Overview

The Master of Science in Space & Aerospace Engineering offers a curriculum that is a comprehensive integration of innovative technologies, interdisciplinary approaches, and hands-on experiences. This curriculum combines traditional aerospace engineering principles with emerging advancements in space exploration, satellite technology, and astrodynamics, which sets it apart from conventional aerospace programs. Moreover, the program emphasizes practical application through project-based learning, enabling students to tackle real-world challenges in the aerospace and space sectors. Graduates will be equipped with theoretical knowledge and the practical skills necessary to thrive in the rapidly evolving field of space and aeronautical engineering.

The program will offer both thesis and non-thesis options to address the growing demand for advanced engineering education. The thesis option will cater to students interested in in-depth research and academic careers, requiring them to complete a significant research project. In contrast, the non-thesis option is tailored for fast-track BS students and working industry professionals, requiring two additional courses equivalent to six thesis credit hours, thus providing a flexible and expedited path to degree completion. This dual-option approach meets the diverse needs of our students, supports workforce development, and fosters an inclusive academic environment. Offering both thesis and non-thesis options attracts a broader range of students, enhancing enrollment and diversity. The non-thesis option meets industry demands by allowing professionals to advance their technical knowledge without the commitment of a research project, while the thesis option supports the department's mission to advance research.

Educational Objectives

After completing the M.S. in Space & Aeronautical Engineering degree, master’s graduates will be:

• Able to perform research, solve problems and provide technological solutions in aviation, defense and spacecraft sectors.
• Prepared for doctoral studies.
• Prepared for careers in space and aeronautical industries and national laboratories and work on teams.
• Have the ability to recognize ethical and professional responsibilities.
• Able to effectively communicate orally and in writing with a range of audiences.

Admission Requirements

• Completion of Bachelor's degree in Aeronautical/Aerospace Engineering, Civil Engineering, Electrical Engineering, Industrial Engineering, Mechanical Engineering or a closely related field.
• Minimum Undergraduate GPA of 2.6 on a 4.0 scale.
• English Proficiency (Click here for more details).
• Students not meeting the full admission requirements may be admitted with stipulations on a case-by-case basis.

Degree Requirements

To complete the degree requirement, students must complete a total of 30 semester credit hours (SCH) with a grade point of average of 3.0 on a 4.0 scale.

For thesis option, students must complete 24 SCH of graduate level courses, and successfully defend their proposal and thesis (ASEN 5396, 6 SCH) for a total of 30 SCH.

For course-only option, students must complete a total of 30 SCH of graduate level courses ad successfully pass a comprehensive exam.

All Students must complete the following core courses (each, 3 SCH)

• MEEN 5337 Engineering Analysis in Applied Mech
• ASEN 5381 Advanced Aerodynamics
• ASEN 5382 Aerospace Dynamics and Control
• ASEN 5383 Aerospace Propulsion

Following is the list of suggested elective Courses (each, 3 SCH)

• ASEN 5380 Advanced Aerospace Structural Design
• ASEN 5385 Computational Fluid Dynamics
• MEEN 5314 Finite Element Methods in Engineering
• MEEN 5316 Mechanics of Composite Materials
• MEEN 5320 Theory of Elasticity
• MEEN 5321 Advanced Fluid Mechanics
• MEEN 5322 Turbulent Flow
• MEEN 5326 Control Systems Engineering
• MEEN 5330 Continuum Mechanics
• MEEN 5331 Advanced Materials Science
• MEEN 5349 Mechanical Vibrations
• MEEN 5359 Advanced Manufacturing Processes
• MEEN 5385 Advanced Manufacturing of Composites
• MEEN 6326 Advanced Control Systems
• MEEN 6330 Advanced Composite Materials
• MEEN 6332 Advanced Mechanics of Composites & Design