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Shruti PawarCurrent Student
Beginner-Level 4
INTRODUCTION TO AEROSPACE ENGINEERING
COMPRESSIBLE AERODYNAMICS
FLIGHT MECHANICS
INTRODUCTION TO AEROSPACE STRUCTURES
B TECH PROJECT 1
TECHNICAL COMMUNICATION
ROCKET PROPULSION
EXPERIMENTS IN AEROSPACE ENGINEERING III
AIRCRAFT DESIGN-I
B TECH PROJECT
IN
COMPRESSIBLE AERODYNAMICS
FLIGHT MECHANICS
INTRODUCTION TO AEROSPACE STRUCTURES
B TECH PROJECT 1
TECHNICAL COMMUNICATION
ROCKET PROPULSION
EXPERIMENTS IN AEROSPACE ENGINEERING III
AIRCRAFT DESIGN-I
B TECH PROJECT
IN
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INTRODUCTION TO AEROSPACE ENGINEERING
COMPRESSIBLE AERODYNAMICS
FLIGHT MECHANICS
INTRODUCTION TO AEROSPACE STRUCTURES
B TECH PROJECT 1
TECHNICAL COMMUNICATION
ROCKET PROPULSION
EXPERIMENTS IN AEROSPACE ENGINEERING III
AIRCRAFT DESIGN-I
B TECH PROJECT
INTRO TO AEROSPACE engineering
MATHEMATICS FOR AEROSPACE engineering
INTRODUCTION TO SCIENTIFIC COMPUTING
ADVANCED COMPUTATIONAL FLUID MECHANICS
UNSTEADY GAS DYNAMICS
AERODYNAMICS-I
VISCOUS FLOWS
FINITE ELEMENT METHODS FOR FLUID DYNAMICS
FLIGHT DYNAMICS
FUNDAMENTALS OF COMBUSTION
APPLIED COMPRESSIBLE FLOWS
AEROSPACE STRUCTURAL ANALYSIS - I
ROCKET AND MISSILE STRUCTURES
THEORY OF VIBRATIONS
ANALYSIS & COMPOSITE STRUCTURES
ANALYSIS & COMPOSITE STRUCTURES
HELICOPTER THEORY : DYNAMICS AND AEROELASTICITY
DYNAMICS AND VIBRATION
M TECH THESIS
DEFORMATION AND FRACTURE
PhD THESIS
ENGINEERING GRAPHICS
INCOMPRESSIBLE AERODYNAMIC
EXPERIMENTS IN AEROSPACE ENGINEERING-I
FLIGHT MECHANICS- II
AEROSPACE PROPULSION
EXPERIMENTS IN AEROSPACE ENGINEERING -II
AEROMODEL DESIGN & FABRICATION
EXPERIMENTS IN FLIGHT MECHANICS
AIRCRAFT DESIGN-II
B TECH PROJECT
UNDERGRADUATE PROJECT III
COMPUTATIONAL FLUID MECHANICS
HEAT TRANSFER IN AEROSPACE APPLICATIONS
AERODYNAMICS II
TURBULENCE
TRANSITION AND TURBULENCE
AUTONOMOUS NAVIGATION
SPACE DYNAMICS-I
FLIGHT STABILITY AND CONTROL
NUMERICAL MODELING OF CHEMICALLY REACTING FLOWS
PRELIMINARY DESIGN OF HELICOPTER
ROCKET ENGINE DESIGN
COMBUSTION DIAGNOSTICS
NANO PARTICLE AEROSOL DYNAMICS
INTRODUCTION TO FINITE ELEMENT METHODS
THEORY OF VIBRATIONS
COMPOSITE MATERIALS
AIRCRAFT MATERIALS AND PROCESSES
AEROSPACE STRUC ANALYSIS II
AIRCRAFT SRUCTURAL INTEGRITY
ACOUSTICS IN FLUIDS
INSTRUMENTATION, MEASUREMENTS AND EXPERIMENTS IN FLUIDS
INTRO TO VIRTUAL INSTRUMENTATION
M TECH THESIS
PhD THESIS
ENGINEERING GRAPHICS.
COMPRESSIBLE AERODYNAMICS
FLIGHT MECHANICS
INTRODUCTION TO AEROSPACE STRUCTURES
B TECH PROJECT 1
TECHNICAL COMMUNICATION
ROCKET PROPULSION
EXPERIMENTS IN AEROSPACE ENGINEERING III
AIRCRAFT DESIGN-I
B TECH PROJECT
INTRO TO AEROSPACE engineering
MATHEMATICS FOR AEROSPACE engineering
INTRODUCTION TO SCIENTIFIC COMPUTING
ADVANCED COMPUTATIONAL FLUID MECHANICS
UNSTEADY GAS DYNAMICS
AERODYNAMICS-I
VISCOUS FLOWS
FINITE ELEMENT METHODS FOR FLUID DYNAMICS
FLIGHT DYNAMICS
FUNDAMENTALS OF COMBUSTION
APPLIED COMPRESSIBLE FLOWS
AEROSPACE STRUCTURAL ANALYSIS - I
ROCKET AND MISSILE STRUCTURES
THEORY OF VIBRATIONS
ANALYSIS & COMPOSITE STRUCTURES
ANALYSIS & COMPOSITE STRUCTURES
HELICOPTER THEORY : DYNAMICS AND AEROELASTICITY
DYNAMICS AND VIBRATION
M TECH THESIS
DEFORMATION AND FRACTURE
PhD THESIS
ENGINEERING GRAPHICS
INCOMPRESSIBLE AERODYNAMIC
EXPERIMENTS IN AEROSPACE ENGINEERING-I
FLIGHT MECHANICS- II
AEROSPACE PROPULSION
EXPERIMENTS IN AEROSPACE ENGINEERING -II
AEROMODEL DESIGN & FABRICATION
EXPERIMENTS IN FLIGHT MECHANICS
AIRCRAFT DESIGN-II
B TECH PROJECT
UNDERGRADUATE PROJECT III
COMPUTATIONAL FLUID MECHANICS
HEAT TRANSFER IN AEROSPACE APPLICATIONS
AERODYNAMICS II
TURBULENCE
TRANSITION AND TURBULENCE
AUTONOMOUS NAVIGATION
SPACE DYNAMICS-I
FLIGHT STABILITY AND CONTROL
NUMERICAL MODELING OF CHEMICALLY REACTING FLOWS
PRELIMINARY DESIGN OF HELICOPTER
ROCKET ENGINE DESIGN
COMBUSTION DIAGNOSTICS
NANO PARTICLE AEROSOL DYNAMICS
INTRODUCTION TO FINITE ELEMENT METHODS
THEORY OF VIBRATIONS
COMPOSITE MATERIALS
AIRCRAFT MATERIALS AND PROCESSES
AEROSPACE STRUC ANALYSIS II
AIRCRAFT SRUCTURAL INTEGRITY
ACOUSTICS IN FLUIDS
INSTRUMENTATION, MEASUREMENTS AND EXPERIMENTS IN FLUIDS
INTRO TO VIRTUAL INSTRUMENTATION
M TECH THESIS
PhD THESIS
ENGINEERING GRAPHICS.
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2 years ago
What are the eligibility criteria for admission to the Aerospace Engineering course at IIT Kanpur?
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8 Views
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Shruti PawarCurrent Student
Beginner-Level 4
A Bachelor's degree in Engineering/Design (4-year)/architecture or Science (4-year programme) with a minimum of 75 percent marks/7.5 CPI and a valid GATE/CEED score (the requirement of GATE/CEED score is waived for candidates with Bachelor's d
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A Bachelor's degree in Engineering/Design (4-year)/architecture or Science (4-year programme) with a minimum of 75 percent marks/7.5 CPI and a valid GATE/CEED score (the requirement of GATE/CEED score is waived for candidates with Bachelor's degree in Engineering from the centrally funded technical institutes (CFTIs). .
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2 years ago
Which has a better average salary package for its engineering graduates among IIT Kanpur and IIT Madras?
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54 Views
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Chandni AroraCurrent Student
Contributor-Level 10
The average salary package at IIT Madras is around 21.48 LPA, while the average salary package at IIT Kanpur is around 10 LPA. Therefore, on average, IIT Madras has a better salary package for its Engineering graduates than IIT Kanpur. Accordi
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The average salary package at IIT Madras is around 21.48 LPA, while the average salary package at IIT Kanpur is around 10 LPA. Therefore, on average, IIT Madras has a better salary package for its Engineering graduates than IIT Kanpur. According to the placement records, IIT Madras offered a maximum annual salary of Rs 52.5 Lacs and a minimum salary of Rs 7 Lacs to Civil Engineering students in 2020-21. The records are also suggestive of the fact that the placement rate for Civil Engineering graduates was the highest at IIT Madras compared to other institutes considered in the study.
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2 years ago
Which has a more lenient CGPA grading system for its engineering students among IIT Kanpur and IIT Madras?
0 Follower
804 Views
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Chandni AroraCurrent Student
Contributor-Level 10
Both IIT Kanpur and IIT Madras are top-tier Engineering institutions in India that follow a rigorous academic curriculum and maintain high academic standards. It's important to note that the grading system for Engineering students is generally
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Both IIT Kanpur and IIT Madras are top-tier Engineering institutions in India that follow a rigorous academic curriculum and maintain high academic standards. It's important to note that the grading system for Engineering students is generally standardized across all IITs and follows a strict evaluation process. The grading system ranges from 0 to 10 or 0 to 9, with a minimum passing grade of 5. In addition, IITs follow a relative grading system where grades are assigned based on the performance of the entire class. Although, during the pandemic, IIT Kanpur became more lenient as they followed a no-fail policy in alliance with their already existing grading system.
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Renu PatidarCurrent Student
Beginner-Level 4
Well both the courses are good. But cyber defence from IIT Kanpur is best from the above mentioned.
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1 Follower
154 Views
3 years ago
Is IIT BHU better than IIT Kanpur or not?
1 Follower
393 Views
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Anjali AnjaliCurrent Student
Beginner-Level 5
IIT Kanpur is better than IIT BHU according to ranking but all iits are best in their own, depends upon the branch you got in IIT BHU I. e. you have two option let assume textile in Kanpur and ECE in IIT bhu then afcourse IIT bhu ECE is better
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IIT Kanpur is better than IIT BHU according to ranking but all iits are best in their own, depends upon the branch you got in IIT BHU I. e. you have two option let assume textile in Kanpur and ECE in IIT bhu then afcourse IIT bhu ECE is better option.
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828 Views
Vinay kr PandeyCurrent Student
Simple but significant
Scholar-Level 16
Dear aspirant, Glad to meet you. Students who have done B.Sc. (IT/ CS are eligible to take admission in B.Tech Computer Science through lateral entry mode. According to the AICTE Guidance, candidates who have completed B.Sc. With a minimum mar
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Dear aspirant, Glad to meet you. Students who have done B.Sc. (IT/ CS are eligible to take admission in B.Tech Computer Science through lateral entry mode. According to the AICTE Guidance, candidates who have completed B.Sc. With a minimum mark of 45 percent and have completed class 12 with the subject of mathematics are eligible. So Yes, It is possible to join B.Tech course after completing B.Sc. Through the lateral entry scheme which is offered by most of the Engineering colleges. Hope it helps.
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