BE Aeronautical Engineering Syllabus and Subjects 2024

Updated on - Jan 4, 2023

Bachelor of Engineering Aeronautical Engineering syllabus is a four-year undergraduate course in Aircraft and Technology behind it. BE Aeronautical Engineering is a comprehensive study of Aircraft, Technology, Software Designing. Subjects of this course vary greatly according to specialization and institute.

Semester Wise BE Aeronautical Engineering Syllabus

The syllabus for BE Aeronautical Engineering covers everything from Aircraft, Technology and Programming. The syllabus includes both theoretical and practical papers. BE Aeronautical Engineering course aims to ensure that the students get exposure to all the vital and key concepts of the study. Semester-wise BE Aeronautical Engineering subjects list is:

BE Aeronautical Engineering First Year Syllabus
Semester I	Semester II
Mathematics I	Mathematics II
Engineering Physics	Engineering Physics II
Chemistry	Material Science
Basics of Mechanics	Solid Mechanics
Aeronautics and Aviation	Basics of Electronics Engineering
Physics Lab	Physics Labs
English	Thermodynamics
--	Practical Lab - Electronics

BE Aeronautical Engineering Second Year Syllabus
Semester III	Semester IV
Mathematics III	Propulsion System
Aircraft Structure I	Aircraft Structure II
Elements of Aeronautics	Fundamentals of Gas Turbine Engines
Aircraft Performance	Turning Performance Study
Body Design I	Body Design II
Fluid Dynamics in Aircraft	Aerodynamics I
Fluid Mechanics and Machinery Lab	CAD Lab
Design and Drafting Lab	Aerodynamics Lab

BE Aeronautical Engineering Third Year Syllabus
Semester V	Semester VI
Aerodynamics II	Principles of Environmental Science and Engineering
Aircraft Structure III	Heat Transfer
Aircraft Stability and Control	Maintenance of Aircraft II
Elective I	Elective II
Missile Propulsion	Avionics
Control of Aircraft	Total Quality Management
Maintenance of Aircraft I	Avionics Lab
Propulsion Lab I	--

BE Aeronautical Engineering Fourth Year Syllabus
Semester VII	Semester VIII
Safety of Aircraft	Project and Viva-voce
Control Engineering	GPS Technologies
Emergency Operations	Air Traffic Control
High-Temperature Materials	Personnel Management
Elective Subject III	--
Minor Project	--
Aircraft System Lab	--

BE Aeronautical Engineering Subjects

BE Aeronautical Engineering offers both theoretical and practical knowledge of the study. Bachelor of Engineering Aeronautical Engineering subjects includes Aircraft, GPS Technologies, Engineering, Mechanics etc. This course includes both core and elective subjects. Some of the compulsory subjects are:

Aircraft Stability and Control
Fundamentals of Gas Turbine Engines
Fluid Dynamics in Aircraft
Principles of Environmental Science and Engineering
High-Temperature Materials
Air Traffic Control

BE Aeronautical Engineering Course Structure

The BE Aeronautical Engineering course structure has both core and elective subjects and is completed in the duration of four years with eight semesters. The course structure is made up of both classroom training and also lab practicals. The course structure is listed below:

VIII semesters
Core Subjects
Elective Subjects
Practicals
Projects

BE Aeronautical Engineering Teaching Methodology and Techniques

The teaching curriculum of this course is very different. Along with classroom training, there are practical labs too and students who are passionate about the Aircraft and the technology behind it want to take up it as a profession in the future. The teaching Methodology of this course is given below:

Practical Labs
Projects
Group discussion
Classroom training
Presentations

BE Aeronautical Engineering Projects

Projects are given to the students to make them understand the topics deeper and for self-learning. Projects should be completed before the eighth semester. Popular BE Aeronautical Engineering project topics list include:

Sound Propagation Modelling for Manned and Unmanned Aircraft Noise Assessment and Mitigation: A Review
Selected Research and Development Topics on Aerospace Communications at NASA Glenn Research Center
Cyber Awareness Trends in Avionics
Wave propagation in inhomogeneous layered media: solution of forwarding and inverse problems
Advances in Integrated System Health Management for mission-essential and safety-critical aerospace applications
Interactive aerospace engineering and design

BE Aeronautical Engineering Reference Books

BE Aeronautical Engineering books are available on both online and offline stores by different authors. Reference Books are meant to give in-depth knowledge of the students. Books for this course differ according to specializations. Some of the BE Aeronautical Engineering reference books are:

BE Aeronautical Engineering Books
Name of the Books	Authors
Introduction to Flight	John D. Anderson Jr.
Control Systems Engineering	Norman S. Nise
Modern Control Systems	Richard C. Dorf
Numerical Methods for Conservation Laws	Randall J. LeVeque
Turbulent Flows	Stephen B. Pope