Worcester Polytechnic Institute

What you'll study

The programme provides advanced training across core aerospace topics and applied tools. Typical taught modules cover subjects such as compressible flow and aerodynamics, aircraft and spacecraft structural analysis, propulsion and gas-turbine theory, flight mechanics and control, stability and guidance, and computational methods including CFD and finite element analysis. Students also study systems-level topics such as multidisciplinary design optimisation, advanced materials and composites for aerospace, and subsystem integration.

Coursework is typically a mix of theory, engineering analysis and hands-on computational projects. Many students complete a substantial capstone project or research project under faculty supervision; projects are designed to apply classroom concepts to real engineering problems, often involving experimental validation, simulation studies, or industry-relevant design tasks. The programme emphasises practical software and laboratory tools commonly used in industry, such as computational fluid dynamics packages, finite element software, MATLAB/Simulink, and flight dynamics modelling environments.

Entry requirements

Applicants are normally expected to hold a bachelor’s degree in aerospace engineering, mechanical engineering, or a closely related engineering or physical science discipline. Typical supporting materials include official academic transcripts, a current CV or résumé, a statement of purpose outlining goals and relevant experience, and one or more academic or professional references.

Applicants whose first language is not English must provide evidence of English language proficiency in line with the university’s requirements. The programme may consider applicants with strong quantitative backgrounds from other disciplines, although some prerequisite undergraduate coursework in mathematics, dynamics, thermodynamics, and basic fluid mechanics or structures may be required before or during the programme. Admissions decisions take into account prior academic performance and professional experience.

Career prospects

Graduates pursue roles across the aerospace and related sectors. Typical job titles include aerospace/propulsion engineer, flight dynamics and control engineer, structures and materials engineer, systems engineer, computational fluid dynamics specialist, and flight test engineer. Alumni also move into sectors such as space systems, defence and national laboratories, unmanned aerial systems (UAS), automotive aerodynamics, and advanced manufacturing.

The degree can support career progression from technical contributor roles into project leadership, systems architecture, or engineering management. For students interested in research or doctoral study, the programme provides the analytical and modelling foundations commonly required for further academic work.

Why study at Worcester Polytechnic Institute

Worcester Polytechnic Institute is known for a strong emphasis on project-based learning and applied research, and the online MS in Aerospace Engineering reflects that approach through substantial applied projects and close faculty supervision. Students benefit from faculty expertise in areas such as aerodynamics, propulsion, structures and flight dynamics, and from access to university resources and engineering laboratories via virtual collaboration and project partnerships.

The online format is designed for working professionals, offering flexible delivery while maintaining the technical rigour of an on-campus programme. WPI’s connections with industry in New England and beyond, combined with career services and an active alumni network, help graduates translate their studies into applied roles across aerospace, defence, space and related engineering fields.