What are the core subjects covered in the aerospace engineering curriculum?

Aerospace Engineering

The specific core subjects in an aerospace engineering curriculum can vary by university and program. However, there are common themes and subjects that are typically included in aerospace engineering programs. such as Maths and Physics are the subjects requires aerospace engineering course. If the candidate is very good in these subjects then the course of Aerospace Engineering can be very easy for them.

Topic Covered in Aerospace Engineering

Introduction to Aerospace Engineering:

• Overview of the aerospace industry, historical developments, and current challenges.

Mathematics and Physics:

• Advanced mathematics, including calculus, differential equations, and linear algebra.
• Physics principles relevant to aerospace engineering, such as mechanics, thermodynamics, and fluid dynamics.

Mechanics of Materials:

• Study of the behavior of materials under various loading conditions, including stress, strain, and deformation.

Aerodynamics:

• Principles of fluid dynamics as applied to the behavior of air around aircraft surfaces.
• Lift and drag forces, airfoil design, and aircraft performance.

Flight Mechanics and Control:

• Analysis of aircraft motion, stability, and control.
• Control systems, autopilots, and aircraft response to different flight conditions.

Aircraft Structures:

• Design and analysis of aircraft structures, including wings, fuselage, and landing gear.
• Structural materials and stress analysis.

Aircraft Propulsion:

• Study of aircraft propulsion systems, including jet engines, turboprops, and rocket engines.
• Thermodynamics and combustion in the context of aerospace propulsion.

Avionics and Systems Integration:

• Introduction to avionics systems, navigation, communication, and integration of various aircraft systems.
• Digital and analog electronics relevant to aerospace applications.

Spacecraft Engineering:

• Introduction to the design and analysis of spacecraft systems.
• Orbital mechanics, satellite systems, and space exploration.

Control Systems:

• Principles of feedback control systems relevant to aerospace applications.
• Design and analysis of control systems for aircraft and spacecraft.

Aerospace Design and Project Management:

• Principles of aerospace design, including conceptual design, detail design, and optimization.
• Project management methodologies as applied to aerospace projects.

Computational Fluid Dynamics (CFD):

• Application of numerical methods to solve fluid flow problems in aerospace engineering.
• Simulations of aerodynamic behavior using computational tools.

Materials and Manufacturing in Aerospace:

• Properties and selection of materials used in aerospace applications.
• Manufacturing processes and techniques relevant to aerospace components.

Experimental Methods in Aerospace Engineering:

• Introduction to experimental techniques used in aerospace research and testing.
• Wind tunnel testing, data acquisition, and analysis.

Professional Ethics and Aerospace Regulations:

• Ethical considerations in aerospace engineering practice.
• Overview of aerospace regulations and safety standards.

Aerospace Structures Lab and Propulsion Lab:

• Hands-on laboratory experiences in testing and analyzing aerospace structures and propulsion systems.

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

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 2024 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 2024 counseling.