Program Overview
The Exploration Systems Design MS program combines science and engineering, offering concentrations in Instrumentation, Systems Engineering, and Sensor Networks. It prepares graduates for careers in research, development, and implementation of scientific experiments and missions for Earth, planetary, and space exploration. The program features a highly qualified faculty, a combination of teaching methods, and career opportunities in various fields related to exploration systems design.
Program Outline
Exploration Systems Design, MS
Degree Overview:
This program aims to cultivate engineering-literate scientists and science-literate engineers, combining science applications with engineering knowledge and skills through dedicated courses focused on Earth science, space science, and astrophysics. Additionally, students can choose from three concentrations:
- Systems Engineering: Emphasizes the planning, design, and management of complex systems in exploration missions.
- Sensor Networks: Delves into the design and implementation of sensor networks for data collection and analysis in various environments. The program prepares graduates for careers in research, development, and implementation of scientific experiments, instruments, and missions for Earth, planetary, and space exploration.
Outline:
The curriculum comprises 30 credit hours, including a capstone course (SES 511). It consists of:
Required Core (5 credit hours):
- SES 501 SESE Colloquium (1)
- SES 502 Exploring SESE Research (1)
- SES 510 Graduate Exploration Project I (3)
Electives or Research (22 credit hours):
- Students select courses from the AST, GLG, SES, or engineering disciplines in consultation with their faculty advisor.
- Six credit hours must be science coursework approved by the faculty advisor.
- Additional courses can be used with academic unit approval.
Culminating Experience (3 credit hours):
- SES 511 Graduate Exploration Project II (3)
Assessment:
Assessment methods employed in the program may include:
- Exams: Evaluating students' understanding of key concepts and theoretical knowledge.
- Projects: Assessing students' ability to apply acquired knowledge and skills to real-world problems.
- Presentations: Evaluating students' communication and presentation skills.
- Research papers: Assessing students' research capabilities and written communication skills.
Teaching:
The program features a combination of teaching methods:
- Lectures: Delivering foundational knowledge and introducing key concepts.
- Seminars: Facilitating discussions and in-depth exploration of specific topics.
- Laboratory work: Providing hands-on experience with relevant tools and techniques.
- Individual and group projects: Encouraging collaboration and application of theoretical knowledge. The program boasts a highly qualified faculty with expertise in various fields related to exploration systems design. The faculty members are actively involved in research and development projects, ensuring that students receive the most up-to-date knowledge and insights.
Careers:
Graduates of this program are well-positioned for careers in various fields, including:
- Research and development: Conducting research on new technologies and instruments for exploration missions.
- Engineering design: Designing and developing scientific instruments and systems for space exploration.
- Mission operations: Participating in the planning and execution of exploration missions. The program prepares graduates for both technical and leadership roles in the growing field of exploration systems design. The U.S. Department of Labor projects significant job growth in engineering fields related to systems engineering and exploration systems design, further highlighting the career potential of this program.
Other:
The program welcomes students with backgrounds in engineering, physical science, or related fields.
