COURSE CURRICULUM

The Master of Science in Aerospace Engineering and Mechanics (MSAEM) program is structured with a comprehensive set of academic and administrative components that guide students from admission through graduation, ensuring both academic rigor and flexibility. Admission into the program requires meeting graduate school standards, after which students follow defined curricular requirements that include core aerospace subjects and electives tailored to their specialization, while transfer credit policies may allow previously completed graduate-level coursework to count toward the degree with approval. The program also offers an Accelerated Master’s Program (AMP), enabling qualified undergraduate students to begin graduate coursework early and complete both degrees in a shorter time frame. A key academic milestone is the comprehensive examination or capstone requirement, which assesses a student’s mastery of the subject area, especially for those in the non-thesis track. Students can choose between Plan I (Thesis Option), which involves conducting original research under faculty supervision and is ideal for those considering research careers or doctoral studies, and Plan II (Non-Thesis Option), which focuses on coursework and is more suitable for industry-oriented students or working professionals, particularly in distance learning formats. The program enforces time limits for degree completion to ensure timely progress, along with student progress requirements that monitor academic performance and research development where applicable. Academic integrity is strictly maintained through misconduct policies, while procedures for withdrawals, leave of absence, and academic grievances provide support and fairness in exceptional situations. Additionally, students must maintain satisfactory grades and academic standing throughout the program, adhere to graduate school deadlines, and complete a formal application for graduation once all requirements are fulfilled. Overall, the program is designed to balance technical depth, research opportunities, and professional development, preparing graduates for advanced roles in aerospace engineering, defense, research institutions, or further academic pursuits.