Aerospace Engineering Subjects- Aerospace Engineering is an engineering branch that covers how to design, build, and repair spaceships, missiles, and weapons systems. Aerospace Engineering includes two important, overlapping branches: aeronautical engineering and astronautical engineering.
Aerospace engineering covers Mechanics, Solid Mechanics, Fluid Mechanics, Thermodynamics, Heat Transfer, and Materials Science as foundational courses. Aerodynamics, Gas Dynamics, Propulsion, Flight Mechanics, Theory of Mechanics, Aerospace Structures, Manufacturing Processes, and Automatic Control are a subset of these areas. There are additional elective subjects available to help strengthen and broaden the knowledge foundation. In addition to the main courses, the course covers some basic sciences, electrical and electronic systems, economics, management, and humanities. There is also a collection of laboratory disciplines to assist students in gaining practical understanding for real-life phenomena and systems. Students have the option to work on their projects and apply for internships at the end of each semester. Candidates who desire to advance their careers in the automotive, power, manufacturing, and R&D industries should enroll in this course. Aerospace Designer, Aircraft Production Manager, Aerospace Engineer, Thermal Design Engineer, and more professions are accessible to them. Also, Check: GATE 2024 SyllabusAerospace Engineering Overview | |
Highlights | Details |
Course Level | Undergraduate, Postgraduate, Doctorate |
Duration | UG: 4-years PG: 2-years Doctorate: 3-6 years |
Examination Type | Semester-wise |
Admission Process | JEE Main, LPUNEST, MET, GATE, JEE Advanced |
Course Fee | INR 8-14 lakh |
Top Colleges | IIT Bombay, IIT Kharagpur, IIT Kanpur, IIT Madras, SRM University |
Average Starting Salary | INR 10 lakh |
Top Recruiting Companies | Indian Space Research Organisation, Hindustan Aeronautics Limited, National Aerospace Laboratories, SpaceX, Antrix |
Job Positions | Aerospace Engineers, Aeronautical Engineers, Aeronautical Mechanical Engineers, Astronomical Engineers, Aerospace Design Checker |
Aerospace Engineering Subject List | ||
Professional Core Subjects | Introduction to Aerospace Engineering | Aero Engineering Thermodynamics |
Manufacturing Technology | Space Science | |
Aerodynamics | Aerospace Structural Mechanics | |
Flight Systems Instrumentation | Mechanics and Machines | |
Space Mechanics | Air Breathing Propulsion | |
Flight Dynamics | Fundamentals of Aerospace Control Engineering | |
Finite Element Methods | Space Propulsion | |
Elements of Space Flight | Rockets and Launch Vehicles | |
Computational Fluid Dynamics for Aerospace Engineering | Vibration and Elements of Aeroelasticity | |
Hypersonic Aerodynamics for Aerospace Vehicles | Spacecraft Dynamics & Avionics | |
Basic Sciences Subjects | Engineering Mathematics | Engineering Physics |
Materials Science | Transforms and Partial Differential Equations | |
Engineering Chemistry | Numerical Methods | |
Engineering Sciences Subjects | Problem Solving and Python Programming | Engineering Graphics |
Electronics and Instrumentation Engineering | Engineering Mechanics | |
Strength of Materials for Mechanical Engineers | Mechanics Fundamentals | |
Basic Electrical | Fluid Mechanics and Machinery | |
Humanities and Social Sciences Subjects | Communicative English | Environmental Science and Engineering & Technical English |
Elective Subjects | Computer-Aided Design and Analysis | Aerospace Materials |
Cryogenics | Launch Vehicle Aerodynamics | |
Experimental Stress Analysis | Additive Manufacturing | |
Machining and Precision Manufacturing | Launch Vehicle Configuration Design | |
Reliability and Quality Assurance | Foundation Skills in Integrated Product Development | |
Intellectual Property Rights | Disaster Management | |
Fundamentals of Nanoscience | Top Quality Management | |
Combustion Engineering | Economics and Principles of Management | |
Spacecraft Sensors and Instrumentation | Spacecraft Systems Engineering | |
Professional Ethics in Engineering | Spacecraft Structures | |
Space Missions | Human Rights | |
Satellite Navigation and Control | Spacecraft Power Systems | |
Automatic Control Systems | Composite Materials and Structures | |
Heat Transfer in Space Applications | Missile Guidance and Control |
BTech First Year Subjects | |
Semester - I | Semester - II |
|
|
BTech Second Year Subjects | |
Semester - III | Semester - IV |
|
|
BTech Third Year Subjects | |
Semester - V | Semester - VI |
|
|
B.Tech Fourth Year Subjects | |
Semester - VII | Semester - VIII |
|
|
MTech First Year Subjects | |
Semester - I | Semester - II |
|
|
MTech Second Year Subjects | |
Semester - III | Semester - IV |
|
Project |
GATE Aerospace Engineering Syllabus 2024 For General Aptitude | |
Topics | Syllabus |
Verbal Aptitude |
|
Quantitative Aptitude |
|
Analytical Aptitude |
|
Spatial Aptitude |
|
GATE Aerospace Engineering Syllabus 2024 For Engineering Mathematics | |
Topics | Syllabus |
Linear Algebra |
|
Calculus |
|
Differential Equations |
|
Special Topics |
|
GATE Aerospace Engineering Syllabus 2024 For Core Subjects | |
Subjects | Syllabus |
Flight Mechanics |
|
Space Dynamics |
|
Aerodynamics |
|
Structures |
|
Propulsion |
|
Aerospace Engineering Subject Wise Books | |
Book Name | Author |
Introduction to Flight | John D. Anderson Jr |
Aircraft Structures for Engineering Students | T.H.G. Megson |
Aerodynamics for Engineers | by John J. Bertin and Russell M. Cummings |
Introduction to Aerospace Engineering | Vinay Kumar and Rohit Kandakatla |
Aerospace Propulsion | P. Rathakrishnan |
Flight Stability and Automatic Control | Robert C. Nelson |
Introduction to Finite Element Method | K. N. Seetharamu and S. R. Shiva Shankar |
Principles of Space Instrument Design | A.C. Walker |
Introduction to Space Dynamics | William T. Thomson |
Spacecraft Attitude Dynamics | Brij N. Agrawal and Robert W |