Midland College Aviation Mechanic Programs

Midland College offers comprehensive aviation maintenance training through two AAS degree tracks and certificate programs in both Aviation airframe and powerplant. Both certificate and degree programs are housed at Hangar E at Midland International Air and Space Port, providing an authentic aviation maintenance environment with hands-on training using actual aircraft.

Quick Facts

Associate of Applied Science Degrees

A.A.S. in Aviation Maintenance Technology – Airframe

It is a 60-credit hour program structured over four semesters. It builds upon the technical content of the certificate program while adding academic depth through general education requirements.

Curriculum

• AERM 1205 – Weight and Balance This course introduces students to FAA-mandated procedures for weighing aircraft and calculating weight and balance. Emphasis is placed on performing accurate calculations and making correct maintenance record entries. It serves as a foundational course for aviation maintenance.
• AERM 1208 – Federal Aviation Regulations Students learn to interpret and apply FAA regulations and use manufacturer documentation, forms, and records. The course emphasizes understanding the limits of mechanic privileges within the regulatory framework. It is part of the general curriculum for aviation maintenance.
• AERM 1210 – Ground Operations This course covers basic ground handling of aircraft including fueling, servicing, towing, and cleaning. Students are also introduced to corrosion control and use of external power equipment. Practical safety and operational procedures are emphasized throughout.
• AERM 1303 – Shop Practices Students learn safe and effective use of hand tools, hardware identification, and fluid line fabrication. The course includes instruction on precision measuring, heat treating, and inspection methods. It forms the basis for many hands-on maintenance skills.
• AERM 1314 – Basic Electricity Covers electrical theory, measurement tools, circuit types, and electromagnetism as applied to aircraft systems. Students study AC/DC conversion, solid-state devices, battery servicing, and circuit diagrams. Lab activities support theoretical understanding of aircraft electrical functions.
• TECM 1301 – Industrial Mathematics Focuses on applied math skills for technical careers, including fractions, ratios, measurement, and solving equations. Students learn how to convert units, use tools, and solve real-world math problems. The course supports foundational math skills needed in aviation.
• AERM 1241 – Wood, Fabric, and Finishes Covers the use, care, and repair of aircraft wood structures, fabric coverings, and surface finishes. Students learn FAA-approved methods for each material. Safety procedures and practical applications are emphasized.
• AERM 1253 – Aircraft Welding Introduces welding, brazing, and soldering techniques used in aircraft repair. Students practice working with materials like steel and aluminum while following essential safety standards. The course develops core skills for structural maintenance.
• AERM 1254 – Aircraft Composites Students study the inspection and repair of composite structures including bonded and laminated components. The course includes safety practices for handling and storing composite materials. Practical skills are developed through lab work.
• AERM 1315 – Aviation Science Covers math, physics, and technical drawing principles related to aircraft operations. Prepares students to meet FAA academic requirements for airframe and powerplant mechanics. Emphasis is on scientific foundations applied to aviation.
• AERM 1349 – Hydraulic, Pneumatic, and Fuel Systems Students learn to inspect, service, and maintain hydraulic, pneumatic, and fuel systems. The course combines theoretical instruction with hands-on maintenance procedures. It prepares students for work with aircraft fluid systems.
• ENGL 1301 – Composition I Students practice writing and editing academic essays, focusing on rhetorical strategies, research, and revision. The course emphasizes critical thinking and effective communication. It is a core requirement for general education.
• AERM 1345 – Airframe Electrical Systems Covers the operation, installation, and repair of airframe electrical components and wiring. Students gain experience with disassembly and system troubleshooting. The course builds on foundational electrical training.
• AERM 1452 – Aircraft Sheet Metal Focuses on the layout, forming, and repair of sheet metal components in aircraft structures. Students learn to identify and install rivets and fasteners. Hands-on labs develop essential structural repair skills.
• AERM 1243 – Instruments and Navigation/Communication Students study inspection, testing, and installation of aircraft instruments and electronic systems. The course includes troubleshooting of navigation and communication equipment. Antenna and wiring installation is also covered.
• AERM 1247 – Airframe Auxiliary Systems Covers cabin atmosphere control, fire detection, and ice and rain protection systems. Students learn to operate, service, and repair these auxiliary systems. Safety and troubleshooting are emphasized.
• SPCH 1318 – Interpersonal Communication Explores communication skills in various personal and professional relationship contexts. Topics include listening, conflict resolution, and effective messaging. Students apply communication theory to real-life scenarios.
• AERM 1350 – Landing Gear Systems Students inspect, service, and repair fixed and retractable landing gear systems. The course provides detailed study of components and system operation. Practical lab work reinforces theory.
• AERM 2231 – Airframe Inspection Covers procedures and documentation for conducting One Hundred Hour Inspections. Students learn to follow FAA regulations and manufacturer service instructions. Inspection techniques are developed through hands-on activities.
• AERM 2233 – Assembly and Rigging An advanced course focused on structural alignment, control system rigging, and component assembly. Students work with both fixed and rotary-wing aircraft. Precision and adherence to FAA standards are key elements.

In addition to all technical courses included in the Airframe Certificate, students complete general education courses including Industrial Mathematics, Composition I, Interpersonal Communication, Introduction to Sociology, Art Appreciation, and a Natural Science/Mathematics elective.

More curriculum details here: https://catalog.midland.edu/preview_program.php?catoid=18&poid=2489

This comprehensive degree not only prepares students for the FAA Airframe licensure examination but also provides a broader educational foundation that enhances career advancement opportunities in aviation maintenance management and related technical fields.

Tuition and Duration

The estimated tuition for the program is $7,080 for residents, and takes 2 years to complete.

A.A.S. in Aviation Maintenance Technology – Powerplant

The A.A.S. in Aviation Maintenance Technology – Powerplant requires 60 credit hours completed over four semesters, combining specialized engine maintenance courses with general education requirements.

Curriculum

This program includes all technical content from the Powerplant Certificate plus the same general education coursework required for the Airframe degree.

Courses include:

• AERM 1205 – Weight and Balance This course introduces students to FAA standards for aircraft weighing and balance procedures. Students perform calculations and create maintenance records aligned with aviation regulations. The course reinforces aircraft safety through accurate weight documentation.
• AERM 1208 – Federal Aviation Regulations Focuses on understanding FAA regulations, forms, records, and publications. Students study the limitations and responsibilities of aviation mechanics. The course helps students navigate the regulatory environment of aircraft maintenance.
• AERM 1210 – Ground Operations Covers aircraft servicing techniques, including fueling, movement, securing, and use of ground equipment. Students also learn about aircraft cleaning and corrosion control. Emphasis is placed on safety and proper ground operation procedures.
• AERM 1303 – Shop Practices Introduces proper use of aviation tools, precision measurement instruments, and aircraft hardware. Students fabricate fluid lines and perform basic inspection and heat treatment of structures. The course provides essential hands-on experience in aircraft maintenance fundamentals.
• AERM 1314 – Basic Electricity Explores aircraft electrical systems including circuit design, magnetism, and current conversion. Students learn to operate meters and interpret electrical diagrams, including solid-state devices. Maintenance and servicing of aircraft batteries are also included.
• TECM 1301 – Industrial Mathematics Teaches mathematical concepts used in technical fields, such as fractions, ratios, and linear equations. Students apply math skills in measurements and problem-solving scenarios. The course supports practical applications in aviation and industrial careers.
• AERM 1315 – Aviation Science Covers basic principles of mathematics, physics, and technical drawing as applied to aircraft systems. Students learn concepts required for FAA certification of airframe and powerplant mechanics. The course bridges theoretical knowledge and aviation applications.
• AERM 1357 – Fuel Metering and Induction Systems This course examines fuel metering and induction systems used in reciprocating and turbine engines. Topics include carburetors, heat exchangers, cooling systems, and various types of induction systems. Students develop maintenance and troubleshooting skills related to these systems.
• AERM 2447 – Aircraft Reciprocating Engine Overhaul Covers procedures for overhauling reciprocating engines, including disassembly, measurement, inspection, and reassembly. Students learn proper servicing techniques and engine installation methods. The course emphasizes FAA-approved maintenance procedures.
• AERM 1444 – Aircraft Reciprocation Engines Introduces engine operating principles and theory for reciprocating engines. Includes instruction on engine instruments, lubrication, and exhaust systems. Students gain an understanding of engine performance and associated subsystems.
• AERM 1340 – Aircraft Propellers Students study the construction and function of fixed-pitch, constant-speed, and feathering propellers. Instruction includes propeller inspection, servicing, balancing, removal, and installation. Emphasis is placed on governing systems and related maintenance practices.
• AERM 1351 – Aircraft Turbine Engine Theory Covers turbine engine history, principles, and servicing requirements. Students learn about auxiliary power units, exhaust systems, and turbine lubrication and instrumentation. The course provides foundational knowledge for turbine engine maintenance.
• AERM 1456 – Aircraft Powerplant Electrical Focuses on theory and maintenance of powerplant electrical, ignition, and fire protection systems. Students practice operation, servicing, and troubleshooting of electrical components. Hands-on labs support real-world application.
• AERM 2351 – Aircraft Turbine Engine Overhaul Students perform inspection, disassembly, and reassembly of gas turbine engines. Topics include troubleshooting procedures, section replacement, and component analysis. The course prepares students for advanced turbine engine maintenance tasks.
• AERM 2352 – Aircraft Powerplant Inspection Provides in-depth instruction on airworthiness and conformity inspections for aircraft powerplants. Students follow FAA regulations and complete a capstone inspection project. The course emphasizes documentation and compliance accuracy.

More curriculum details here: https://catalog.midland.edu/preview_program.php?catoid=18&poid=2490

The comprehensive curriculum prepares graduates for both the FAA Powerplant licensure examination and for advanced career opportunities that benefit from both technical expertise and the critical thinking and communication skills developed through general education coursework.

The Associate degree option may be particularly beneficial for students interested in eventual career advancement into supervisory or management roles within the aviation maintenance industry.

Tuition and Duration

The estimated tuition for the program is $7,080 for residents, and takes 2 years to complete.

Certificate Programs

Aviation Maintenance Technician – Airframe Certificate

Midland College offers a focused 42-credit hour Airframe Certificate program that students can complete in just three semesters.

Duration & Tuition

It takes about 12 months to complete and estimated cost is 4,956.00.

Curriculum

The curriculum begins with foundational courses in Shop Practices, Weight and Balance, Federal Aviation Regulations, Ground Operations, Basic Electricity, and Aviation Science before advancing to specialized airframe topics.

This comprehensive curriculum prepares graduates to take the FAA Airframe licensure examination, opening doors to careers in aircraft structural repair and maintenance.

Aviation Maintenance Technician – Powerplant Certificate

The Powerplant Certificate program at Midland College consists of 42 credit hours delivered over three semesters, focusing on aircraft engine systems and maintenance.

After completing the same foundational courses as the Airframe track, students specialize in engine technology through courses including Fuel Metering and Induction Systems, Aircraft Reciprocating Engine Overhaul, Aircraft Reciprocation Engines, Aircraft Powerplant Inspection, Aircraft Turbine Engine Theory, Aircraft Propellers, Aircraft Powerplant Electrical, and Aircraft Turbine Engine Overhaul.

More information on the program curriculum is available here.

Upon successful completion, graduates qualify to take the FAA Powerplant licensure examination, preparing them for careers in aircraft engine maintenance and repair.

Full-time students can complete both the Airframe and Powerplant certificates in just 18 months, making this an efficient path to comprehensive aviation maintenance credentials.

Program Benefits and Features

Experienced Faculty

The program boasts faculty with over 100 combined years of experience, offering exceptional mentorship in small classes with limited enrollment to ensure personalized attention.

Student Support

Midland College offers affordable housing options and various scholarship opportunities to support student success.

Location

The strategic location within an active commercial airport environment gives students regular exposure to operational aircraft and maintenance scenarios, enhancing the practical relevance of their training and preparing them for immediate employment upon graduation.

Career Preparation

According to industry forecasts, graduates enter a field with strong employment prospects, as Boeing projects a need for nearly 2.5 million new aviation personnel globally by 2038. The programs develop marketable skills including quality control analysis, troubleshooting, equipment maintenance, and repair techniques valued across multiple technical industries.