Approved By: UGC
|
Duration: 4 Years |
Eligibility: 10+2 or Equivalent |
Course Duration: Four Year (Semester System)
Course Eligibility : 10+2 in Non-Medical with at least 50 % marks or Equivqlent CGPA
Admission Criteria: Merit in qualifying examination, subject to eligibility criteria.
Entrance/Eligibility Test: As per University Rules
Programme Mode: Regular
Course Syllabus
Semester – I
| Course Title |
|
Mathematics I |
|
Humanities 1 (Elective)
|
|
Unified Electrical Engineering I |
|
Engineering Graphics |
|
Mechatronics |
|
Physical Education II |
Semester – II
|
Mathematics II |
|
Physics 1 |
|
Introduction to Manufacturing |
|
Introduction to Computing |
|
Introduction to Engineering design |
|
Physical Education I |
Semester – III
|
Unified Electrical Engineering II |
|
Chemistry I |
|
Chemistry Lab |
|
Solid Mechanics |
|
Introduction to Aeronautics |
|
Aerodynamics I |
|
Workshop Project |
Semester – IV
|
Mathematics III |
|
Physics II |
|
Physics Lab. |
|
Aircraft Structures I |
|
Flight Mechanics I |
|
Experiments in Aeronautics I (Measurement Techniques) |
Semester - V
|
Numerical Analysis |
|
Humanities II (Elective)
|
|
Thermodynamics |
|
Aerodynamics II |
|
Airplane Propulsion |
|
Aeromodelling & Design Laboratory |
|
5 Weeks Training at Air Force Station Chandigarh |
Semester – VI
|
Elective I |
|
Elective II |
|
Elective III |
|
Open Elective I |
|
Open Elective II |
Semester – VII
|
Humanities III (Elective)
|
|
Flight Mechanics II |
|
Compressible Aerodynamics |
|
Aircraft Structures II |
|
Experiments in Aeronautics II (Aerodynamics) |
|
Capstone Project I |
|
6 Weeks Industrial / Academic Training |
Semester – VIII
|
Humanities IV (Elective)
|
|
Elective IV |
|
Airplane Design I |
|
Rocket Propulsion |
|
Experiments in Aeronautics III (Str+CLU+Solid Rocket Motor) |
|
Capstone Project II |
|
Comprehensive Viva |
|
Flight Lab. Exp. In IITK |
Elective I, Elective II, Elective III, Elective IV, Open Elective I, Open Elective II
|
Space Dynamics |
|
Wind Tunnel Techniques |
|
Computational Aerodynamics |
|
Helicopter Dynamics |
|
Viscous Flow Theory |
|
Introduction to Wind Energy Conversion |
|
Automatic Flight Control |
|
Aeroelasticity |
|
Introduction to Avionics Technology |