Education and Career Forum

Respected Sir/Madam, what is the syllabus of BE(Aeronautical Engineering) course which is offered by Madras Institute of Technology Chennai? I need to know about the syllabus and also tell me about the duration of this course. Thank you!

BE in Aeronautical Engineering is a 4 year duration course and is divided into 8 semesters. The detailed syllabus is given below.

Semester I

Mathematics I
Physics I
Chemistry
Basics of Mechanics
Civil Engineering Basics
Aeronautics and Aviation
Communicative English

Semester II

Mathematics II
Physics II
Material Science
Thermodynamics
Basics of Electronics Engineering
Environmental Engineering

Semester III

Mathematics III
Aircraft Structure I
Aircraft Performance
Beams and Trusses
Body Design I
Principles of Aerodynamics

Semester IV

Aircraft Structure II
Propulsion System
Fundamentals of Gas Turbine Engines
Turning Performance Study
Body Design II
Drafting Techniques

Semester V

Aircraft Stability and Control
Experimental Stress Analysis
Advanced Propulsion Techniques
Missile Propulsion
Control of Aircraft
Maintenance of Aircraft I

Semester VI

Principles of Environmental Science and Engineering
Professional Ethics
Management Science
Maintenance of Aircraft II
Total Quality Management

Semester VII

Safety of Aircraft
Emergency Operations
Global Aviation Sector

Semester VIII

GPS Technologies
Air Traffic Control
Personnel Management

The duration of Bachelor of Engineering (Aeronautical Engineering) in Madras Institute of Technology Chennai would be of 4 years and is full time.

The course syllabus of Bachelor of Engineering(Aeronautical Engineering) in Madras Institute of Technology Chennai is given below:-

Year I:-

:-Chemistry
:-Material Science
:-Basics of Mechanics
:-Thermodynamics
:-Civil Engineering Basics
:-Basics of Electronics Engineering
:-Aeronautics and aviation
:-Environmental Engineering
:-Communicative English
:-Mathematics I
:-Mathematics II
:-Physics I
:-Physics II


Year II:-

:-Mathematics
:-Aircraft Structure I
:-Aircraft Structure II
:-Propulsion system
:-Aircraft Performance
:-Fundamentals of gas turbine engines
:-Beams and Trusses
:-Turning performance study
:-Principles of Aerodynamics
:-Drafting Techniques

Year III:-

:-Aircraft Stability and control
:-Principles of Environmental Science and Engineering
:-Experimental Stress analysis
:-Total Quality Management
:-Control of aircraft
:-Maintenance of aircraft


Year IV:-

:-Safety of aircraft
:-GPS technologies
:-Emergency operations
:-Air traffic control
:-Practical Lab
Global aviation sector Personnel management