Indian Institute of Technology, IIT Bombay

Based on ratings and reviews from current and former students, IIT Delhi is considered to have better hostel facilities and amenities compared to IIT Bombay. The hostels at IIT Delhi are known for their cleanliness, spacious rooms, and well-maintained common areas. The campus also has various sports facilities, gymnasiums, and recreation rooms, which are highly appreciated by the students. In comparison, while the hostels at IIT Bombay are also considered to be of good quality, they are often criticized for being too congested and having inadequate facilities. However, the campus does have a good range of amenities including a sports complex, swimming pool, and student activity center.

The Aerospace Engineering course at IIT Bombay provides a high level of industry exposure to its students through various means. Some of the ways are:
1. Guest lectures: Industry experts are invited to deliver guest lectures and share their experience and knowledge with the students.
2. Internships: The Aerospace Engineering course at IIT Bombay encourages students to undertake internships with various companies and organizations to gain practical experience and exposure to the industry.
3. Industry visits: Students are taken on industry visits to aerospace companies, research laboratories, and other related organizations to get a firsthand experience of the industry.
4. Collaborative projects: The Aerospace Engineering course at IIT Bombay encourages students to work on collaborative projects with industry partners. Overall, the Aerospace Engineering course at IIT Bombay provides a high level of industry exposure to its students, which helps them to develop the necessary skills and knowledge required to excel in their careers in the aerospace industry.

Candidates wishing to seek admission to B.Tech Aerospace Engineering need to match undermentioned eligibility criteria:
Candidates belonging to the General category with 60% marks and SC/ST category with 55% marks in 10+2 with Science stream are eligible to pursue B.Tech in Aerospace Engineering. The course is divided into 8 semesters and as such, the exams are conducted semester-wise. Aerospace Engineering course fee for the duration of 4 years ranges from INR 65,000 to INR 4,00,000 per annum. Candidates need to pass 10+2 examinations with Physics, Chemistry and Mathematics as compulsory subjects with an aggregate of 60% marks. Students also need to appear for the Joint Entrance Examination conducted by IITs between January to May. Students seeking admission to non-IIT colleges will need to apply for the entrance exams.

The selection process for admission to the Aerospace Engineering course at IIT Bombay is based on the candidate's performance in the Joint Entrance Examination Advanced JEE Advanced and subsequent rounds of counselling and seat allotment. To be eligible to appear for the JEE Advanced exam, candidates must first clear the JEE Main exam and rank among the top 2.5 Lacs candidates. Only those who qualify in the JEE Advanced exam are eligible for admission to the Aerospace Engineering course at IIT Bombay. After the declaration of JEE Advanced results, candidates who have qualified for the exam are required to register for JoSAA counselling. JoSAA (Joint Seat Allocation Authority) is responsible for conducting the counselling and seat allotment process for admission to IITs, NITs, IIITs, and other participating institutes. The counselling and seat allotment process involves several rounds, during which candidates are allotted seats in different colleges and courses based on their JEE Advanced rank, category, and preferences. Candidates who are allotted seats in the Aerospace Engineering course at IIT Bombay must then complete the admission process by submitting the necessary documents and paying the admission fee.

The student-to-faculty ratio in the Aerospace Engineering course at IIT Bombay can vary from year to year, depending on the number of students and the availability of faculty members. However, as one of the premier engineering institutes in India, IIT Bombay maintains a low student-to-faculty ratio to ensure that students receive personalized attention and support. According to the latest data available, the overall student-to-faculty ratio at IIT Bombay is around 12:1. However, this ratio can vary depending on the specific department and programme. In the Aerospace Engineering department, the student-to-faculty ratio is typically lower, which means that students can benefit from more individualized attention and guidance from their professors. Having a low student-to-faculty ratio is an important factor in ensuring that students receive a high-quality education. It allows faculty members to provide more personalized attention to each student, to engage in one-on-one discussions and mentoring, and to provide feedback on assignments and projects. This can help students to develop a deeper understanding of the material and to achieve their academic and career goals.

The Aerospace Engineering course curriculum at IIT Bombay is designed to provide students with a comprehensive understanding of the fundamental principles of aerospace engineering, as well as the practical skills needed to design, build, and test aircraft and spacecraft. Here is an overview of the course curriculum:
Mathematics: The course starts with a focus on mathematics, including calculus, linear Algebra and Differential Equations which form the foundation for advanced engineering courses. Mechanics: The next part of the curriculum covers classical mechanics, including Newton's laws, kinematics, and dynamics. This provides students with a deep understanding of the forces that affect aircraft and spacecraft in flight. Thermodynamics The course then moves on to Thermodynamics which covers the fundamental principles of energy and heat transfer. This is essential knowledge for designing and building propulsion systems for aircraft and spacecraft. Aerospace Materials: The curriculum then covers the properties and behavior of materials used in aerospace engineering, including metals, composites, and polymers. This includes an emphasis on material testing and selection. Aerodynamics: The course then focuses on aerodynamics, covering the principles of fluid mechanics and the behavior of fluids in Motion. Students learn how to design aircraft and spacecraft that can operate efficiently in various environments. Aerospace Structures: The next part of the curriculum covers aerospace structures, including the design and analysis of aircraft and spacecraft components, such as wings, fuselages, and engine mounts. Propulsion: The course then covers propulsion systems, including both air-breathing and rocket engines. Students learn about the design, operation, and performance of different types of propulsion systems. Flight Mechanics and Control: The curriculum then covers flight mechanics and control, including the design and analysis of control systems for aircraft and spacecraft. Students learn how to design control systems that can ensure safe and efficient flight. Overall, the Aerospace Engineering course curriculum at IIT Bombay is comprehensive and rigorous, providing students with the theoretical and practical knowledge needed to pursue a successful career in the aerospace industry.

Completing an Aerospace Engineering course at IIT Bombay can provide you with excellent job prospects. Aerospace Engineering is a highly specialised field, and the demand for skilled professionals in this industry is on the rise. Here are some of the job prospects after completing an Aerospace Engineering course at IIT Bombay:
Aerospace Engineer: As an Aerospace Engineer, you will be responsible for designing and developing aircraft, spacecraft, and related technology. You could work in a variety of industries, including commercial aviation, defense, and space exploration. Research Scientist: With a degree in Aerospace Engineering, you could work as a research scientist, conducting cutting-edge research in the field of aerospace technology. This could involve developing new materials, propulsion systems, or other technology. Flight Test Engineer: As a Flight Test Engineer, you would be responsible for testing aircraft and spacecraft to ensure that they are safe and functioning properly. This could involve designing and conducting test flights, analyzing data, and making recommendations for improvements. Systems Engineer: As a Systems Engineer, you would be responsible for designing and integrating complex systems, such as avionics, navigation, and communications systems, into aircraft and spacecraft. Technical Consultant: With a degree in Aerospace Engineering, you could work as a technical consultant, providing expert advice and guidance to companies in the aerospace industry. Overall, completing an Aerospace Engineering course at IIT Bombay can provide you with a solid foundation for a rewarding career in the aerospace industry. With the increasing demand for aerospace technology, the job prospects for Aerospace Engineers are excellent.