Graduate Program in Aerospace Engineering @ UQ
Shape the Future of Aerospace Engineering at the University of Qom
Aerospace engineering is the intersection of humanity's loftiest ambitions and its most precise scientific achievements. In the heart of the desert, where the night sky stretches into infinity, the Department of Aerospace Engineering at the University of Qom has established a platform where students are not mere observers of this grandeur, but its analysts and designers. Graduate studies in this department offer an exceptional opportunity to delve into the deeper layers of flight and space knowledge.
Why Pursue Graduate Studies in Aerospace Engineering at the University of Qom?
The undergraduate program shows the student the roadmap; however, at the graduate level, the student must chart their own map and path for continuing their studies. At the University of Qom, we firmly believe that aerospace research is not confined solely to large industrial metropolises. The geographical location and scientific capacities of the University of Qom offer unique advantages for graduate students:
A Calm and Focused Academic Environment: The distance from the hustle and bustle of the capital and major industrial cities creates an ideal atmosphere for deep thinking, complex mathematical modeling, and heavy computational simulations.
Access to Dedicated and Distinguished Faculty: The department's faculty members, despite their youth and dynamism, have outstanding track records in national and international journals and projects. Thanks to the optimal student-to-faculty ratio, professor-student interaction here is exceptionally close and effective.
Connection with Local Industry: Qom Province, with its key and metal industries, holds untapped opportunities for projects related to advanced materials, additive manufacturing (3D printing of parts), and non-destructive testing. Our department is actively defining applied research projects at this shared frontier.
Leading Research Areas in the Department
Our graduate programs are designed around strategic pillars based on national needs and the frontiers of global knowledge:
If you are fascinated by unraveling the complexities of fluid flow, this specialization will challenge you. The research conducted by our aerospace engineering faculty in this area includes:
Numerical simulation of turbulent and hypersonic flows using open-source and commercial codes
Investigation of aeroelasticity phenomena and fluid-structure interaction
Analysis and optimization of nozzles and air intakes for advanced propulsion systems (Aerodynamics and Subsonic Wind Tunnel Laboratory, CFD and Turbulence Research Lab.)
2. Aerospace Structures and Smart Materials
The future of aerospace hinges on lighter, stronger, and smarter structures. The research focus within the Aerospace Engineering Department includes:
Experimental and numerical analysis of composite and sandwich structures under dynamic loading
Structural Health Monitoring (SHM) using guided wave methods and signal processing
Topology optimization and design of porous structures for biomedical and aerospace applications
3. Flight Dynamics, Control, and Navigation
In this field, mathematics and algorithms come to the aid of stability. The department's key activities in this area include:
Design of adaptive and robust control systems for Unmanned Aerial Vehicles (UAVs)
Development of sensor fusion filters and inertial navigation algorithms
Six-degree-of-freedom (6DOF) modeling and simulation of satellites, along with Attitude Determination and Control (ADCS)
4. Space Science and Satellite Technology
Our gaze extends beyond the Earth's atmosphere. In this specialization, students engage with topics such as:
Conceptual and systems design of CubeSats and micro-class satellites
Mission analysis and spacecraft orbit design
Satellite power, thermal, and telecommunication subsystems ..and can earn national recognition in CubeSat design competitions.
Curriculum: From Specialized Education to Pure Research
Master's of Science Degree (M.Sc.): This program consists of advanced coursework across various aerospace engineering disciplines, culminating in a thesis grounded in solving a real-world problem. The objective is to prepare students for a strong entry into research and development centers or to continue their academic journey at the doctoral level.
Doctoral Degree (Ph.D.): This stage is a journey toward creating a lasting scientific contribution. After passing the comprehensive examination and drafting the dissertation proposal, the doctoral student dedicates the major portion of their studies to developing a new theory, presenting an innovative algorithm, or discovering an unpublished phenomenon, the result of which will be publications in top-tier international journals.
Why Is the Aerospace Engineering Department at the University of Qom the Right Destination?
Student-to-Faculty Ratio: The low student-to-faculty ratio ensures easy access to supervisors and continuous weekly consultations.
Specialized Laboratories: CFD and Turbulence Research Lab., Mechatronics and Robotics Research Lab., Satellite Subsystems Lab., 3D Printing Workshop.
Support for Student Activities: Encouragement and backing of student teams to participate in national competitions such as CanSat and flying robots.
If you dream of soaring at the pinnacle of science and wish to etch your name among the researchers of the strategic aerospace industry, the Aerospace Engineering Department at the University of Qom welcomes your talent and motivation.
For more detailed information about the upcoming semester's program and the registration process, please visit the department office or contact us
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©Department of Aerospace Engineering, University of Qom, Iran, 2026-2027
Last Update: Jun 20 2026
