Bachelor of Science in Aviation Technical Operations

Western Michigan University's Aviation Technical Operations Program (ATOJ) stands out because it doesn't just train students to be mechanics–it shapes them into the future leaders, managers, and executives of the aviation and aerospace industry. Dive into how you can leave your mark with the College of Aviation!

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Over 85 years

of aviation education

Top 6 in the world

ranked aviation program

—Study International

Best for vets

ranking each survey year since 2010

—Military Times
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Pursue a B.S. in Aviation Technical Operations

The mission of the Tech-Ops program is to provide comprehensive high-quality education and training to individuals who aspire to become skilled aviation maintenance technicians and leaders in the aviation industry. We are committed to preparing our students to succeed in the competitive and ever-changing aviation industry by imparting knowledge, skills, and values that align with the highest standards of the industry.

What you'll learn

Western Michigan University is a Federal Aviation Regulation—FAR—Part 147 Aviation Technical Operations school. Upon completing the program, students qualify to take the examinations for the FAA mechanics license with airframe and powerplant ratings, which are considered to be the industry standard of aviation technical knowledge. The examinations consist of written, oral, and practical exams by a designated FAA examiner.

The first two years of the program are heavily focused on Airframe and Powerplant (A&P) training. This structure is intentional, as it allows students to earn their A&P certificate early and enter the workforce if they choose to do so. For those who aspire to take on leadership roles within the aviation maintenance industry, we strongly encourage continuing through to the completion of the degree. Given the competitive nature of the field, having a degree can provide a significant advantage in advancing one’s career.

Student Quote

Each lab was something that tested my knowledge and applied to future work...what we did (in class) will apply to the practical exam for our Air Frame and Power Plant certificate.
— Natalie Smeltzer, Junior, Technical Operations

Where you'll be after graduation

Graduating with a degree from Western Michigan University College of Aviation opens up a dynamic trajectory built on experience-driven learning and industry demand. The combination of specialized academic preparation and hands-on learning ensures that Broncos seamlessly transition from the classroom into highly impactful, meaningful careers. Many recent technical operations alumni have gone to work for companies like Delta Tech Ops, SkyWest, Duncan Aviation, and many more. The sky's the limit!

What others have achieved

What others have achieved

WMU College of Aviation graduates are already hitting the ground running in their careers. Here's a look at two Broncos living their dreams.

Making the most of your learning experience

The immersive environment of Technical Operations is reinforced by the program's unique experiential learning framework, which allows students to earn academic credit and substitute their capstone course with real-world internships at major industry partners like Duncan Aviation. By blending rigorous hangar-floor labs with professional-grade industry pipelines, WMU ensures its graduates possess the practical, real-world competence required to immediately step into the commercial aviation workforce.

people in plane

What scholarships are available for the College of Aviation?

You can find the updated list of the latest College of Aviation scholarships on Scholarship Universe. When applying for scholarships, it is important to follow the directions carefully. Scholarship selection committees are very particular, and attention to detail is usually one of the first sorting criteria followed. For more resources and scholarships related to Western, visit the link below!

Frequently asked questions

A Bachelor of Science in Aviation Technical Operations from Western Michigan University prepares graduates for high-trajectory careers by combining hands-on technical expertise with a degree. Because students earn both their FAA Airframe and Powerplant (A&P) certificate and training in advanced systems like composites and non-destructive testing (NDT), they are highly competitive for immediate roles as Aircraft Maintenance Technicians (AMTs), field test engineers, and maintenance liaison engineers. 

Major airlines like Delta and United, cargo carriers like FedEx, and leading corporate maintenance organizations like Duncan Aviation actively recruit WMU graduates. Ultimately, the integration of business operations, aviation law, and safety management into the curriculum gives graduates a distinct "degree advantage," allowing them to quickly transition from the hangar floor into high-paying leadership roles such as hangar managers, project directors, or directors of maintenance.

Yes, Western Michigan University’s Aviation Technical Operations program is heavily focused on both hands-on learning and professional internships. From their very first semester, students engage in direct, practical training by maintaining and troubleshooting WMU’s dedicated training fleet. Beyond the hangar, students have extensive opportunities to participate in structured, credit-bearing internships with major industry partners like Duncan Aviation, Stryker Corporation, and AARCorp. Under the program's flexible curriculum, students can even substitute their senior capstone course with an approved off-campus internship, allowing them to gain critical, real-world industry experience and build professional networks before they graduate.

Yes! You can find the updated list of the latest College of Aviation scholarships on Scholarship Universe. When applying for scholarships, it is important to follow the directions carefully. Scholarship selection committees are very particular, and attention to detail is usually one of the first sorting criteria followed.

Admission to WMU's B.S. in Aviation Technical Operations follows WMU's standard first-year admission criteria. Students interested in the major can connect with a faculty advisor for program-specific guidance.

Our Tech Ops students have their own fleet of aircraft, including: 

  • Beechcraft Baron
  • Beechcraft King Air
  • Cessna 172
  • Cessna 182
  • Cirrus SR20 Gen 2
  • Mooney Executive

A&P stands for Airframe and Powerplant. An “A&P” is a colloquial term for an aircraft mechanic as well as the certificate aviation mechanics must have to work on airplanes.  Aviation Maintenance students at WMU take courses which prepare them for their A&P exam, or Airframe and Powerplant Exam. A student can complete their A&P in two years at Western and leave, or still complete their four-year degree on top of their certification. We recommend that students stay for their four years if they wish to acquire leadership roles within companies in the future.

Yes! With our new program flow, you can earn your A&P after your first two years in the program. When you obtain your A&P you have a choice to make, you can stay at WMU and finish with a Bachelor's Degree, or you can leave and enter the workforce. 

While there are benfits to both pathways, we strongly recommend that you stay for your full degree if you wish to take on leadership roles during your career. If you leave and wish to come back to obtain your degree when you need it, you are more than welcome to do that as well.

Yes. Upon completing the program, students qualify to take the examinations for the FAA mechanics license with airframe and powerplant ratings, which are considered to be the industry standard of aviation technical knowledge. The examinations consist of written, oral, and practical exams by a designated FAA examiner.

WMU does offer an Aerospace Engineering degree, however not with the College of Aviation. The aerospace engineering degree is offered through the College of Engineering and Applied Sciences. Aerospace engineers design, develop, test, and help produce commercial and military aircraft, spacecraft, surface effect vehicles, missiles, and other related hardware and systems. They also design and develop hydrofoil ships, deep diving vessels for oceanographic research, and high-speed rail-type machines.