X & XII Marks to study Aeronautical Engineering

What are the minimum marks required in X & XII for admission in BE Aeronautical Engineering course in India??

[Arvind Kumar]

BE Aeronautical engineering is four-year degree course that comprises eight semesters. There are plenty of colleges in which offers degree in aeronautical engineering.

X & XII Marks for BE Aeronautical Engineering

-Must have passed 10+2 pass with math, physics, and chemistry as subjects with minimum 50% marks in each subject.
-Diploma-Pass candidate should also earn 50% aggregate in 10th class.

Subjects under BE Aeronautical Engineering:

Advanced Propulsion Techniques
Aerodynamics Laboratory I
Aerodynamics of Rockets and Missiles
Aircraft Design Project I
Aircraft Gas Turbines
Aircraft Performance
Aircraft Stability and Control
Aircraft Structures I
Aircraft Structures II
Analysis and Design of Trusses
Beam Columns
Buckling of Plates
Chemical Rockets
Columns
Combustion Chambers
Components of Environment
Compressors
Current Environmental Issues
Design and Drafting
Design of Joints
Drag of Bodies
Dynamic Lateral and Directional Stability
Dynamic Longitudinal Stability
Electrical Resistance Strain Gauges
Energy Methods
Engineering as Social Experimentation
Engineering Ethics
Engineering Interventions to Reduce the Environmental Stresses
Engineer's Responsibility for Safety
Experimental Stress Analysis
Extensometers
Financial Management
Fundamentals of Gas Turbine Engines
Fundamentals of Rocket Propulsion
Gliding and Climbing Flight
Global Issues
Landing Gear Design
Layout of Typical Wing And Fuselage
Management Sciences
Marketing Management
Materials for Rockets and Missiles
Measurements
Modelling and Drafting
Non-Destructive Testing
Nozzles
Organisations
Personnel Management
Photo-elasticity
Principles of Environmental Science and Engineering
Production and Operation Management
Professional Ethics
Propellers
Propulsion I
Propulsion II
Quality Systems
Ramjet Propulsion
Responsibilities and Rights
Rocket Motion in Free Space and Gravitational Field
Rockets and Missiles
Rockets System
Science of Environment
Shear Flow in Closed Sections
Shear Flow in Open Sections
Special Performance Problems
Staging and Control of Rockets and Missiles
Static Directional Stability
Static Lateral Stability
Static Longitudinal Stability
Statically Determinate Beams
Statically Indeterminate Beams and Frames
Statistical Process Control (SPC)
Steady Flight
Stress Analysis of Wing and Fuselage
Structures Laboratory I
Subsonic and Supersonic Inlets for Jet Engines
Total Quality Management
TQM Principles
TQM Tools
Turning Performance
Unsymmetrical Bending