Bachelor of Technology (BTech) Syllabus, Subjects, Electives

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Sounak Banerjee

Content Curator | Updated on - Sep 23, 2021

What is BTech Aeronautical Engineering Syllabus?

What is BTech Aeronautical Engineering Syllabus?

The Syllabus for BTech Aeronautical Engineering has two parts, Section - A and Section-B. A student has to first successfully complete all subjects of Section - A before he can attempt subjects of Section -B. A student has to take and appear in a minimum of four exam sessions to complete a total of ten subjects of Section - A. 

The break down of BTech Aeronautical Engineering syllabus according to year and semester is mentioned below:

First Year

The semester wise break of the first year BTech Aeronautical Engineering syllabus is mentioned below:

First Semester Second Semester
Engineering Maths – I Engineering Maths – II
Engineering Physics Engineering Chemistry
Elements of Civil Engg. & Engineering Mechanics Computer Concepts & C Programming
Elements of Mechanical Engg Computer Aided Engineering Drawing
Basic Electrical Engg. Basic Electronics
Workshop Practice Computer Programming Lab
Engg. Physics Lab Engg. Chemistry Lab
Constitution of India & Professional Ethics Environmental Studies
Language (Kan.) Language (Eng.)

Second Year

The semester wise break up of the second year of BTech Aeronautical Engineering syllabus is mentioned below:

Third Semester Fourth Semester
Engineering Mathematics-III Engg. Maths – IV
Material Science and Metallurgy / Mechanical Measurement and Metrology Material Science & Metallurgy/Mechanical Measurements & Metrology
Basic Thermodynamics Applied Thermodynamics
Mechanics of Materials Kinematics of Machines
Manufacturing Processes Elements of Aeronautics
Computer Aided Machine Drawing / Fluid Mechanics Computer Aided Machine drawing/ Fluid Mechanics
Metallography & Material Testing Lab / Mechanical Measurement and Metrology Lab Metallography & Material Testing Lab /Mechanical Measurements & Metrology laboratory
Foundry & Forging Laboratory/ Machine shop Foundry & Forging lab / Machine Shop

Third Year

The third year breakup of BTech Aeronautical Engineering syllabus are mentioned below:

Fifth Semester Sixth Semester
Management and Entrepreneurship Applied Gas Dynamics
Introduction to Composite Materials Aircraft Performance
Dynamics of Machines Aerodynamics – II
Aerodynamics Finite Element Analysis
Aircraft Propulsion Theory of Vibrations
Aircraft Structures Elective – I: (Group A)
Aerodynamics Lab. Structures Lab.
Energy Conversion Lab Propulsion Laboratory

Fourth Year

The fourth year syllabus into semester for BTech Aeronautical Engineering are mentioned below:

Seventh Semester Eighth Semester
Control Engineering Flight Vehicle Design
Aircraft Structures – II Avionics
Aircraft Stability and Control Electives IV- (Group D)
Gas Turbine / Technology Electives V- (Group E )
Electives II – (Group B) Project Work
Electives III –(Group C) Seminar on Current / Topics
Design, Modeling and Analysis Laboratory -
Simulation Laboratory -
BTech Aeronautical Engineering Electives

BTech Aeronautical Engineering Electives

The elective subjects that are available along with the main topics of BTech Aeronautical Engineering syllabus are mentioned below. 

Elective 1 (Group A) Elective 2 (Group B)
Numerical Methods Optimisation Techniques
Aircraft Materials Computational Fluid Dynamics
Combustion Aircraft Maintenance, Repair and Overhaul
Reliability Engineering Statistical Quality Control
Industrial Management Theory of plates and shells
Rockets and Missiles Nondestructive Testing
- Mechatronics and Microprocessor
- Total Quality Management
Elective 3 (Group C) Elective 4 (Group D)
Experimental Stress analysis Flight Testing
Helicopter Dynamics Fracture Mechanics
Space Mechanics and Launch Vehicles Theory of Aeroelasticity
Smart Materials Hydraulics and Pneumatics
Agile Manufacturing Reliability and Maintenance Engineering
Robotics Boundary Layer Theory
Industrial and Experimental Aerodynamics Operation Research
Micro and Smart Systems Technology Aerospace Quality Assurance
Elective 5 (Group E)
Aircraft Safety Rules and Regulations
Guidance and Navigation
Management Information Systems
Project Management
Product Design and Manufacturing
Artificial Intelligence
Computer Integrated Manufacturing
Aircraft Systems and Instrumentation
BTech Aeronautical Engineering Subjects

BTech Aeronautical Engineering Subjects

The subjects of BTech Aeronautical Engineering syllabus are mentioned below along with the detailed description of each topic and the books that the students must follow:

Subject Description Books
Applied Mathematics I Differential Calculus, Algebraic Aids, Analytical Geometry of three dimensions, Multiple Integrals, Matrices,  B S Grewal, Engineering Mathematics, Prentice Hall, India
J S Bindra and K S Gill, A text book of Applied Mathematics, S K Kataria & Sons
Frank Ayres, Matrices, Schaum Series
J L Meriam and L G Kraige, Engineering Mechanics,John Willy
Fluid Mechanics Regimes of fluid flows, Fluid Statistics, Description of Fluid Motion, Equations of Fluid Motion, Inviscid - Incompressible Flow, Introduction to Viscous Flows, Introduction to Incompressible Boundary layer (BL), Dimensional Analysis and Similitude, Elements of Compressible Flows John D Anderson Jr., Fundamentals of Aerodynamics, McGraw Hill, 2nd Ed.
S W Yuan, Foundations of Fluid Mechanics, Prentice Hall
Jack D Mattingly, Principles of Gas Turbine Propulsion, 1st Ed., McGrawHill, 1997
H. Schlichting and K. Gersten, Boundary Layer Theory, 8th Ed., McGrawHill, 2000
Engineering Thermodynamics First law of Thermodynamics, Second Law of Thermodynamics, Entropy, Physical properties, Ideal and Real Gases, Vapour Power Cycles, Air Standard Power Cycles. C O Van Wylen; Classical Thermodynamics Wiley 2001
J B Jones and C A Hawkins, Engineering Thermodynamics, John Wiley and Sons Inc., New York
R A Sonntag and C O Van Wylen, Fundamentals of Thermodynamics, Wiley, New York 
D B Spalding and E H Cole, Engineering Thermodynamics, 2nd Ed., Arnold, London. 1973
Electrical Engineering Electromagnetic, DC Machines, AC Machines, Modern Measurement System, Generation, Transmission and Distribution, Energy Storage System and Utilization H. Cotton, Transmission and Distribution of Electric Energy, B1 Publishers Pvt. Ltd.
B.L. Thereja, Electric Technology, S. Chand and Co. New Delhi.
Del Toro, Fundamentals of Electrical Engineering, Prentice Hall.
H. Cotton, Advanced Electrical Technology, Pitman.
Aerodynamics Conformal Transformation, 2-D Incompressible Flows around Thin Airfoils, Incompressible Flow about Wings of Finite Span , Delta Wing Aerodynamics, Dynamics of a Compressible Inviscid Flow Field, Compressible Subsonic and Transonic Flows , 2-D Supersonic Flows around thin Airfoils John D Anderson Jr., Fundamentals of Aerodynamics, 2nd Ed., McGrawHill
J J Bertin and M L Smith, Aerodynamics for Engineers, 2nd Ed., Prentice Hall
E. Rathakrishnan, Gas Dynamics, Prentice Hall of India
R S Shevell, Fundamentals of Flight, 2nd Ed., Prentice Hall
Airplane Performance, Stability and Control Atmosphere, Aerodynamic characteristics, Airplane Performance in Steady and Level Flight, Airplane Performance in Accelerated Flight, Static longitudinal stability, Maneuvering flight, Lateral and Directional Stability and Control, Dynamic Stability,  John D Anderson Jr., Introduction to Flight, McGraw Hill
R C Nelson, Flight Stability & Automation Control, McGraw Hill
B Etkins, Dynamics of Flight, John Wiley
E L Houghton and N B Caruthers, Aerodynamics for Engineers, Edward Arnold, UK
Aircraft Design Preliminaries, Air Loads in Flight, Airplane Weight Estimation, Basics of Wing Design, Structural Design, Integration of Structure and Power Plant Daniel P Raymer, Aircraft Design: A conceptual approach, AIAA Series, 1992
D Stinton, The Design of Airplane, GRANADA, UK 1983
John D Anderson (Jr.), Airplane Performance and Design, McGraw Hill 1999
E Torenbeek, Synthesis of Airplane Design
Aircraft Production Heat Treatment, Process Shop, Jigs and Fixtures, Cutting Tools, Inspection Gauges and Equipment, Process Planning M L Begman. Manufacturing process, Media Promoters
ASTME, Tooling for Aircraft and Missile Manufacture
Sachs, Sheet Metal Fabrication
S C Keshu and K K Ganapathy, Aircraft Production Technology and Management, Interline 1993
Principles of Helicopter Engineering Aerodynamics of Rotor Blade, Power Units and Flight Performance, Dynamic Stability and Control, Rotor Vibrations, Rotor Blade Design John Fay, The Helicopter and How It Flies, Himalayan Books 1995
Lalit Gupta, Helicopter Engineering; Himalayan Books New Delhi 1996
Joseph Schafer, Basic Helicopter Maintenance, Jeppesen 1980
R W Prouty, Helicopter Aerodynamics
Rockets and Missiles Aerodynamics Characteristics of Airframe Components, Performance of Missiles and Rockets, Longitudinal, Directional, Lateral, Maneuvering Flight, Dynamic Stability S S Chin, Missile configuration Design, McGraw Hill
Davis Follin & Blitzer Van, Exterior Ballistics of Rockets, Nostrand
Seifert & Brown, Ballistic Missiles and Space Vehicle Systems, John Wiley
Ed. Seifert, Space Technology, John Wiley
How is BTech Aeronautical Engineering Syllabus Implemented?

How is BTech Aeronautical Engineering Syllabus Implemented?

  • A student has to take and appear in a minimum of four exam sessions to complete a total of ten subjects of Section - A. 
  • In Section-A, a student is free to take any subject(s), however there is a restriction on numbers with a minimum of one and maximum of four only in one exam session. 
  • The Workshop Training Capsule of six weeks as per details in the Syllabus will be arranged by student members under their own arrangement at all such facilities with engineering institutions
  • In Section -B, students will be free to take subject(s), minimum one and maximum four in one exam session, and appearance in minimum of four exam sessions is essential.
  • Every student will have to go through 6 weeks training in familiarization with different laboratories as per the Syllabus.. 
  • Student members will undertake six weeks project work. A student is expected to get the subject of his choice approved by the HO or by an experienced professional nominated for the purpose by the HO. 
  • Students having B.E./BTech or its equivalent qualification will be entitled to get exemption from appearing in upto six subjects of Section-A, as per their discipline in BE/BTech course. 
  • The candidates belonging to Electrical/ Electronics and Allied streams may get exemption of subjects, namely, Applied Maths-I, Basic Electronics, Electrical Engineering, Microprocessors & Software Engineering, Engineering Drawing & Design, and Workshop Technology. 
  • The candidates belonging to Mechanical, Civil, Chemical and Allied disciplines may get exemption in subjects, namely, Applied Maths-I, Fluid Mechanics, Strength of Material, Engineering Thermodynamics, Engineering Drawing & Design, and Workshop Technology.
BTech Aeronautical Engineering FAQ

BTech Aeronautical Engineering FAQ

Ques: What is the work of an aeronautical engineer?

Ans: An aeronautical engineer works with aircraft. Their primary job is to design aircraft and propulsion systems but with time, the engineers are given many more responsibilities to carry out. The aeronautical engineers study the mechanisms of aircraft. They work for a career in aircraft, airplanes, jet planes and space shuttles.

Ques: Can an Aeronautical Engineer become a pilot?

Ans: Yes ,an Aeronautics engineer can become a pilot provided if he has done 10+2 WITH PCM, scoring more than 50%. Also, he must pass the class 1 Medical done by the aero medics approved by DGCA

Ques:  In which sector does aeronautical engineers get jobs?

Ans: The aeronautical engineers get jobs in the defence and aviation industry.

Ques: Is aeronautical engineering hard?

Ans: Aeronautical engineering is one of the complex fields among various engineering degrees. However, it has been a popular course pursued by engineering aspirants across the globe. Aeronautical engineering requires expertise in Physics and Mathematics. If you are best at these subjects it would not be much difficult. However, I should have a great observation and strong calculative skills.

Ques:  What is the salary of an aeronautical engineer in India?

Ans: An aeronautical engineer earns the average salary in India between Rs 5 lakh per annum. The salaries in the government sector are determined as per the pay scale for the particular post.

Ques: Is aeronautical engineering good for females?

Ans: Yes, definitely. If students are good at PCM and have an interest in aircrafts mechanics, they should pursue this course without any hesitation regardless of their gender.

Ques: Which university is best for aeronautical engineering?

Ans: Below are some of the institutes that are best to study in aeronautical engineering:

  • Indian Institute of Technology Bombay
  • Indian Institute of Technology Kanpur
  • Indian Institute of Space Science and Thiruvananthapuram
  • Manipal Institute of Technology
  • Sathyabama Institute of Science and Technology
  • PEC University of Technology
  • Indian Institute of Aeronautical Engineering, Dehradun

Ques:  How can I become an aeronautical engineer after 12th?

Ans: Students who have successfully completed their class 12th examination or equivalent with Physics, Chemistry and Mathematics (PCM) and aggregate of with a minimum of 70 to 75% in the examination are eligible to apply for the entrance exam for Aeronautical Engineering for BTech course.

Ques: How is aeronautical engineering as a career?

Ans: Aeronautical Engineering is one of the best engineering courses with a high recruitment rate. They also have opportunities to work in government and private organizations, research centers etc.

Ques: What is the job opportunities for aeronautical engineers in India?

Ans: Aeronautical engineering is one of the most challenging branches of engineering. It has a wide scope of growth in the field of engineering. This field is concerned mostly with the technical as well as the mechanisms of the flying aircrafts. This field deals with the development of new technologies in aviation and defense systems. This field mainly consists of the construction, designing, working, testing, operation, maintenance of the space craft’s, satellites, missiles, space vehicles, etc.

Bachelor of Technology [B.Tech] (Aeronautical Engineering) : 34 answered questions

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Ques. Which one should I choose, Aerospace at IIEST or ECE at Heritage Institute of Technology, given that I'm interested in both?

● Top Answer By Aaditya Hari Nair on 23 Sept 21

Ans. Seeing your interest in both branches, IIEST has a wide scope of diverse cultures and you will find many students from all over the nation.  IIEST Shibpur offers great exposure in terms of academics as well as extra-curricular activities along with the interactive clubs and fun happening fests. It comes under the Government of India and is one of the NIT.  However, Aerospace Engineering is not a trending branch anymore and it was in the limelight a decade ago. To open up more opportunities, you will be required to pursue a Master’s or prepare for the competitive exams to get a decent job.  ECE at Heritage Institute is more prominent but being a private college, it is not up to the mark as compared to Aerospace Engineering. The placement opportunities at HIT are not good. Therefore, all you can do is to opt for IIEST, get a decent aggregate, and change the branch from Aerospace to ECE in the second year.Read more
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Ques. How are the facilities of the aerospace engineering department in Karunya University?

● Top Answer By Aaditya Hari Nair on 09 Sept 21

Ans. The Department of Aerospace was started in Karunya University with the primary objective to produce aerospace engineers for meeting the ever-growing demand for engineers for serving the sectors that are civil aeronautical and defense-oriented. At the same time, the department also aims to employ part of its staff in the expansion of space R&D as the demand for space applications in communication, strategic applications, remote sensing, etc is increasing. The technologists and entrepreneurs of Karunya University are in much demand by the aircraft design and manufacture as there is still a lack of a viable civilian aircraft and industry sector in the country. A large part of the business still goes out to foreign launch operations despite the presence of large communication satellites that are launched into synchronous orbits. The experimental facilities at Karunya University have been set up not only to teach but also to evolve as tools of research and consultancy. The specifications of the facilities have been laid out with their eventual research application. You will have to perform testing and generation of data for real-life applications in aircraft, spacecraft, and rockets as opposed to cases that are idealized in the UG curriculum.Read more
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Ques. How is aerospace engineering at IIT, Madras and Bombay?

● Top Answer By Aaditya Hari Nair on 30 Jul 21

Ans. The scenario for Aerospace Engineering is of an average scale in India, even in institutes like IIT Madras and IIT Bombay. The points below give a brief overview of the Aerospace Engineering department of IIT Madras. The Aerospace Engineering department has nearly 50+ students in total. Even being much less in number, there is a huge competition for stream change, which happens after the first semester of the course. You will be sent for internships during your second year. If you are in the top CGPA scores, then you will get a chance to intern at DRDO. Almost 15-20 students get this opportunity of working at DRDO. Other than these few students, other students have to find their own internships in their second year. Out of the rest, 10 students are sent as interns in their 3rd year by the institute. Students who aspire of getting core placements in Aerospace Engineering have to struggle a lot for getting a decent job. Even CGPA as high as 8.5 and above is necessary for good placement in this department. These are some of the facts related to the Aerospace Engineering department of IIT Madras, which provides decent opportunities to students with a good overall academic score.Read more
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Ques. How is IIT madras Aerospace? How is life like?

● Top Answer By Admin on 27 Jul 21

Ans. On the ranking, the IIT Madras Aerospace department comes after the Mechanical department. Also, keep in mind that the IIT Madras Aerospace and Aeronautical departments of other institutes are different. Aerospace Engineering is designing, whereas Aeronautical Engineering is the maintenance of aircraft. Your life will be good in the aerospace department at the institute as it would be in any other department. Most of the IIT Aerospace students pursue masters after completing their B.tech degree. If you are looking to pursue B.Tech in Aerospace engineering then IIT Madras will be a good option. You can also go for master’s after completing your bachelor's degree.Read more
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Ques. Is it true that aeronautical engineering branch in Madras Institute of Technology had the least placements this year?

● Top Answer By Komal Chawla on 17 Jul 21

Ans. Yes, not only this year but for the last 5-6 years, MIT Aeronautical Engineering has been facing a lot of trouble in general. The primary reason is that it is one of the university departments of Anna University. In India, there are fewer core companies, and they mostly visit the IITs and NITs. Most of the students are attending IITs and NITs, which also decreases the number of students getting admission in MIT. Exams are used by public sector companies such as DRDO and ISRO to hire employees, and students had to apply after completing their undergraduate degrees. The curriculum isn't very good, in comparison to other streams. Some businesses require specialization, so they opt for P.G. There was no proper guidance from the staff. This is a major issue in the department. Categories Aeronautical Engineering at Madras Institute of Technology Course Fee 2 lakh Highest CTC 23 LPA Average CTC 10 LPA Recruiting Companies Hindustan Aeronautics Limited, Defense Research and Development Organisation, ISRO, NASA etc. Anna University's core placements are declining at a faster rate, and this is not limited to the Aeronautical department. If your goal is to get a job, then it is suggested that you do not go for Aeronautical Engineering at MIT.Read more
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