Aerospace Engineering Syllabus & Subjects 2024: Semester-wise List, Top Colleges Syllabus PDF

Subjects

Details

Aerospace Structural Analysis and Design

Teaches about the design of an aircraft and its structure

Numerical Methods

Teaches calculative aspects of aerospace

Aircraft Stability and Control

Teaches the concepts of turbulence, flight stability, and ways to control a flight

Trajectory Simulation and Analysis

Teaches the ways to stimulate and analyses various flight control systems

Finite Element Analysis of Structures

Teaches throughout analysis of structures related to aerospace and flights

Space Vehicle Dynamics and Control

Teaches ways of managing the dynamics of spaceflight

Wing Theory

Teaches how wing control helps in effectively managing flight control

Rocket Propulsion

Teaches ways of managing rockets and the way they are launched, controlled, and managed

Computational Fluid Dynamics

Teaches the mechanics and movements of fluids in brief

Aerospace Program Management

Teaches the management of aerospace and spaceflight

Helicopter Aerodynamics and Performance

Teaches the dynamics of a helicopter

Robust Control of Nonlinear Systems

Gives perspective into the working of nonlinear systems

Surface Transportation and Power Generation Systems

Teaches about the various ways to generate power for flight

Structural Dynamics and Aeroelasticity

Introduces the concept of aeroelasticity and combines it with dynamics

Mechanics of Composite Materials

Attempts to provide an overview of composite materials and the ways they work in

Aircraft System Identification

Various ways of identifying different aircraft systems are introduced

Optimal Control and Estimation

Teaches appropriate ways to optimally control and estimate things related to spaceflight

Orbit Determination and Estimation

Teaches appropriate ways to determine trajectory and orbit

Model-Based Systems Architecture

Teaches 3-D modelling of aircraft systems

Semester

Core/ Elective

Subject title

Subject Details

1

Spaceflight

dynamics

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

The semester teaches the fundamentals of the required sciences.

By the end of Semester 1, students get a clear understanding of the mathematics involved in Aerospace Engineering. It helps them better understand the physics and environmental components that come with the field of study. They are given an introduction to engineering, mechanics and graphics and taught basic medical engineering coupled with civil engineering, giving them the fundamentals to navigate the entire course easily.

2

Rocket propulsion

Engineering Mathematics II

Economics and Communication Skills

Fluid Mechanics

Basic Thermodynamics

Elements of Aeronautics

Basic Strength of Materials

Students learn to apply advanced mathematics to Aerospace Engineering. They eventually gain important communication skills as they learn the economic significance of aircraft and spacecraft. By Semester 2 students can better understand the fluid mechanics in flight. They possess a fundamental understanding of thermodynamics and composite materials that make flight easier and safe.

3

Incompressible

fluid

mechanics

Engineering Mathematics III

Mechanics of Solids

Fluid Mechanics

Basic Thermodynamics

Materials Processing Techniques

Computer Programming and Applications

Here, the students can precisely apply mathematics as it is required in various fields. They can understand the mechanics of solids along with fluid mechanics. This gives them a brief understanding of how gases interact when a plane is flying by. It explains the way gases exert force on the moving object.

Various material processing techniques are also taught in Semester 3 so that students get more familiar with the topics. Semester 3 also introduces computer programming and how it aids Aerospace Engineering. Students can formulate their own opinion about the course and the way they can come up with computer programs to handle flight

4

Propulsion and

Gas dynamics

Engineering Mathematics IV

Gas Dynamics

Propulsion I

Aerodynamics I

Aircraft Structure I

Electrical Technology and Machines

By the end of this semester, students are exposed to more mathematics. In the semester, they are also introduced to gas dynamics. The difference between aerodynamics and gas dynamics is that aerodynamics is only considered as the study of a particular gas found in the earth's atmosphere ( ‘air’); whereas gas dynamics focuses on the study of many different types of gases. The students learn more about propulsion (as a whole) and how to make sustainable aircraft structures supported by propulsion.

5

Aerospace

computer applications

Engineering Mathematics IV

Principle of Management

Computer of Programming

Flight Dynamics I

Aerodynamics II

Propulsion II

The students are introduced to computer programming and its uses in aerodynamics and aerospace. They are taught how to implement computer systems for safety and more. The students are also introduced to the wind tunnel lab, where they apply their learning practices.

6

Avionics

Avionics

Experimental Aerodynamics

Aircraft Structure II

Heat Transfer

Theory of Vibration

Elective I

The students are immensely trained in experimental aerodynamics and the structure of aircraft. They are introduced to heat engines and aero engines to foster a clearer understanding.

7

Optimal control

and

Orbital

determination

Computational Fluid Dynamics

Experimental Stress Analysis

Aircraft Design

Flight Dynamics II

Aircraft System and Instrumentation

Elective II

By the end of the 7th semester, the students are introduced to computational fluid dynamics. They are taught stress analysis in detail. They get to have projects and seminars on the whole of the course and use their knowledge for practical purposes.

8

Estimation and

model-based

systems

Rocket Missiles

Introduction to space technology

Air Transportation and Aircraft maintenance

Elective III

Elective IV

Aerodynamics Lab

Project

By the end of Semester 8, students can manufacture rocket missiles, and they are introduced to the amazing world of space technology. They are well trained in air transportation and aircraft maintenance, and hence they are introduced to the aerodynamic lab where they can always engineer Aerospace Engineering marvels.

Semester

Subject title

Subject Details

1

Mathematics for Engineers Aerospace Propulsion Aerodynamics

Navigation, Guidance & Control

Aerospace Structures

Flight Mechanics

Ballistics of Bombs & Projectiles

Design of Air Armament - I

The semester introduces various principles of guidance, navigation, and control in spaceflight mechanisms.

2

Flight Instrumentation

Missile Propulsion

Airborne Weapon System Effectiveness

Warhead Design and Mechanics

2 electives

Students learn about the practical design and deployment of missiles.

3

Flight mechanics and control

Design and control

Missile guidance and control

Flights testing

M.Tech. Dissertation Phase I

Here, the students are made to test flights and ensure the proper working of various guidance systems. Design and control principles are introduced and strengthened.

4

M.Tech. Dissertation Phase I

By the end of this semester, students are exposed to advanced spaceflight mechanics. Students are meant to be well versed with spaceflight mechanics, flight design and control, deployment of flights, and flight testing.

Subject title

Subject details

Aerodynamics

This studies how gases interact with moving bodies and exert forces on them. The gas encountered on the Earth's surface is air.

Aerodynamics deals with the forces of drag and lift that is usually caused by the air passing over and around the solid bodies. Aerodynamics is also considerably different from gas dynamics as it only concerns itself with the behaviour of air in Earth's atmosphere, while gas dynamics concerns itself with the behavioural study of many gases.

Thermodynamics and Propulsion

This deals with the effect of work, heat and energy on a system. It can also be said that thermodynamics concerns itself with the observations of large-scale systems that deal with the macroscopic world. Propulsion is when students study ways to design aircraft that can generate thrust and help the vehicle fly through the air. Hence, propulsion concerns itself with the study of basic operation and design of propulsion vehicles in aerospace.

Aerospace Propulsion

This is the study of the way flying objects generate thrust to fly.

Aircraft Design and Propulsion

This deals with finding out about the challenges experienced in the design of an airframe and the integration of the propulsion system with the airframe.

Aerospace Structural Mechanics

This is the study of how the mechanical behaviour of matter is used in building an aircraft. It helps determine how a flight makes use of composite materials to fulfil multifunctional needs.

Spaceflight Mechanics

These are fundamentally the principles used to ensure the proper development of a spacecraft.

Incompressible Fluid Mechanics

This deals with the study of fluids that stay in motion. These fluids are special because they move with constant density. Hence, the material density is always constant within the fluid parcel being studied within incompressible fluid mechanics.

SUBJECT

TITLE

AUTHORS

DESCRIPTION

Aerodynamics

Aerodynamics

L. J. CLANCY, Pitman

Studies mechanics of flight and aircraft propulsion

Thermodynamics

Thermodynamics- higher education from Cambridge

Stephen R. Turns, Laura L. Pauley

Provides a brief overview of the applications and concepts of thermodynamics

Aerospace Propulsion

Powered flight: The engineering of aerospace propulsion

D. R. Greatix Springer

Provides a historical perspective and general overview of aerospace propulsion

Aircraft design and propulsion

Trends in Aircraft Propulsion

H. Pearson

Presents the 1,186th Lecture to be given before the Society—and the 40th Main Lecture to be held at a Branch centre—“ Trends in Aircraft Propulsion” by H. Pearson

Aerospace structural mechanics

Manufacturing technology development for aerospace composite structures

A.R. Mills

Discusses the issues of manufacturing large composite structures and more.

Spaceflight mechanics

Energetic particles and manned spaceflight (Chapter 13) - Heliophysics: Space Storms and Radiation: Causes and Effects

Stephen Guetersloh,

Neal Zapp

Provides an overview of various space phenomena and how spaceflight works in the mysterious universe.

Incompressible fluid mechanics

The Mechanics and Thermodynamics of Continua | Higher Education from Cambridge

Morton E. Gurtin, Eliot Fried, Lalit Anand

Presents a unified treatment of continuum mechanics and thermodynamics that emphasises the universal status of the basic balances and the entropy imbalance

S.No.

Exams

1

JEE Mains

2

Delhi University Combined Entrance Examination (CEE)

3

Hindustan University Entrance Test (HITSEE)

4

IIST Admission Test (IIST, Thiruvananthapuram)

5

JEE Advanced conducted by the IITs.

6

SLIET Entrance Test (SET)

7

SRM Engineering Entrance Examination (SRM EEE) Admissions

8

The Indian Institute of Aeronautics (IIA) Entrance Exam

S.No.

Exam

1

Graduate Aptitude Test in Engineering (GATE)

2

Punjab Engineering college PhD Entrance exam

3

Sathyabama University ME Entrance Exam

4

TS PGECET

5

AP PGECET

S.No.

College

1

IIT Bombay

2

MIT Manipal

3

SRM University Chennai

4

IIST Thiruvananthapuram

5

IIT Madras

6

LPU

7

BMSCE Bangalore

8

IIT Kharagpur

9

Chandigarh University