University of Kansas

What you'll study

The programme provides a balanced mix of theoretical fundamentals and practical laboratory work. Core subjects cover fluid mechanics and aerodynamics, flight mechanics and stability, propulsion and thermodynamics, structural mechanics and materials, control systems and avionics, and systems engineering. You will also study essential engineering mathematics, numerical methods and computational fluid dynamics (CFD), together with courses in instrumentation, experimental methods and engineering design.

Teaching methods combine lectures, small‑group tutorials and laboratory sessions in wind tunnels, structures and propulsion test facilities. Computer‑based practicals emphasise CAD, finite element analysis and MATLAB/Python programming. The degree culminates in a senior capstone design project where student teams undertake an integrated design, build and test assignment often sponsored by industry or faculty research groups.

• Typical modules: Introduction to Aerospace Engineering, Aerodynamics, Aircraft Structures, Propulsion Systems, Flight Dynamics and Control, Aerospace Materials, Systems and Design, Computational Methods, Experimental Aerodynamics.
• Practical components: wind tunnel testing, structural testing, propulsion benches, electronics and avionics labs, flight test or UAV projects and a year‑long capstone design sequence.
• Opportunities to participate in undergraduate research, student design teams and internships with aerospace companies and national laboratories.

Entry requirements

Admission is through the University of Kansas undergraduate intake. Competitive applicants typically have a strong background in mathematics (including calculus) and physics from high school. Schools typically look for evidence of problem‑solving ability and aptitude in quantitative subjects. Practical experience with programming, mechanical workshops or model aircraft projects can strengthen an application.

Specific entry criteria vary by applicant type and country. Domestic applicants should consult the University of Kansas admissions pages for required high‑school units and any standardised testing policies. International applicants will need to demonstrate English language proficiency through recognised tests unless exempt.

Transfer students and applicants with college or university coursework should expect programme prerequisites in calculus, physics and basic engineering science; academic advising will establish how prior credit can apply to the degree plan.

Career prospects

Graduates enter a wide range of roles in aerospace and related industries. Typical career paths include:

• Aerospace engineer working on airframe or propulsion systems design and analysis.
• Flight dynamics and control engineer, including avionics and unmanned systems development.
• Structural analyst or materials engineer focusing on lightweight and high‑performance materials.
• Systems engineer integrating avionics, software and mechanical subsystems for aircraft and spacecraft.
• Flight test engineer, propulsion test technician or instrumentation specialist.
• Roles in space systems, satellite development, launch vehicles and mission operations.
• Opportunities in defence contractors, commercial aircraft and space companies, government research centres and regulatory bodies; many graduates also pursue postgraduate research or engineering management routes.

Why study at University of Kansas

The aerospace programme combines a rigorous engineering curriculum with practical laboratory experience and opportunities for undergraduate research. The School of Engineering has dedicated facilities supporting experimental aerodynamics, structures testing and propulsion work, and the department maintains links with regional and national aerospace employers that support internships and capstone projects.

Students benefit from hands‑on learning, industry‑facing projects and student engineering organisations that build teamwork and design experience. The programme is delivered by faculty active in research, offering pathways to postgraduate study and collaborative projects. The University of Kansas also provides a broad campus environment with resources for academic support, career services and connections to the wider aerospace and technology sector.