This Aerospace Engineering program is structured to guide students from foundational courses in chemistry, physics, and mathematics to advanced topics such as aerodynamics, flight dynamics, orbital mechanics, and aerospace structures. The curriculum balances theoretical concepts with laboratory work and practical design projects, preparing students for the technical challenges of aerospace design and engineering. Throughout the program, students are introduced to core engineering principles, along with specialization modules in aerodynamics, aerospace systems, propulsion, and structural dynamics.
Why this course is highly recommended
This program offers a comprehensive pathway from fundamental sciences to advanced aerospace topics, equipping students with the essential skills for a career in aerospace engineering. Its structured progression through core courses, labs, and design projects ensures practical readiness. The curriculum’s blend of theoretical knowledge and application makes it particularly valuable for those looking to excel in the aerospace industry or pursue further research in the field.
Students will focus on key areas of aerospace engineering such as aerodynamics, flight dynamics, orbital mechanics, aerospace structures, and propulsion. The curriculum includes lab work, system design, and applied analysis to deepen understanding of complex aerospace systems and their real-world applications.
Application fees
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1st year tuition fees
29.96L
Living cost
Students must complete a total of 125 credit hours, including core science, mathematics, engineering fundamentals, and specialized aerospace courses. Additional requirements include electives, core humanities, social sciences, and a sequence in either Literature or History as part of the University Core Curriculum. Advisor approval is essential throughout the program.

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Graduates of this Aerospace Engineering program are prepared to pursue careers in aerospace design, manufacturing, research, and development. Potential roles include aerospace systems engineer, flight systems analyst, propulsion specialist, and structural engineer. Opportunities also exist in research institutions and government agencies involved in space and aeronautics.