The Master of Science in Uncrewed Systems (MSUS) is designed for working professionals seeking roles in uncrewed systems operations and management. The program includes coursework in policy, operational design and ethical frameworks related to uncrewed systems, including remote-controlled, human-supervised and autonomous operations. Students develop knowledge of the stakeholder environment influencing the field, including regulatory and integration considerations associated with agencies such as the FAA, U.S. Department of Transportation (DOT), NASA and FEMA.
At the Daytona Beach Campus, the curriculum includes competencies in UAS program management, airspace integration, regulatory compliance, safety and risk management, mission planning, payload selection and data analysis. Students develop skills in interpreting operational data, evaluating platform and payload considerations and assessing mission viability. Students pursuing the degree complete a required specialization in UAS Program Development (6 credit hours).
Program-Level Student Learning Outcomes
Students will:
Assess and synthesize data to address a evidenced knowledge gap or definable problem within the uncrewed systems industry.
Analyze data, through use of appropriate statistical methods, to support uncrewed systems application and operations.
Investigate uncrewed systems platform and payload selection based on mission oriented goals.
Describe the effects of legal and regulatory development on uncrewed system industry practices.
Explain opportunities and threats associated with the use of uncrewed autonomous technologies across related industries.
Discuss the origination and subsequent trending of uncrewed and autonomous systems capabilities, components, and technology.
Predict how uncrewed and autonomous technologies will affect future markets.
Examine the viability of uncrewed and autonomous systems, based on current technologies, processes, and resources.
