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B-Tech Aerospace Engineering
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Indira Gandhi National Open University
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Extended Date of receipt of Completed Applications - 15th july 2011
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Display of Merit List on Website -
05th July 2011
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Course Commences on ? 21th July 2011
   
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 Aerospace - Merit List
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Course
 

PROGRAMME STRUCTURE

The B Tech (Aerosapce Engineering) is a four years program of Indira Gandhi National Open University. The syllabus for the program is given in the table below. The university follows the credit system in organizing the programme by assigning credits for each course. Each credit in our system amounts 30 hours of study comprising all learning activities.

NOTE- Existing courses can be adapted in parts or whole as required for the B Tech (Aerospace Engg) programme

PROGRAMME CODE-BTAE

First Year First Semester

Sr.No. Course Code Course Title Credit Nature of the Course
01 ET-101A Mathematics I 4 Theory
02 BAS-001 Applied Physics 4 Theory
03 BAS-002 Applied Chemistry 4 Theory
04 BAS-003 Technical Writing & Communications skill 4 Theory
05 BME-016 Engineering Mechanics 4 Theory
06 BASL-001 Lab-1, (Applied science lab for Physics & Chemistry) 3 Practical
07 BASL-002 Lab-2, (Applied Mechanics) 3 Practical
  Total : 26

First Year Second Semester

Sr.No. Course Code Course Title Credit Nature of the Course
01 ET-101 B Mathematics-II 4 Theory
02 BAS-004 Workshop Technology 4 Theory
03 BAS-005 Engineering Drawing 4 Theory
04 BME-021 Principles of Electrical and Electronics Science 4 Theory
05 BAS-006 Computer Fundamentals 4 Theory
06 BASL-003 Lab-3 (Workshop Practical) 3 Practical
07 BASL-004 Lab-4 (Engineering Drawing) 3 Practical
08 BASL-005 Lab-5 (Electrical & Electronics) 3 Practical
09 BASL-006 Lab-6 (Computer Fundamentals) 3 Practical
  Total : 32

Second Year Third Semester

Sr.No. Course Code Course Title Credit Nature of the Course
01 BAS-007 CNS - ATM System 4 Theory
02 BAS-008 Strength of Materials 4 Theory
03 BME-018 Material Science 4 Theory
04 ET-201 A Mechanics of Fluid 4 Theory
05 BAS-008 A Introduction to Aeronautics 4 Theory
06 BASL-007 Lab-7 (CNS - ATM Systems) 3 Practical
07 ET-574 Lab-8 (Fluid Mechanics) 3 Practical
08 BASL-009 Lab-9 (Aero - Modeling) 3 Practical
09 BASL-010 Lab-10 (Material Science) 3 Practical
  Total : 32

Second Year Fourth Semester

Sr.No. Course Code Course Title Credit Nature of the Course
01 BAS-009 Machine Design 4 Theory
02 ET-201 B Thermodynamics 4 Theory
03 BAS-010 Aircraft Systems & Airworthiness Requirements 4 Theory
04 BAS-011 Aerodynamics - I 4 Theory
05 BAS-012 Propulsion - I 4 Theory
06 BASL-011 Lab-11 (Thermodynamics) 2 Practical
07 BASL-012 Lab-12 (Aerodynamics Lab) 3 Practical
08 BASL-013 Lab-13 (Machine Design) 2 Practical
09 BASL-014 Industrial Training of 3 weeks during vacation 4 Practical
  Total : 31

Third Year Fifth Semester

Sr.No. Course Code Course Title Credit Nature of the Course
01 ET-102 Mathematics-III 4 Theory
02 BAS-013 Aircraft Structures 4 Theory
03 BAS-014 Aerodynamics-II 4 Theory
04 BAS-015 Propulsion-II 4 Theory
05 BAS-016 Flight Mechanics 4 Theory
06 BASL-015 Lab-14 (Propulsion-II) 3 Practical
07 BASL-016 Lab-15 (Aerodynamics-II) 3 Practical
08 BASL-017 Lab-16 (Aircraft Structures) 3 Practical
  Total : 29

Fourth Year Seventh Semester

Sr.No. Course Code Course Title Credit Nature of the Course
01 BAS-020 Environmental Science 4 Theory
02 BAS-021 Composite Materials 4 Theory
03 BME-006 Mechatronics 4 Theory
04 BME-007 Quality Engineering 4 Theory
05 BMEL-002 Lab-19 (Mechatronics) 3 Practical
06 BASP-001 Project 9 Project
  Total : 28

Fourth Year Eight Semester

Sr.No. Course Code Course Title Credit Nature of the Course
01 BAS-022 Aircraft Design/Launch Vehicle/Rocked Design 4 Theory
02 BAS-023 Introduction to Rockets & Missiles 4 Theory
03 BAS-024 Space Dynamics 4 Theory
04 Please refer
table below
Elective 4 Theory
05 BASP-002 Project On Aircraft Design/Launch Vehicle
or Rocket System Design
10 Project
  Total : 26

Course Code for the Elective Courses

Sr.No. Course Code Course Title Credit Nature of the Course
01 BASE-001 Helicopter Engineering 4 Theory
02 BASE-002 Rocket Propulsion 4 Theory
03 BASE-003 High Speed Aerodynamics 4 Theory
04 BASE-004 Flight Testing 4 Theory
05 BASE-005 Introduction to Computational Fluid Dynamics 4 Theory
06 BASE-006 Finite Elements Methods 4 Theory
07 BASE-007 Microprocessor 4 Theory
08 BASE-008 Applied Industrial Aerodynamics 4 Theory
 
 
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