An unmanned system is not just a vehicle, it is a system composed of the air vehicle, communications, data links and control stations. Systems engineering applies to everything from a large unmanned system to computer hardware and software. It’s a big-picture view that considers every aspect of a project, from costs and environmental impact, to time lines and life expectancy of equipment. Because it encompasses many disciplines, it can help engineers from diverse fields better understand how to solve problems. This interdisciplinary degree program covers modeling, simulation, design, architecture, integration, and testing of complex unmanned systems and processes. It also supplies students with underlying theoretical knowledge and practical experience applicable to unmanned systems. An unmanned systems engineering degree will provide expert knowledge so that graduates can apply for employment in engineering, design, development, integration and test of unmanned air, ground and sea systems. Graduates from our online degree programs will have opportunities as systems engineers, engineering program managers and project managers.
Degree programs at UVU take a systems engineering approach. Candidates are exposed to aeronautical, mechanical and electrical engineering as well as systems engineering and project management. The systems engineering course includes preparation for the entry level International Council on Systems Engineering’s Associate Systems Engineering Professional (ASEP) certification examination. INCOSE certification formally recognizes an individual’s competency in the systems engineering process, and is widely acknowledged as a significant accomplishment by practitioners in the field. Prices: UVU operates on four quarters per year. Tuition is $1600 per quarter. Call (866) 916-8519 for more information.
Unmanned systems engineers are critical to the positions of technical management and development of complex unmanned systems. These professionals are responsible for planning, coordinating, and budgeting group efforts that translate operational needs into technology requirements. They use their skills to determine whether a system will meet cost, schedule, and performance goals. Systems engineers perform a central role in realizing an unmanned systems success; they are in great demand by industry and government.