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This minor is designed to be completed with any major in four years.
Open to all undergraduate students. Learn how to apply to the Βι¶ΉΣ³».
Unmanned autonomous systems (UAS) are high-tech, intelligent machines capable of traveling by air, land, or sea without a human crew on board. Thanks to advanced computing, sensing, and electronic technologies and mechanical design, UAS are versatile machines able to maneuver in diverse, and sometimes dangerous, environments. UAS can go into the heart of a storm or a spreading wildfire to monitor threats to human lives and property or travel through remote areas to gather environmental data. Other applications of UAS include mapping and data collection, hazardous waste inspection, search and rescue and entertainment.
The emerging UAS industry requires highly-educated individuals who understand the fundamentals in terms of design, engineering, operations, and interpreting related data. To this end, the objective of the interdisciplinary minor in unmanned autonomous systems is to provide students with the skills and experiences that will help them better apply the knowledge gained in their majors to specialized problems in the field of UAS.
Emerging UAS technology is affordable, giving small businesses and individuals the opportunity to customize it for a seemingly endless variety of applications. Βι¶ΉΣ³» offers a unique opportunity for both students and industry interested in investing in UAS, with a history of supporting UAS initiatives and a number of civilian and military resources for research and development.
The field of unmanned autonomous systems is booming. From delivering lifesaving medical care to mapping mines to supporting the military, the applications for UAS are wide-reaching and increasing. A minor in unmanned autonomous systems positions you to become a leader in this burgeoning industry.
Because unmanned autonomous systems fuse advanced computing and robotics with mechanical systems and sensors, a wide variety of career paths are available to students interested in autonomous systems. Combined with a degree in computer science and engineering, graduates can pursue careers in programming UAS or interpreting the data that they gather. A student in electrical engineering may find a career in advanced sensors. Mechanical engineering graduates might develop new UAS platforms capable of traveling in new or innovative ways.
Our students and faculty collaborate on new research to make a world of difference.
76% of students receive financial aid
Almost everyone is eligible to receive some kind of aid. We offer need-based and merit-based forms of financial aid to help you afford college.
54% of all students graduate with no debt
That's right. More than half of our students leave the Βι¶ΉΣ³» with no student debt.
Computer science and engineering is a dynamic discipline that brings together theory, abstraction and design of computing devices, programs and systems to solve a variety of problems in just about all areas of human endeavor.
A degree in electrical engineering prepares students to develop solutions to urgent problems in areas including generating and regulating electric power supplied to the home, manipulating signals for communication purposes, and designing specialized circuits.
Self-healing plastic. Night-vision contact lenses. It seems like the stuff of science fiction, but it's reality for materials scientists and engineers, who study the relationship between a material's atomic structure and its physical properties. These engineers learn to manipulate materials at the atomic level to create new ones that are lighter, stronger or more flexible than their predecessors.
At the Βι¶ΉΣ³» Honors College, our students maximize their unique gifts and passions through a series of personalized experiences that deepen their capacity for transformative societal impact.
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