

The Aerospace Engineering program is a one-year full-time pathway designed for professionals and graduates seeking advanced knowledge in aerodynamics, propulsion systems, aircraft and spacecraft design, and aerospace technologies. Across two semesters, participants explore fundamental and applied aspects of aerospace engineering, including flight mechanics, materials, systems integration, and computational modeling. The curriculum emphasizes the combination of theoretical understanding with practical engineering applications, enabling students to analyze complex aerospace challenges, design innovative solutions, and optimize performance. Through laboratory work, simulations, and applied projects, participants develop technical expertise, analytical skills, problem-solving ability, and project management competence, preparing them for careers in aerospace research, design, and development.
The program also focuses on applied research, interdisciplinary collaboration, and professional development. Students work closely with faculty mentors, participate in hands-on design projects, and complete applied research initiatives that connect aerospace theory with real-world applications. This immersive environment strengthens skills in aerodynamics, materials analysis, flight systems, and engineering communication. Graduates leave the program equipped to design aircraft or spacecraft components, manage aerospace projects, or pursue further study, positioning them for success in aerospace engineering, research institutions, and high-technology industries.
Semester 1 - Foundations in Aerospace Engineering
• Aerodynamics and Flight Mechanics
• Aerospace Materials and Structures
• Propulsion Systems and Energy
• Research Methods in Aerospace Engineering
Semester 2 - Applied Aerospace Engineering Practice
• Advanced Aircraft and Spacecraft Design
• Computational Modeling and Simulation
• Systems Integration and Testing
• Capstone Project / Applied Research
Graduates of this program are prepared for careers where advanced aerospace knowledge, technical problem-solving, and applied engineering skills are essential. Potential career paths include aerospace engineer, flight systems designer, propulsion specialist, aerospace project manager, and research engineer, where graduates apply expertise to design, analyze, and optimize aircraft and spacecraft systems. The program equips students to work in aerospace companies, defense contractors, research institutions, or governmental agencies, leading design projects, testing systems, and implementing innovative technologies. Graduates are also positioned for doctoral studies, leadership roles, or specialized engineering practice in the aerospace sector, offering broad and dynamic career opportunities.
This program provides a practical and applied approach to aerodynamics, propulsion systems, aircraft and spacecraft design, systems integration, and applied research. Participants benefit from mentorship by experienced aerospace engineers, hands-on labs, and applied projects that connect theoretical knowledge with real-world aerospace challenges. The curriculum emphasizes critical thinking, technical competence, and professional skills, preparing graduates to lead aerospace projects, innovate in design, and contribute to advanced engineering solutions. Through immersive study, applied research, and professional development, students gain the expertise, confidence, and engineering skills necessary to excel in careers in aerospace engineering and high-technology industries.
For further information, please contact the admissions office at:
Phone: +1 574 631 5000
Email: admissions@nd.edu
Address: University of Notre Dame, Notre Dame, IN 46556, United States