Clarkson University

What you'll study

This programme covers the fundamental and applied engineering topics needed for careers in aeronautics and astronautics. Early semesters emphasise mathematics, physics and core engineering principles (calculus, differential equations, statics and dynamics, materials and thermodynamics). From there the curriculum moves into aerospace-specific subjects such as fluid mechanics, aerodynamics, aircraft and spacecraft structures, propulsion, flight mechanics and control systems.

Practical learning is embedded throughout: laboratory courses teach experimental methods and instrumentation, computer-aided design and analysis courses introduce CAD/CAE tools, and programming for engineers supports simulation and control work. The programme culminates in a senior capstone design project where teams undertake a complete design, analysis and test cycle. Electives and project options allow specialisation areas such as propulsion systems, aerospace materials, unmanned aerial systems, space systems design or advanced flight dynamics.

Entry requirements

• High school diploma or equivalent with strong achievement in mathematics and physics; preparation in calculus is typically expected.
• A competitive academic record in STEM subjects; selection also considers recommendation letters and personal statements that demonstrate interest in aerospace engineering.
• For international applicants, proof of English language proficiency is required (such as TOEFL or IELTS) unless exempted by previous study in English.
• Applicants transferring from other institutions will be assessed on college coursework in mathematics, physics and core engineering subjects for placement and credit.

Career prospects

Graduates are prepared for roles in aircraft and spacecraft design, systems engineering, propulsion, structural analysis, flight testing, avionics and controls. Typical employers include commercial aerospace manufacturers, space agencies, defence contractors, avionics and systems suppliers, research laboratories and start-ups in unmanned systems and space technology. Graduates also pursue further study at master’s or doctoral level in specialised areas such as aerospace engineering, materials, systems engineering or aerodynamics.

The programme’s practical focus, design experience and industry engagement support career entry through internships, cooperative education and campus recruitment, as well as entrepreneurial pathways for those interested in founding or joining aerospace technology ventures.

Why study at Clarkson University

• Strong emphasis on experiential learning: the curriculum combines classroom theory with laboratory work, team design projects and opportunities for undergraduate research.
• Access to engineering facilities and equipment that support aerodynamics, propulsion and structural testing alongside modern CAD/CAE resources and simulation tools.
• Small class sizes and close faculty mentorship, enabling personalised support and collaboration with faculty on research and design projects.
• Active industry engagement and career support, with connections that help secure internships and employment in aerospace and related industries.
• Interdisciplinary opportunities across mechanical, electrical and materials engineering, allowing students to tailor their studies toward aircraft or spacecraft systems and emerging areas such as unmanned aerial systems and space technology.