COURSE CURRICULUM

The Master of Science degree in Aerospace Engineering offers an advanced and research-oriented curriculum designed for students seeking specialized knowledge beyond a bachelor’s degree in engineering. This program provides both theoretical and applied learning experiences in core aerospace disciplines, including aerodynamics, astronautics, dynamics and control, structures, materials, systems engineering, and spacecraft design. Students gain a deep understanding of advanced fluid mechanics, computational fluid dynamics, orbital mechanics, propulsion, vibrations, optimal control, and autonomous unmanned aerial systems. The program combines a set of required core courses, including graduate seminars, optimization, and spacecraft design, with elective options that allow students to focus on specific areas of interest, such as aerospace systems, modeling, or control theory. In addition to discipline-specific courses, students are expected to take mathematics and engineering electives to strengthen analytical and problem-solving skills essential for aerospace applications. Graduate electives also provide flexibility to pursue interdisciplinary coursework in computer science, engineering, or mathematics. The program culminates in a research or thesis project, providing hands-on experience in advanced aerospace research, design, and problem-solving. With a minimum of 31 credit hours required for graduation, this M.S. program equips students with the expertise to work in aerospace industries, government laboratories, research institutions, or to pursue doctoral studies. By integrating rigorous coursework, technical specialization, and applied research, graduates emerge as highly qualified professionals prepared to address complex aerospace challenges, contribute to innovative technologies, and assume leadership roles in both industry and academia. The curriculum emphasizes analytical thinking, practical problem-solving, and technical proficiency in designing and analyzing aircraft, spacecraft, and related aerospace systems, ensuring students are ready to excel in the evolving field of aerospace engineering.