Wednesday, September 11, 2013

B.Tech. (Aerospace Engineering) - Course Details

Aerospace Engineering has emerged as a field that focuses on using materials, structures, thermodynamics and control, and work towards enhancing human mobility. Aerospace engineers who often specialize in areas such as structural design, navigation and control, instrumentation and communication are involved in developing new technologies used in aviation, space exploration, defense systems, etc.

SEMESTER I
  • Physics I
  • Mathematics I
  • Computer Science
  • Communication Workshop 1.1
  • Engineering Graphics
  • Workshop Technology
  • Practical
  • Physics Lab I
  • Computer Lab I
  • Engineering Graphics Lab I
  • Engineering Workshop Lab
  • Language Lab

SEMESTER II
  • Physics II
  • Chemistry
  • Mathematics II
  • Engineering Mechanics + Mechanics of Solids
  • Communication Workshop 1.2
  • Environmental Studies
  • Practical
  • Physics Lab II
  • Engineering Graphics Lab II
  • Chemistry Lab
  • Language through Literature

SEMESTER III
  • Mathematics III
  • Material Science
  • Applied Fluid Mechanics
  • Thermodynamics & Heat Engines
  • Basic Electrical Engineering
  • Basics Electronics Engineering
  • Introduction to Aerospace Engineering
  • Practical
  • Applied Fluid Mechanics Lab
  • Electrical & Electronics Lab
  • Material Testing Lab

SEMESTER IV
  • Digital Electronics & Microprocessors
  • Aerodynamics I
  • Programming Language & DBMS
  • Propulsion I
  • Heat Transfer Processes
  • Communication Workshop 2.0
  • Practical
  • Heat Transfer Lab
  • Programming Language & DBMS Lab
  • CAD (Advanced Aero Drawing)

SEMESTER V
  • Flight Mechanics I
  • Aircraft Material & Manufacturing Techniques
  • Aircraft Structure I
  • Aerodynamics II
  • Applied Numerical Techniques & FEM
  • Radio & Satellite Communications
  • Practical
  • Aerodynamics Lab
  • Aero Modeling & Fabrication Lab
  • Minor Project I

SEMESTER VI
  • Introduction to Vibration Analysis
  • Propulsion II
  •  Flights Mechanics II
  • Supersonic & Hypersonic Aerodynamics
  • Aircraft Structures II
  • Communication Workshop 3.0
  • Practical
  • Aircraft Structures Lab
  • Propulsion Lab
  • Comprehensive Viva I
  • Minor Project II
  • Industrial Visit
SEMESTER VII
  • Industrial Management
  • Rocket Propulsion
  • Aircraft Maintenance and Legislation
  • Flight Dynamics & Control
  • Elective I (choose any one)
  • Helicopter Engineering
  • Orbital Mechanics
  • Practical
  • Flight Lab
  • Comprehensive Viva II
  • Major Project I
  • Seminar
  • Industrial Training

SEMESTER VIII
  • Design of Aerospace Vehicles
  • Spacecraft Dynamics & Attitude Control

Elective II (choose  any one)
  • Introduction to Aeroelasticity
  • Space Science & Space Environment

Elective III
  • Computational Fluid Dynamics
  • Finite Elements Analysis
  • Control Theory

Practical
  • Major Project II

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