AERONAUTICAL ENGINEERING
Programme Overview
Aeronautical Engineering is a well-known branch of Engineering that attracts students having an interest in Aircraft & its mechanism. Aeronautical Engineering deals with the creation, design, and maintenance of travel machines, including airplanes missiles, helicopters, satellites, and spacecraft. This involves designing, Constructing, Analyzing & Testing commercial or Military Aircraft, missiles & Spacecrafts.
Aeronautical Engineering is one of the complex fields among various engineering degrees and it has been a popular course pursued by engineering aspirants across the globe. It requires expertise in Physics & Mathematics and great observation & Strong calculative Skills.
Career Opportunities
- Flight Mechanics Engineer
- Graduate Engineer Trainee
- Aircraft Engineer
- Racing Car Designer
- Aircraft Production Engineer
- Air Safety Officer
- Space Scientist in govt. organisation
- And Many More…
Programme Duration & Type
4 Years ( 8 Semesters )
Full Time
Eligibility Criteria
Candidate who has Passed 12th Grade / 2nd PUC / Equivalent Exam with English as one of the Languages and obtain a minimum of 45% of marks in aggregate in Physics & Mathematics along with Chemistry / Biology / Electronics / Biotechnology / Computers (40% for reserved category candidates).
Candidate must qualify in one of the following entrance exams:
AIEEE / JEE / CET / COMED-K
or any other equivalent entrance examination conducted by recognized Institution / Agency.
Programme Structure
Aeronautical Engineering | Syllabus
I / II Semester
- Math
- Physics
- Element of Electrical Engineering
- Element of Mechanical & Workshop
- Element of Computer Engineering
- Problem Solving Using Programming
- Element of Civil Engineering
- CAED
- Common Core
III Semester
- Engineering Mathematics – III
- Material Science & Metallurgy
- Mechanical Measurement & Metrology
- Basic Thermodynamics
- Mechanics of Materials
- Manufacturing Processes
- Computer Aided Machine Drawing
- Fluid Mechanics
IV Semester
- Engineering Mathematics – IV
- Material Science & Metallurgy
- Mechanicl Measurements & Metrology
- Kinematics of Machines
- Elements of Aeronautics
- Computer Aided Maching Drawing
V Semester
- Management & Enterpreneurship
- Introduction to Composite Materials
- Dynamics of Machines
- Aerodynacis – I
- Aircraft Propulsion
- Aircraft Structures – I
- Aerodynamics Lab
- Energy Conversion Lab
VI Semester
- Applied Gas Dynamics
- Aircraft Performance
- Aerodynamics – II
- Finite Element Analysis
- Theory of Vibrations
- Elective – I
- Structures Lab
- Propulsion Labratory
Elective - I
- Numerical Methods
- Aircraft Materials
- Comnustion
- Reliability Engineering
- Industrial Management
- Rockets And Missiles
VII Semester
- Control Engineering
- Aircraft Structures – II
- Aircraft Stability & Control
- Gasa Turbine / Technolgy
- Electives II
- Electives III
- Design, Modelling & Analysis Laboratory
- Simulation Labrotary
Elective - II
- Numerical Methods
- Aircraft Materials
- Comnustion
- Reliability Engineering
- Industrial Management
- Rockets And Missiles
VIII Semester
- Flight Vehicle Design
- Avionics
- Electives IV
- Elective V
- Project Work
- Seminar on Current / Topics
