University of San Diego

What you'll study

The degree combines core engineering fundamentals with specialised aerospace topics. Early years focus on mathematics, physics and general engineering principles, while later years emphasise aerodynamics, flight mechanics, propulsion, structures and control systems. Coursework typically includes modules such as:

• Calculus and Differential Equations – mathematical foundations for engineering analysis.
• Engineering Mechanics (Statics and Dynamics) – principles of forces, motions and structures.
• Thermodynamics and Fluid Mechanics – energy systems and behaviour of gases and liquids relevant to propulsion and aerodynamics.
• Aerodynamics – theoretical and applied aerodynamic concepts for air and space vehicles.
• Flight Mechanics and Stability – performance, stability and control of aircraft and spacecraft.
• Propulsion – fundamentals of jet and rocket engines and power systems.
• Materials and Structures – materials selection, stress analysis and structural design for lightweight, high‑performance components.
• Controls and Avionics – feedback systems, guidance, navigation and control theory and applications.
• Computer‑Aided Design and Simulation – CAD, finite element analysis and computational fluid dynamics tools.
• Laboratory Courses and Maker/Workshop Projects – hands‑on experiments in wind tunnels, propulsion test rigs, electronics and fabrication.
• Senior Capstone Design Project – team-based design, build and test project addressing a realistic aerospace engineering problem, often in partnership with industry.

The programme also typically integrates a liberal‑arts curriculum, technical communication skills, ethics and professional development, and encourages internships or co‑op placements with local aerospace organisations.

Entry requirements

Applicants are expected to have strong preparation in mathematics and physical sciences. Typical requirements include:

• Secondary school qualifications with advanced coursework in mathematics (calculus if available) and physics.
• Competence in problem‑solving and laboratory work, demonstrated by grades in STEM subjects or equivalent qualifications.
• For international applicants, an equivalent secondary school completion and evidence of English proficiency where required (such as recognised English language tests or prior instruction in English).
• Recommended preparation: exposure to computer programming, engineering fundamentals, and hands‑on projects or robotics can strengthen an application.

Admission decisions at the University of San Diego also consider the whole applicant profile, including personal statements, recommendation letters and extracurricular activities. Prospective students should consult the university’s admissions office for the most current, programme‑specific requirements.

Career prospects

Graduates enter a broad range of roles across the aerospace and related sectors. Common career paths include:

• Aerospace design engineer – airframe, propulsion, systems or avionics design for commercial, defence or private aerospace firms.
• Flight test and performance engineer – testing and analysis of aircraft and spacecraft systems.
• Structures, materials and manufacturing engineer – component design, composite materials, production and quality assurance.
• Systems and controls engineer – guidance, navigation and control for aircraft, satellites and UAVs.
• Propulsion and power systems engineer – engine design, testing and optimisation for jet, rocket and emerging propulsion technologies.
• Project or systems engineer – multidisciplinary coordination in industry and government projects.
• Further study and research – postgraduate degrees in aerospace engineering, mechanical engineering or specialised areas such as space systems, robotics or materials.

San Diego’s regional aerospace and defence industry, satellite and drone companies, as well as naval and research organisations, provide local employment and internship opportunities that many graduates use to launch their careers.

Why study at University of San Diego

The University of San Diego offers aerospace engineering education within a small, student‑centred engineering school that emphasises hands‑on learning, close faculty mentoring and ethical leadership. Students benefit from modern labs and project spaces where they can build and test prototypes, and from industry connections in the San Diego region that support internships, capstone collaborations and employment.

USD’s curriculum integrates technical engineering training with communication, teamwork and the liberal arts, preparing graduates to work across multidisciplinary teams. The campus environment, proximity to aerospace employers and a focus on experiential education make it a strong choice for students seeking a balance of rigorous academics and practical experience in aerospace, aeronautical and astronautical engineering.