Uncrewed Aircraft Systems Design and Integration Bachelor's Degree

Designing. Developing. Programming. Problem solving. Do all of this and more as a drone engineer.

In the K-State Aerospace and Technology Campus's UAS design and integration degree option, you will go behind-the-scenes of uncrewed aircraft technology to explore the intricacies of UAS construction and implementation, with no flight ratings required.

The curriculum combines principles of computer science, electronics and mechanical engineering giving students the opportunity to work hands-on in multiple areas:

communication systems,
electronic circuits,
machine design,
manufacturing technology,
camera systems and
other payloads and more.

Be at the forefront of designing and implementing new uncrewed aircraft systems and make your mark on a growing industry.

14:1 Student-to-faculty ratio

Hands-on learning from day one

97% Placement rate

Why our program?

From day one, you'll be immersed in the expansive technology of uncrewed systems. You'll have the ability to take your skills to the next level with various hands-on, real-world situations. This program is one of the only degrees of its kind. When you enroll in UAS design and integration, you're choosing a path that will set you apart in the uncrewed aircraft systems industry.

One of the Only Degrees of its Kind

When you enroll in the UAS design and integration degree option, you are choosing a unique path that will set you apart in the uncrewed aviation industry. This is one of the only degrees of its kind in the country, focusing specifically on the engineering behind an uncrewed aircraft's construction and operation. While most other educational programs aim to train UAS pilots (which we also offer), experts are also needed to design, build and maintain uncrewed aircraft. This degree will give you the opportunity to study in an exclusive program while preparing you for a career in a crucial area of the drone industry.

Meeting Industry Demands

The uncrewed aircraft systems industry continues to expand year after year in job growth as well as policymaking and research exploration. As a student in the UAS design and integration degree option, you have the exciting opportunity of entering a career field that is on the rise. According to an economic report by the Association for Uncrewed Vehicle Systems International, the UAS industry is projected to create more than 100,000 jobs by 2025, generating an economic impact worth more than $82 billion. Just think of the impression you can make on an innovative industry!

A Degree Rooted in Hands-on Education

The Aerospace and Technology Campus is one of a kind, and so is your education and experience in the UAS design and integration degree option. From day one, you will be immersed in the expansive technology of uncrewed systems, with hands-on opportunities in a variety of areas. Take your skills to the next level in the areas of electronic circuits, communication and control systems, machine design, manufacturing and materials technology, and UAS fundamentals - all with no flight experience required. Put your skills to use and prepare for a career in the uncrewed industry when you build and program your own drone.

Program Details

Through coursework tailored to combine computer science, electronic engineering and mechanical engineering with uncrewed systems, students in this program will explore the intricacies of UAS subsystems and components, such as software design, computer networking, firmware and hardware, sensors and actuators, and camera systems and other payloads.

Students will be expected to execute critical thinking, problem solving and research skills while engaging in classes about electronic circuits, communication systems, control systems, machine design, manufacturing technology, materials technology and fundamentals of UAS operations.

Careers

Curriculum

Meet the faculty experts in this degree

My K-State Story

“I’ve gained an understanding and appreciation of the incredible technologies on board an uncrewed aircraft system. I have learned mechanical, computer and electrical skills that are essential to work with other engineers in the industry and to understand the basic functions and components of each aircraft.” –Kendy Edmonds, student

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