Aviation Maintenance Technology

Aviation Maintenance Technology

Associate of Applied Science - Transfer Degree (AAS-T)

The Aviation Maintenance Technology Associate of Applied Science Transfer (AAS-T) degree program provides graduates of recognized airframe and powerplant programs and experienced FAA-certified mechanics the opportunity to expand their knowledge and training, and earn an associate transfer degree.

This degree is designed for students to learn technical skills for employment, but who may also want to transfer to a Bachelor of Applied Science (BAS) degree program or a four-year institution.

Estimated Length of Completion

Degree Quarters Credits
Associate of Applied Science - Transfer Degree (AAS-T) Full Time: 8 to 10
Part Time: Part Time Option Not Available
140.0

Program lengths are estimates, not guarantees. For the most current program information, please check with the program contact.

View the Aviation Maintenance Technology (AAS-T) course sequence flow chart.

Additional Program Information

Do you like working with your hands? Are you looking for an exciting career where you don't have to sit in an office all day? Would you rather work on jet engines with 120,000 pounds of thrust? Or are you interested in working with the Federal Aviation Administration (FAA). If so, then our Aviation Maintenance Technology program is the place for you! Some of your questions can be answered by reading our FAQs (Frequently Asked Questions).

We have a long and rich history of producing Aviation Technicians. Our aviation program began in the 1930's as Edison Technical College and transformed into the SSC program in 1968. We provide the training and teach the skills necessary to become an Aircraft Maintenance Technician. After completing the two-year program our students are certified to take the FAA Airframe and Power plant(A&P) exams and then go on to work on any aircraft in the world. The A&P certificate is also recognized in other industries such as power companies and elevator mechanics.

Students must meet with an advisor for entry into this program. A placement test is required to assure language and computational skills are sufficient to assure program success.

Special requirements for admission:
Satisfactory completion of a minimum of 240 prescribed clock-hours of instruction per quarter and a 2.0 minimum grade point average (70%) on each class assignment and exam.

Students are strongly encouraged to meet with an advisor to discuss specific career goals and recommended coursework.


Job tests this program will prepare you for:

  • FAA licensing exam

For current employment and wage estimates, please visit the following online resources and search for the relevant occupational term:

All costs are estimates and are not guarantees. For the most current program information, check with an adviser by calling 206.934.5391. There are additional costs for books and supplies. Each student is responsible for the purchase of certain supplies and required tools before the instruction begins.

Equipment Fee associated with this program:

Quarter Start Dates: Aeronautical Technology classes begin in Spring and Fall.

Students may still enroll in the program during other quarters to begin their related academic classes (Not required if a student has already completed these classes. Students must provide an official transcript.).

Class Times: Check the online class schedule. Students will meet during the class timeframe listed, however in order to maintain safe distances in on-site labs students will be grouped and have specified times on campus. Please check with your instructor for more information.

Other related academic classes are required that meet outside of these class times. These classes can be completed online and/or in-person depending on availability. Check with an advisor regarding when to take related academic classes.


Coursework

Course Course ID Credits Availability

This is the first course in FAA Airframe and Powerplant Certification. Students will investigate aviation career paths, learn basic physics applications in aircraft systems and calculate aspects of aerodynamics and structures, acquire skills with tools and knowledge of real aircraft, engines, and materials through hands on exercises, and observe the purpose and complexity of the worldwide aerospace system by comparing real world situations to federal aviation regulations.

AMT 105 15.0

In this class, you will evaluate your way of learning and work towards mastery of a technical subject, investigate and discuss possible career paths and learn your place and interests in this industry. You will discover how basic physics and electrical theory apply to aircraft design, construction, and maintenance, and gain hands-on experience with real aircraft, materials, and engines. Lastly, you'll compare real situations to the federal aviation regulations to understand their safety value.

AMT 110 15.0

This course is the third step to the FAA Airframe and Powerplant certification. In this class, students will learn standard practices related to: Metallic and non-metallic aircraft structures, aircraft hardware, materials and processes and cleaning and corrosion control.

AMT 115 15.0

This course is the fourth quarter of eight in the Aviation Maintenance Technology sequence at SSC. Students will investigate some of the systems used in aircraft and will apply knowledge gained in previous AMT classes to discover how these systems work. Many projects will be undertaken as part of a team, as is common in the aviation industry. This will give students an opportunity to learn how to work in diverse groups and help foster an enhanced learning environment.

AMT 120 15.0

This course is the fifth step to FAA Airframe and Powerplant Certification. In this class, the following subjects will be covered: Flight Controls, Environmental Systems, Aircraft Instrument Systems, Ice and Rain Control Systems, and Rotorcraft Fundamentals.

AMT 205 15.0

Students will complete the Airframe portion of the curriculum required to qualify to be tested for an FAA Airframe Certificate in this class. Students will engage with new material on many airframe subjects and be given the opportunity to rediscover and review material learned in previous aviation courses. Hands-on learning opportunities will be mixed with theory to connect subjects and provide greater proficiency that will prepare you for certification testing.

AMT 210 15.0

This is the first of two courses required to be eligible to take FAA Powerplant Certification tests. Students will investigate theory and design of reciprocating and turbine powerplants. Projects will give you in-depth knowledge of them as you disassemble and investigate examples in the shop. Students will improve your mechanical skills as you measure, inspect, and reassemble engines. This will include accessories such as fuel metering, exhaust, and cooling systems.

AMT 225 15.0

The eighth and final step to FAA Airframe and Powerplant Certification in which students acquire skills with tools and knowledge of real aircraft, systems, and components through hands-on exercises. Investigate aircraft equipment and maintain safety procedures critical to the aviation industry. Knowledge of aircraft systems, manuals, diagrams, and schematics is put to use troubleshooting procedures. Students perform inspections, repairs and operational tests of powerplant and systems.

AMT 230 15.0
Course Course ID Credits Availability

see Advising for list of approved courses

No Description available

Z999_027 5.0

see Advising for list of approved courses

No Description available

Z999_033 5.0

see Advising for list of approved courses

No Description available

Z999_034 5.0

see Advising for list of approved courses

No Description available

Z999_085 5.0


PDF map is under revision, updated sample schedule coming soon!   
Sample Schedule