An honour is the field in which a student focuses during the course of his/her degree. An Honours degree typically refers to a higher level of academic achievement in the major area. Minor is a secondary concentration of courses that often complements the honours. Minor are coherent sequences of courses which may be taken in addition to the courses required for the B.Tech degree.
Honours Certificate for Vertical in his/her OWN major for Research orientation; Minor in any OTHER branch for Improving Employability.
Only students having no credit arrears and a CGPA of 7.5 or above at the end of the fourth semester are eligible to register for B.Tech (Honours / Minor). After registering for the B.Tech (Honours / Minor) program, if a student fails in any course, s/he will not be eligible for B.Tech (Honours / Minor).
S.No | Course Code | Name of the Courses | Prerequisites | Credits |
---|---|---|---|---|
Eligibility: Major in Aeronautical Engineering | ||||
1 | HAE001 | Advanced Fluid Mechanics | Basic Knowledge of Mathematics and Fluid Mechanics | 3 |
2 | HAE002 | Advance Aircraft Maintenance | Aircraft Production Technology and Maintenance | 3 |
3 | HAE003 | Dynamical System and Control | Linear Algebra and Ordinary Differential Equations | 3 |
4 | HAE004 | Fundamentals of Compressible Flow | Fluid Dynamics | 3 |
5 | HAE005 | Computational Fluid Dynamics using Finite Volume Method | Linear algebra, numerical methods, incompressible fluid mechanics | 3 |
6 | HAE006 | UAV design part-II | Introduction to Aerodynamics/Flight Mechanics | 3 |
Laboratories | ||||
7 | HAE007 | International Collegiate Programming Contest (ICPC) Laboratory - I | Basic Programming Knowledge | 2 |
8 | HAE008 | International Collegiate Programming Contest (ICPC) Laboratory - II | Basic Programming Knowledge | 2 |
9 | HAE009 | Research Project Work | 4 |
The minor has to be a subject offered by a department other than the department that offers the major of the student or it can be a different major offered by the same department. For example, a student with the declared major in Computer Science and Engineering (CSE) may opt to do a minor in Physics; in which case, the student shall receive the degree B.Tech, Computer Science and Engineering with a minor in Physics.A student can do Majors in chosen filed as per the career goal, and a minor may be chosen to enhance the major thus adding the diversity, breadth and enhanced skills in the field.
The minors mentioned above are having lots of advantages and a few are listed below:
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S.No | Course Code | Name of the Courses | Prerequisites | Credits |
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Eligibility: Non Aeronautical Engineering Major | ||||
1 | MAE001 | Introduction to Aerospace Engineering | Nil | 3 |
2 | MAE002 | Space FlightMechanics | Calculus of Multi- variables, Physics, Applied Mechanics | 3 |
3 | MAE003 | Introduction to Composites | Nil | 3 |
4 | MAE004 | AircraftStructures-I | Basic Solid Mechanics | 3 |
5 | MAE005 | Foundation Of Computational Fluid Dynamics | Nil | 3 |
6 | MAE006 | Engineering Thermodynamics | +2 Science | 3 |
7 | MAE007 | Mini Project | - | 3 |
8 | MAE008 | Paper Publication | - | 2 |
S.No | Course Code | Name of the Courses | Prerequisites | Credits |
---|---|---|---|---|
Eligibility: Major in Aeronautical Engineering, Major in Mechanical Engineering | ||||
1 | MAS001 | Basics of Finite Element Analysis-I | Engineering Mechanics, Strength of materials | 3 |
2 | MAS002 | Theory of Elasticity | Engineering Mechanics | 3 |
3 | MAS003 | Engineering Fracture Mechanics | Basic course on Strength of Materials. Course on Theory of Elasticity desirable | 3 |
4 | MAS004 | Introduction to Mechanical Vibration | Engineering Mechanics and Mathematics | 3 |
5 | MAS005 | Fundamentals of Material Processing | Mathematics ,Strength of Materials and Thermodynamics | 3 |
6 | MAS006 | Structural Analysis of Nanomaterials | Introduction to Solid Mechanics | 3 |
7 | MAS007 | Mini Project | - | 3 |
8 | MAS008 | Paper Publication | - | 2 |
S.No | Course Code | Name of the Courses | Prerequisites | Credits |
---|---|---|---|---|
Eligibility: Major in Aeronautical Engineering | ||||
1 | MSS001 | Aircraft Propulsion | Thermodynamics | 3 |
2 | MSS002 | Fluid Machines | Fluid Dynamics | 3 |
3 | MSS003 | Heat Exchangers: Fundamentals and Design Analysis | Thermodynamics | 3 |
4 | MSS004 | Fundamentals of Convective Heat Transfer | Thermodynamics | 3 |
5 | MSS005 | Fundamentals of Conduction and Radiation | Thermodynamics | 3 |
6 | MSS006 | Solar Photovoltaic Fundamentals, Applications and Technology | Thermodynamics | 3 |
7 | MSS007 | Mini Project | - | 3 |
8 | MSS008 | Paper Publication | - | 2 |
S.No | Course Code | Name of the Courses | Prerequisites | Credits |
---|---|---|---|---|
Eligibility: Major in Aeronautical Engineering, Major in Mechanical Engineering | ||||
1 | MCT001 | Scientific Computing using MATLAB | Basic Programming | 3 |
2 | MCT002 | Introduction to Computational Fluid Dynamics | Basic Fluid Mechanics | 3 |
3 | MCT003 | Computational Continuum Mechanics | Introduction to Solid Mechanics | 3 |
4 | MCT004 | High Performing Computing for Scientists and Engineers | Basic science, Mathematics, Engineering | 3 |
5 | MCT005 | Product Design and Development | Basic Programming and CAD | 3 |
6 | MCT006 | Numerical Methods for Engineers | Basic science, Mathematics, Engineering | 3 |
7 | MCT007 | Mini Project | - | 3 |
8 | MCT008 | Paper Publication | - | 2 |
S.No | Course Code | Name of the Courses | Prerequisites | Credits |
---|---|---|---|---|
Eligibility: All Branches | ||||
1 | MIE001 | Patent Law for Engineers and Scientists | - | 3 |
2 | MIE002 | Design Thinking and Creativity for Innovation | - | 3 |
3 | MIE003 | Design, Technology and Innovation | - | 3 |
4 | MIE004 | Entrepreneurship for Engineers | - | 3 |
5 | MIE005 | Innovation by Design | - | 3 |
6 | MIE006 | Innovation, Business Models and Entrepreneurship | - | 3 |
7 | MIE007 | Mini Project | - | 3 |
8 | MIE008 | Paper Publication | - | 2 |