Undergraduate Program in Aerospace Engineeing @ UQ
Aerospace Engineering: From the Sky to Beyond
Are you fascinated by the world of flight and space? The Bachelor's program in Aerospace Engineering is a gateway to one of the most advanced and exciting branches of engineering. This field prepares you to design, build, and operate flying vehicles, from giant passenger aircraft to space probes.
A Dynamic and Interdisciplinary Field
Drawing on the fundamental principles of mathematics and physics, Aerospace Engineering combines core engineering knowledge with the unique specializations of the aviation and space world. This discipline teaches students how to harness the laws of nature in the service of technological advancement.
Undergraduate Program: From Fundamentals to Specialization
The curriculum of this program is designed to first build a solid foundation in engineering and then take students deep into aerospace specializations.
Early Years (Basic Science Courses)
In the first two years, students take courses shared with the Mechanical Engineering program to gain a strong grounding in mathematics and physics needed to understand more advanced concepts. These courses include:
Engineering Mathematics and Advanced Physics
Mechanics of Solids and Fluids
Thermodynamics and Heat Transfer
Fundamentals of Programming and Numerical Computation
Middle and Later Years
At this stage, students enter the real world of aerospace and become familiar with the five key sub-disciplines of the field:
Aerodynamics and Fluid Mechanics | Study of airflow behavior and aerodynamic forces acting on an aircraft's body.
Flight Mechanics and Control | Analysis of flight vehicle trajectories and design of guidance and automatic control systems.
Propulsion | Study of various engines and thrust-generation systems (from jet engines to rockets).
Aerospace Structures | Design and analysis of ultra-lightweight structures resistant to extreme forces.
Design | The integrated process of combining all technical knowledge to design a flying vehicle.
Hands-On Experience: Beyond Theory
One of the strengths of this field is its strong emphasis on practical learning and laboratory work. An aerospace engineering student will work with the most advanced industrial and research equipment:
• Wind Tunnels for Testing Aerodynamic Models
• Advanced Flight Simulators
• Specialized Software such as ANSYS, CATIA, and MATLAB
The culmination of this hands-on experience is the final-year capstone project, where the student applies all the knowledge gained to design and analyze an aerospace system from scratch, through conceptual design and simulation.
Career Prospects and Future Opportunities
Graduates of this field, due to their mastery of advanced topics in mechanics, fluids, control, and materials, have diverse career opportunities across a wide range of industries:
Aviation and Aeronautics Industries: Aircraft manufacturing companies such as Iransâkht or collaboration with international companies
Space Industries: Iranian Space Agency, space research centers, and satellite projects
Defense and Military Industries: Design of drones and launch systems
Automotive Industries: Working in the aerodynamics departments of sports and racing cars
Engineering and Consulting Firms: Analysis using simulation and optimization software
Energy and Power Supplier Industries: Especially wind turbines and gas power plants
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©Department of Aerospace Engineering, University of Qom, Iran, 2026-2027
Last Update: Jun 20 2026
