IIT Kanpur - Indian Institute of Technology

The Aerospace Engineering course at IIT Kanpur provides a high level of industry exposure to students. The institute has strong ties with the aerospace industry and works closely with industry partners to provide students with practical experience and exposure to real-world problems. One of the key ways in which the Aerospace Engineering programme at IIT Kanpur provides industry exposure is through internships. Students have the opportunity to work with leading aerospace companies in India and abroad, such as Airbus, Boeing, and the Indian Space Research organisation (ISRO). These internships provide students with hands-on experience in the aerospace industry and allow them to apply the theoretical knowledge they have gained in the classroom to real-world problems. In addition to internships, IIT Kanpur also organizes guest lectures, workshops, and industry visits, which provide students with the opportunity to interact with professionals in the field of aerospace engineering and to learn about the latest trends and developments in the industry. Overall, the Aerospace Engineering course at IIT Kanpur provides a high level of industry exposure, which helps students to develop the skills and knowledge needed to succeed in the aerospace industry.

Yes, there are many research opportunities available for students of the Aerospace Engineering course at IIT Bombay. As a premier engineering institute in India, IIT Bombay has a strong focus on research, and students in the Aerospace Engineering programme have the opportunity to work on cutting-edge research projects with faculty members and industry partners. There are several research centers and laboratories within the Aerospace Engineering department at IIT Bombay, including the Center for Aerospace Systems Design and Engineering, the Aerospace Systems Lab, and the Turbomachinery Lab. These facilities are equipped with state-of-the-art equipment and resources, including wind tunnels, test rigs, and simulation software, which enable students to conduct advanced research in areas such as aerodynamics, propulsion, and structures. In addition to working with faculty members on research projects, students can also participate in research internships with industry partners, both in India and abroad. These internships provide students with the opportunity to work on real-world problems and to gain hands-on experience in the aerospace industry. Overall, the research opportunities available for students of the Aerospace Engineering course at IIT Bombay are extensive and varied, and provide students with the opportunity to work on cutting-edge research projects, gain practical experience, and make meaningful contributions to the field of aerospace engineering.

The IIT Kanpur the highest package (domestic) offered was INR 1.9 crore per annum. Further, 33 students received packages of above INR 1 crore per annum during IIT Kanpur placements 2023. The number of international offers increased by more than double when compared with 2021. According to media reports, phase 1 of the placement session 2022-23 concluded with 1,200 job offers received from over 250 companies. This included 74 international offers and 208 PPOs. A total of 1,198 students have accepted jobs. The IIT Kanpur the highest package (domestic) offered was INR 1.9 crore per annum. Further, 33 students received packages of above INR 1 crore per annum during IIT Kanpur placements 2023.

Performance in JEE Advanced followed by JoSAA (Joint Seat Allocation Authority) counselling, determines a candidate's eligibility for admission to the Aerospace Engineering programme at IIT Kanpur. The steps in the selection procedure are as follows:
JEE Advanced: The applicant must take the JEE Advanced exam and pass it with a passing grade. The applicant must meet all eligibility standards, including the age restriction, educational requirements, and other prerequisites, in order to be considered for admission to IIT Kanpur. Registration for JoSAA Counselling: After passing JEE Advanced candidates must register on the JoSAA website for JoSAA counselling. Choice Filling and Locking: The candidate must enter their preferred colleges and courses depending on their qualifications and preferences. Seat Distribution:
JoSAA will assign a seat to the candidate in accordance with the candidate's JEE Advanced ranking, preferences for courses and colleges, and the availability of seats. Reporting to the Allotted Institute: The candidate must appear to the institute to which they have been assigned a seat in order to complete the admissions process and have their documents verified. For the most recent information and changes, it is advisable to visit the official websites of IIT Kanpur or JoSAA. The specifics and guidelines for the admission procedure may change from year to year.

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.