Aeronautical Engineering Syllabus
The Aeronautical Engineering Syllabus in India relates to the manufacturing, testing, designing, and construction of Aircraft. Aeronautical Engineering deals with the aircraft that fly within..
Read MoreB.Tech Aerospace Engineering is a Specialized Field of Engineering, its syllabus involves the science & engineering of aircrafts and spacecrafts including airplanes, space-shuttles, and many more such flying vehicles operating within and outside the earth’s atmosphere. In this course, the students learn about the different aspects of the domain. The syllabus entails various subjects that teach the students about the working of the flying objects inside and outside the atmosphere of Earth. This course duration is 4 years that includes 8 semesters. Furthermore, all the semesters include theoretical and practical training.
Topic Covered in Aerospace Engineering
Aerospace Engineering is a B.Tech degree program in the whole course following topics will be covered:-
- Elements of Aeronautics.
- Aero-Fluid Mechanics.
- Mechanics of Solids.
- Aircraft Component Drawing.
- Aerodynamics
- Machines and Mechanisms.
- Aircraft Systems and Instruments.
- Air-breathing Propulsion.
- Aerodynamics Laboratory.
- Introduction to Space Tech.
- Aircraft Structure Designing and Building.
- Flight Dynamics.
- Heat Transfer.
- Total Quality Management and Reliability engineering.
- Rocket Propulsion.
- Vibrations and Elements of Aeroelasticity.
- Helicopter Aerodynamics.
- Rockets and Missiles.
- Combustion Engineering.
- Theory of Plates and Shells.
- Computer-aided design and analysis.
- Automatic Control System.
- Spacecraft technology.
- Aircraft Materials.
- Fatigue and Fracture Mechanics.
The Core Subjects of B.Tech Aerospace engineering Syllabus semester wise are listed below:-
Semester 1:-
- Engineering Mathematics I
- Engineering Physics
- Engineering Chemistry and Environmental Studies
- Engineering Mechanics
- Engineering Graphics
- Basic Mechanical Engineering
- Basic Civil Engineering
- Basic Electronics Engineering & Information Technology
- Mechanical Workshop
- Electrical and Civil Workshop
Semester 2:-
- Engineering Mathematics II
- Economics and Communication Skills
- Fluid Mechanics
- Basic Thermodynamics
- Elements of Aeronautics
- Basic Strength of Materials
- Basic Strength of Materials Lab
- Fluid Mechanics Lab
Semester 3:-
- Engineering Mathematics II
- Mechanics of Solids
- Fluid Mechanics
- Basic Thermodynamics
- Materials Processing Techniques
- Computer Programming and Applications
- Chemistry Lab
Semester 4:-
- Engineering Mathematics III
- Gas Dynamics
- Propulsion I
- Aerodynamics I
- Aircraft Structure I
- Electrical Technology and Machines
- Structures Lab
- Propulsion Lab
Semester 5:-
- Engineering Mathematics IV
- Principle of Management
- Computer of Programming
- Flight Dynamics I
- Aerodynamics II
- Propulsion II
- Wind Tunnel Lab
- Propulsion Lab II
Semester 6:-
- Avionics
- Experimental Aerodynamics
- Aircraft Structure II
- Heat Transfer
- Theory of Vibration
- Elective I
- Heat Engines Lab
- Aero Engines lab
Semester 7:-
- Computational Fluid Dynamics
- Experimental Stress Analysis
- Aircraft Design
- Flight Dynamics II
- Aircraft System and Instrumentation
- Elective II
- Experimental Stress Analysis Lab
- Vibration Lab
- Seminar
- Project
Semester 8:-
- Rocket Missiles
- Introduction to space technology
- Air Transportation and Aircraft maintenance
- Elective III
- Elective IV
- Aerodynamics Lab
- Project
- Viva Voce
Note:- The subjects in India may vary as per the Universities.
To apply for the Aerospace Engineering program please Click Here.
How to Apply in Aerospace Engineering College
If a candidate is eligible for Aerospace Engineering Course then they are eligible for Aerospace Engineering course. For getting admission in Aerospace Engineering college one should have to fulfill following sequence:-
- Candidates firstly fill the form of AME CET 2025 from the official website www.amecet.in.
- After clearing the amecet exam, through counseling candidates choose an aerospace engineering institute according to their choice/ priorities.
- After that a candidate joins the college/institute which is chosen by the candidate at the time of ame cet 2025 counseling.
FAQs
Is the study of Aerospace Engineering tough?
The study in the course of Aerospace Engineering deals with the maintenance, servicing, etc. Furthermore, these courses will need a great knowledge of Mathematics and Physics. If one is not good in these subjects, then they will have to work a little harder.
Which subject is best for Aerospace Engineering?
Maths and Physics are the subjects that the course like Aerospace Engineering requires. If the candidate is very good in these subjects then the course of Aerospace Engineering can be very easy for them.
What subjects are needed for Aerospace Engineering?
The subjects required for Aerospace Engineering are:-
- Basic Engineering Subjects
- English
- Mathematics
- Physics
- Chemistry
- Biology for Engineers
- Materials Science
Which is the hardest subject during the Aerospace Engineering course?
There are many subjects in the field of Aerospace Engineering. However, there are some hard subjects too in that course, namely:-
- System dynamics
- Structural Mechanics and Dynamics
- System Design
- Propulsion
- Aerodynamics
- Guidance and Control
- Transportation Theory
What does the aerospace engineering syllabus typically cover?
The aerospace engineering syllabus covers a broad range of topics including aerodynamics, propulsion, flight mechanics, aerospace structures, materials, avionics, and space systems engineering.
read more..How does the aerospace engineering syllabus prepare students for careers in the aerospace industry?
The aerospace engineering syllabus prepares students for careers in the aerospace industry by providing a strong foundation in fundamental principles, practical skills, and industry-relevant knowledge across various aerospace disciplines.
read more..What are the core subjects included in the aerospace engineering syllabus?
The core subjects included in the aerospace engineering syllabus typically include aerodynamics, propulsion, flight dynamics, aerospace structures, materials, avionics, and space systems engineering.
read more..What are the elective courses available in the aerospace engineering syllabus?
Elective courses available in the aerospace engineering syllabus may include topics such as aircraft design, space systems, propulsion systems, aerospace materials, flight dynamics, avionics, and aerospace manufacturing.
read more..How does the aerospace engineering syllabus incorporate interdisciplinary topics?
The aerospace engineering syllabus incorporates interdisciplinary topics by integrating concepts and principles from other engineering disciplines such as mechanical engineering, electrical engineering, materials science, and computer science.
read more..How does the aerospace engineering syllabus address emerging technologies and trends in the aerospace industry?
The aerospace engineering syllabus addresses emerging technologies and trends in the aerospace industry by incorporating relevant topics, research projects, and industry collaborations.
read more..How does the aerospace engineering syllabus address safety and ethical considerations in aerospace engineering?
The aerospace engineering syllabus addresses safety and ethical considerations in aerospace engineering through courses, case studies, and discussions that emphasize the importance of safety, reliability, and ethical conduct in aerospace design, operation, and decision-making.
read more..How does the aerospace engineering syllabus incorporate research and innovation in aerospace engineering?
The aerospace engineering syllabus incorporates research and innovation through courses, research projects, and collaborations with industry and research institutions that encourage students to explore cutting-edge developments and pursue original research in aerospace engineering.
read more..How does the aerospace engineering syllabus incorporate industry partnerships and real-world experiences?
The aerospace engineering syllabus incorporates industry partnerships and real-world experiences through internships, co-op programs, industry-sponsored projects, and collaborations with aerospace companies, government agencies, and research institutions.
read more..How does the aerospace engineering syllabus encourage lifelong learning and professional development?
The aerospace engineering syllabus encourages lifelong learning and professional development through courses, seminars, workshops, and continuing education programs that provide opportunities for students to expand their knowledge, skills, and expertise throughout their careers.
read more..How does the aerospace engineering syllabus prepare students for leadership roles and entrepreneurial ventures in the aerospace industry?
The aerospace engineering syllabus prepares students for leadership roles and entrepreneurial ventures in the aerospace industry through courses, projects, and experiences that develop leadership, innovation, and business skills.
read more..