Aerospace Engineering

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.

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.

Aerospace engineering is a field of engineering that deals with the design, development, production, testing, and maintenance of aircraft, spacecraft, and related systems.
Aerospace engineering includes some foundation-level subjects like Mechanics, Solid Mechanics, Fluid Mechanics, Thermodynamics, Heat Transfer, & Materials Science. These subjects then lead to a set of applied subjects like Aerodynamics, Gas Dynamics, Propulsion, Flight Mechanics, Theory of Mechanics, Aerospace Structures, Manufacturing Processes, and Automatic Control. There are also a set of elective subjects that will help to deepen and widen the knowledge base.
Along with the core subjects, the course also introduces some Basic Sciences, Electrical & Electronics Systems, Economics, Management, and Humanities. Then there are a set of laboratory subjects to help students gain practical knowledge for real-life phenomena and systems. At the end of semesters, the students can go for internships and work on their project works.
Aerospace Engineer Subject List-
Engineering Mathematic, Engineering Physics, Materials Science, Transforms and Partial Differential Equations, Engineering Chemistry, Numerical Methods, Engineering Sciences Subjects, Problem Solving and Python Programming, Engineering Graphics, Electronics and Instrumentation, Engineering Mechanics, Strength of Materials for Mechanical Engineers, Mechanics Fundamentals, Basic Electrical, Fluid Mechanics and Machinery, Introduction to Aerospace Engineering Aero Engineering Thermodynamics
Manufacturing Technology Space Science
Aerodynamics Aerospace Structural Mechanics
Flight Systems Instrumentation Mechanics and Machines
Space Mechanics Air Breathing Propulsion
Flight Dynamics Fundamentals of Aerospace Control Engineering
Finite Element Methods Space Propulsion
Elements of Space Flight Rockets and Launch Vehicles
Computational Fluid Dynamics for Aerospace Engineering Vibration and Elements of Aeroelasticity
Hypersonic Aerodynamics for Aerospace Vehicles Spacecraft Dynamics & Avionics
Basic Sciences Subjects Engineering Mathematics Engineering Physics
Materials Science Transforms and Partial Differential Equations
Engineering Chemistry Numerical Methods
Engineering Sciences Subjects Problem Solving and Python Programming Engineering Graphics
Electronics and Instrumentation Engineering Engineering Mechanics
Strength of Materials for Mechanical Engineers Mechanics Fundamentals
Basic Electrical Fluid Mechanics and Machinery
Humanities and Social Sciences Subjects Communicative English Environmental Science and Engineering & Technical English
Elective Subjects Computer-Aided Design and Analysis Aerospace Materials
Cryogenics Launch Vehicle Aerodynamics
Experimental Stress Analysis Additive Manufacturing
Machining and Precision Manufacturing Launch Vehicle Configuration Design
Reliability and Quality Assurance Foundation Skills in Integrated Product Development
Intellectual Property Rights Disaster Management
Fundamentals of Nanoscience Top Quality Management
Combustion Engineering Economics and Principles of Management
Spacecraft Sensors and Instrumentation Spacecraft Systems Engineering
Professional Ethics in Engineering Spacecraft Structures
Space Missions Human Rights
Satellite Navigation and Control Spacecraft Power Systems
Automatic Control Systems Composite Materials and Structures
Heat Transfer in Space Applications Missile Guidance and Control

Aerospace Engineering is all about aircrafts, rockets, and spacecrafts also. It is a very big field. Basically there are four sub branches in aerospace engineering in which you can specialize. Aerodynamics, structures, control systems and propulsion. So as per you interest that you'll develop while you will be completing your degree you can chose one and specialize in that field. Talking about employment opportunities, I would say that there is not much scope (there are but not at a very large scale) in India. You have to be really good at whatever you are pursuing and you'll land up getting a good job in that field. You can always apply in foreign countries wherein you can get good and highly paid jobs, but then there are people who will nag you about the same. If you get a job of your profile and a decent enough salary in India why would you ever go out of India. There are recent developments and there's a hope that the aerospace industry will grow in India. All the best!

Yes, IIT Madras students enrolled in the Aerospace Engineering course have access to a variety of research possibilities. IIT Madras, one of India's top technical institutes, places a significant emphasis on research and innovation and provides a variety of opportunities for students to participate in research. Here are a few of the research possibilities offered to IIT Madras students studying aerospace engineering:
Research Projects: Students may work on cutting-edge research subjects in the field of aerospace engineering while working on research projects under the supervision of academic members. Internships: Students interested in gaining research experience can apply for internships with the several national and international organisations that IIT Madras collaborates with. IIT Madras includes a number of research facilities, including the Centre for Students can work on research projects and obtain practical experience in the field of aerospace research.

Depending on the number of students and faculty members, the student-to-faculty ratio changes from year to year in the Aerospace Engineering course at IIT Madras. The student-to-faculty ratio of IIT Madras, however, is generally very good and regarded as one of the best in the nation. The most recent information on IIT Madras's official website indicates that there is one faculty member for every 15 students, or a student-to-faculty ratio of 15:1. It is crucial to keep in mind that depending on the number of students and faculty members in each department, including Aerospace Engineering, this ratio may vary. The faculty at IIT Madras is made up of professors, associate professors, and assistant professors who are all highly skilled and experienced Professors, associate professors, and assistant professors who are authorities in their specialties make up the faculty team. The faculty members actively engage in mentoring, advising, and advancing education through research, teaching, and innovation.