Thermodynamics |
5 | Elements of Aeronautics |
6 | Basic Strength of Materials |
7 | Basic Strength of Materials Lab |
8 | Fluid Mechanics Lab |
9 | Engineering Mathematics IV |
10 | Gas Dynamics |
11 | Propulsion I |
12 | Aerodynamics I |
13 | Aircraft Structure I |
14 | Aerospace Technology and Machines |
15 | Structures Lab |
16 | Propulsion Lab |
S.No | 3rd Year Syllabus of B.Tech. Aerospace Engineering |
1 | Engineering Mathematics IV |
2 | Principle of Management |
3 | Computer of Programming |
4 | Flight Dynamics I |
5 | Aerodynamics II |
6 | Propulsion II |
7 | Wind Tunnel Lab |
8 | Propulsion Lab II |
9 | Avionics |
10 | Experimental Aerodynamics |
11 | Aircraft Structure II |
12 | Heat Transfer |
13 | Theory of Vibration |
14 | Elective I |
15 | Heat Engines Lab |
16 | Aero Engines lab |
S.No | 4th Year Syllabus of B.Tech. Aerospace Engineering |
1 | Computational Fluid Dynamics |
2 | Experimental Stress Analysis |
3 | Aircraft Design |
4 | Flight Dynamics II |
5 | Aircraft System and Instrumentation |
6 | Rocket Missiles |
7 | Introduction to space technology |
8 | Air Transportation and Aircraft maintenance |
Established in | 1985 |
University Type | Autonomous Institute |
Recognized by | IET , ABET , |
Courses | 45 |
The first and foremost question that comes to any engineering student's mind is: what is Bachelor of Technology (B.Tech.) Aerospace Engineering? This branch of engineering is considered one of the most difficult, but also one of the most rewarding.
Among the many specialties, aerospace engineering covers many subjects, including the design and maintenance of aircraft and missile systems. Computer systems, structural mechanics, and mathematics are all part of the curriculum, and it requires knowledge of both the theoretical and applied sciences.
An aerospace engineer will focus on advanced design and simulation. The field of aerospace engineering is a dynamic one, requiring a thorough understanding of the workings of complex systems. Students will also gain expertise in measurement, observation, analytics, and research.
This is why an aerospace engineering degree is essential for anyone pursuing a career in the aerospace industry.
A bachelor's degree in Aerospace Engineering is a worthwhile investment. Not only will it equip you with specialized technical knowledge, but it will also give you valuable work experience. Whether you're interested in commercial or military aircraft, aeronautics is a career that offers a variety of exciting opportunities. The benefits of a B.Tech in this field are many.
The program prepares you for work in the aerospace industry and provides a career path that involves real-life applications of engineering principles.
As an aerospace engineer, you'll have opportunities to participate in the Green Economy, where you'll help research and design components that reduce the effects of aviation and space travel on the environment.
An Aerospace curriculum includes lab and practice courses that expose students to real-life phenomena and practical problems. These courses include exposure to real-world hardware and to rigorous tests in advanced ISRO facilities.
Aspiring students need to meet certain educational standards to qualify for admission to this course. The prerequisites are a high school education with a grade of 60% or better and a diploma in aeronautical engineering.
It is important to note that a student must be aged seventeen to twenty-one years old before being accepted into an Aerospace. Engineering program. Applicants must be of legal age, have completed at least Class 10+2.
The field of Aerospace Engineering is growing rapidly due to the growing demand for aircraft. Other areas of employment include the military, space tourism, and corporate research institutes.
There is a growing demand for engineers in this industry and there are many opportunities for graduates who excel in this field. In addition to working in these sectors, you can also find employment as a teacher in a variety of colleges and universities.
Those who have a Bachelor's degree in Aerospace Engineering can work in a variety of sectors. Many companies in the aerospace industry need engineers to design and test their products. The field is a fast-growing one with a lot of opportunities for those who excel in the field.
There are many jobs in the industry for those with the education and training. You can work with NASA or the Air Force to improve on their existing technology or even help develop new ones.
Career options in Aerospace Engineering are many and varied. The aerospace industry is one of the fastest-growing fields, and the demand for skilled engineers will continue to grow in the coming years.
The Career Opportunities and Job Prospects of B. Tech in Aerospace Engineering. Are vast and varied. This field is highly competitive and can lead to six-figure salaries with experience.
The aerospace engineering field is a rapidly growing industry, with employment opportunities expected to increase six percent between 2016 and 2026. The aviation industry is rapidly evolving and the need for aeronautical engineers will continue to grow.
The growth in air travel is due to the increasing demand for commercial flights and private space flights. The aerospace industry is also committed to the environment and is working towards zero-fuel aircraft for the commercial and civil sectors.
Those with a B.Tech in Aerospace Engineering. The degree can pursue a career in the private sector. Many airlines and private helicopter companies hire senior aerospace engineers to help them launch and land in space.
Other companies such as Honeywell Technology Solutions Lab Private Limited and P&W Aerospace provide better opportunities for graduates. Moreover, there are many opportunities in the field of space propulsion.
A Bachelor of Technology in Aerospace Engineering is a four-year degree that combines a solid grounding in mathematics and science with a concentration in the design and manufacture of airborne vehicles.
The fees of B.Tech in Aerospace Engineering range from Rs 3 lakhs to Rs 7 lakhs. The fees of this degree program differ depending on the university, institute, and geographical location.
The course duration and fees of B.Tech in Aerospace Engineering vary from college to college. Detailed information about the fees and course requirements can be found on the website of the institute or college. The fee structure for Aerospace courses can vary according to your state of residence.
You can also apply for Education Loans to pay the fees.
Chennai
SRM Institute of Science and Technology Chennai
10+2 Or Diploma in Relevant Stream From Recognized Board/Institute
4 Years
Under Graduate
Established in | 1985 |
University Type | Autonomous Institute |
Recognized by | IET , ABET , |
Courses | 45 |
S.No | 1st Year Syllabus of B.Tech. Aerospace Engineering |
1 | Engineering Mathematics I |
2 | Engineering Physics |
3 | Engineering Chemistry and Environmental Studies |
4 | Engineering Mechanics |
5 | Engineering Graphics |
6 | Basic Civil Engineering |
7 | Basic Mechanical Engineering |
8 | Basic Aerospace Engineering |
9 | Basic Electronics Engineering & Information Technology |
10 | Mechanical Workshop |
11 | Aerospace and Civil Workshop |
12 | Engineering Mathematics II |
13 | Economics and Communication Skills |
14 | Fluid Mechanics |
15 | Basic Thermodynamics |
16 | Elements of Aeronautics |
17 | Basic Strength of Materials |
18 | Basic Strength of Materials Lab |
19 | Fluid Mechanics Lab |
S.No | 2nd Year Syllabus of B.Tech. Aerospace Engineering |
1 | Engineering Mathematics III |
2 | Economics and Communication Skills |
3 | Fluid Mechanics |
4 | Basic Thermodynamics |
5 | Elements of Aeronautics |
6 | Basic Strength of Materials |
7 | Basic Strength of Materials Lab |
8 | Fluid Mechanics Lab |
9 | Engineering Mathematics IV |
10 | Gas Dynamics |
11 | Propulsion I |
12 | Aerodynamics I |
13 | Aircraft Structure I |
14 | Aerospace Technology and Machines |
15 | Structures Lab |
16 | Propulsion Lab |
S.No | 3rd Year Syllabus of B.Tech. Aerospace Engineering |
1 | Engineering Mathematics IV |
2 | Principle of Management |
3 | Computer of Programming |
4 | Flight Dynamics I |
5 | Aerodynamics II |
6 | Propulsion II |
7 | Wind Tunnel Lab |
8 | Propulsion Lab II |
9 | Avionics |
10 | Experimental Aerodynamics |
11 | Aircraft Structure II |
12 | Heat Transfer |
13 | Theory of Vibration |
14 | Elective I |
15 | Heat Engines Lab |
16 | Aero Engines lab |
S.No | 4th Year Syllabus of B.Tech. Aerospace Engineering |
1 | Computational Fluid Dynamics |
2 | Experimental Stress Analysis |
3 | Aircraft Design |
4 | Flight Dynamics II |
5 | Aircraft System and Instrumentation |
6 | Rocket Missiles |
7 | Introduction to space technology |
8 | Air Transportation and Aircraft maintenance |
SRM Institute of Science and Technology Chennai
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