What is the course curriculum for the Aerospace Engineering course at IIT Madras?

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

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