The MGA School of Aviation offers a comprehensive path for students pursuing careers in flight, aircraft maintenance, air traffic management, and aviation operations. With degree options ranging from associate to bachelor’s level, and specialized certificate programs, MGA equips students with the skills and certifications needed for immediate industry entry.
Quick Facts
- Length: 2 to 4 years
- Cost: $8,000 to $20,000
- Location: Eastman, GA
- Website: https://mga.smartcatalogiq.com/en/2024-2025/undergraduate-catalog/programs/school-of-aviation/department-of-aviation-maintenance-and-structural-technology/
Aviation Maintenance Technology
Middle Georgia State University offers an FAA Part 147–approved Associate of Applied Science in Aviation Maintenance Technology (AMT) and a Certificate in AMT, both designed to prepare students for the FAA Airframe and Powerplant (A&P) certification exams.
AAS Degree
- Duration: Approximately 5 semesters (typically 2.5 years).
The A.A.S. program spans five semesters and includes 86 credit hours combining core general education and specialized aviation maintenance coursework.
Coursework includes:
- ACES 1000 Aviation Career Employability Skills I
This course prepares students for professional success by teaching essential human relations and job readiness skills. It covers workplace communication, resume writing, personal image, and microcomputer fundamentals, including word processing. Students learn to navigate modern work environments while developing a professional identity. - ASTP 1000 Applied Technical Math
Students develop the mathematical skills needed to solve technical and occupational problems. Topics include arithmetic operations, fractions, ratios, algebra, geometry, and applied formulas used in technical trades. The course emphasizes real-world applications and problem-solving in mechanical contexts. - ASTP 1010 Basic Blueprint Reading
This course introduces students to the principles of reading blueprints in manufacturing. Key topics include lines, views, symbols, materials, title blocks, and sections, with a focus on interpretation and application. A passing grade of C or higher is required for graduation. - ASTP 1020 Aircraft Blueprint Reading
Building on basic blueprint skills, this course explores aerospace-specific blueprints and documents. Students learn about assemblies, ATA codes, technical orders, detail drawings, and revision tracking. Mastery of these topics is essential for accurate fabrication and repair in aviation. - ASTP 1037 Aircraft Aerodynamics & Structural Fundamentals
This course introduces core concepts in aircraft structure, aerodynamics, and flight theory. Students explore aircraft design, control surfaces, material stress, and safety standards, along with hands-on training in precision tools and fasteners. It emphasizes safety, quality, and manufacturing precision. - ASTP 1090 Composites and Bonded Structures
Students gain knowledge of composite and bonded aircraft materials used in modern airframes. Topics include safety, inspection methods, composite classifications, and fabrication techniques. The course prepares students to identify and repair advanced aerospace materials. - ASTP 1104 Structural Layout Fabrication and Sealants
This course trains students in layout and fabrication techniques using shop equipment and tools. Emphasis is placed on safe machinery use, fastener installation, part fabrication, and sealant handling. Students also study application methods, shelf life, and surface preparation for aerospace sealants. - ASTP 1112 Aircraft Metallurgy and Corrosion Control
Students explore the properties and handling of metals used in aviation, as well as methods for preventing and treating corrosion. Key topics include metal identification, heat treatment, corrosion types, and non-destructive inspection. Safety and effective maintenance practices are prioritized throughout the course. - ASTP 1158 Technical Publications and Aerospace Quality Control
This course focuses on using technical publications in manufacturing and repair, emphasizing research and navigation of manuals and technical documents. It also introduces Total Quality Management concepts, including statistical process control, inspection methods, and team-based quality initiatives in the aerospace industry.
Curriculum information here.
Certificate
- Duration: Approximately 4 semesters (typically 2 years).
The certificate program includes 64 credit hours. and focuses exclusively on maintenance fundamentals, preparing students for immediate employment or further study.
Courses cover aircraft structures, hydraulics, avionics, inspection, environmental systems, turbine and piston engines, fuel systems, and more. Some of the courses required include the following:
- AVMT 2020 Aircraft Metallic Structures
This course focuses on the construction and repair of metallic aircraft structures. Students learn techniques for layout, forming, drilling, and riveting sheet metal components, as well as methods for rivet removal and installation. The curriculum also introduces flame and inert-gas welding and explores different structural types and their properties. - AVMT 2040 Aircraft Flight Controls and Rotorcraft Fundamentals
Students study aircraft rigging and assembly with an emphasis on both fixed-wing and rotary-wing aircraft. Topics include rigging procedures, alignment checks, component assembly, and inspection of control surfaces. Hands-on training includes aircraft jacking and control surface balancing. - AVMT 2050 Airframe Inspection
This course trains students to perform airframe inspections with a focus on ensuring compliance and airworthiness. Instruction covers 14 CFR Part 91 inspection requirements, airworthiness directives (ADs), FAA-approved data, and manufacturer service documents. Students gain practical experience evaluating conformity and documentation. - AVMT 2060 Aircraft Hydraulic, Pneumatic, and Landing Gear Systems
Students examine hydraulic and pneumatic systems used for power distribution in aircraft, including system components and troubleshooting techniques. Additional instruction covers landing gear systems, brakes, tires, shock struts, and position warning systems. The course emphasizes inspection, servicing, and repair procedures. - AVMT 2070 Aircraft Instrument, Communication and Navigation Systems
This course explores aircraft instrumentation and communication/navigation systems. Topics include pitot-static systems, magnetic compasses, gyroscopic instruments, radio theory, and systems such as VHF, HF, SATCOM, ILS, TCAS, and ADS-B. Students develop skills in inspection, testing, and system operation. - AVMT 2080 Aircraft Airframe and Environmental Systems
Students learn about airframe systems that control cabin environments and ensure passenger safety. Key topics include environmental control, ice and rain protection, fire suppression, fuel systems, and waste/water systems. Emphasis is placed on function, maintenance, and inspection. - AVMT 2090 Aircraft Electrical Systems
This course introduces aircraft electrical systems including generation, distribution, and troubleshooting. Topics cover DC and AC power systems, constant speed and integrated drive generators (CSD/IDG), wiring types and installation, switches, circuit protection, and lighting systems. Battery maintenance is also addressed. - AVMT 2210 Aircraft Reciprocating Engines, Induction, and Cooling Systems
Students gain knowledge of reciprocating engine theory, maintenance, and inspection, including air and liquid cooling systems. Topics include turbochargers, carburetor heaters, and induction systems. Both gasoline and diesel piston engine systems are covered. - AVMT 2230 Aircraft Turbine Engines
This course provides in-depth instruction on turbine engine theory and maintenance. Students study engine components, air systems, troubleshooting procedures, auxiliary power units, anti-ice systems, and bleed air functions. Practical skills focus on inspection and system operation. - AVMT 2250 Aircraft Engine Inspection
Focused on FAA regulatory compliance, this course covers the principles and procedures for engine inspection. Topics include inspection protocols under 14 CFR Parts 43 and 91, maintenance documentation, and the use of service bulletins and FAA-approved data. Recordkeeping standards are emphasized. - AVMT 2260 Aircraft Engine Fuel and Fuel Metering Systems
Students examine the components and operation of various aircraft fuel and metering systems. Covered topics include float and pressure carburetors, fuel injection, turbine fuel metering, FADEC systems, and inspection procedures. Troubleshooting and adjustment techniques are taught. - AVMT 2270 Aircraft Engine Electrical, Ignition, and Starting Systems
This course explores the electrical systems related to engine ignition and starting. Topics include AC/DC power generation, voltage regulation, engine wiring, switches, and annunciator systems. Students learn to inspect, maintain, and troubleshoot ignition and electrical subsystems. - AVMT 2280 Aircraft Powerplant Accessory Systems
Students study the accessory systems that support engine performance and safety. Topics include lubrication systems, fire protection, exhaust systems, thrust reversers, and propeller operation. Emphasis is placed on maintenance, inspection, and functional testing.
Full curriculum information can be found here.
Aircraft Structural Technology
The Aircraft Structural Technology (AST) A.A.S. degree and certificate programs emphasize applied technical skills in aircraft metalwork, composites, blueprint reading, and structural fabrication.
AAS Degree
- Duration: Approximately 5 semesters (typically 2.5 years).
The A.A.S. includes 61 credit hours and offers advanced instruction in aerospace quality control, aerodynamics, metallurgy, and corrosion control.
Certificate
- Duration: Approximately 4 semesters (typically 2 years).
The 39-credit certificate provides a shorter but highly focused route to entry-level employment in aircraft structural repair and fabrication.
Curriculum information can be found here.
Bachelor of Applied Science in Technical Management (B.A.S.T.M.)
- Duration: Typically 4 years.
For students with prior maintenance experience, including A&P certification, the Bachelor of Applied Science in Technical Management provides a path to managerial roles in aviation.
The program accepts up to 49 transfer credits from AMT coursework and is tailored to enhance technical knowledge with leadership, logistics, and operations training. It is ideal for mechanics seeking career advancement without leaving the aviation field.
Tuition
Below are the estimated in-state tuition costs for the aviation associate degree and certificate programs at Middle Georgia State University:
- AAS in Aviation Maintenance Technology (86 credits): $17,435.07
- Certificate in Aviation Maintenance Technology (64 credits): $12,974.93
- AAS in Aircraft Structural Technology (61 credits): $12,366.73
- Certificate in Aircraft Structural Technology (39 credits): $7,906.60
These estimates are based on the current per-credit cost using the tuition cap of $3,041 for 15 credits. Actual costs may vary based on fees, campus location, and course load.
More tuition info here: https://www.mga.edu/bursar/tuition-fees/
Flight and Aviation Science Programs
The School of Aviation also offers a Bachelor of Science in Aviation Science and Management with concentrations in Flight and Management. This program includes FAA Part 141–approved flight training from private pilot through commercial, multi-engine, CFI, and CFII levels. MGA’s aviation fleet features modern avionics, and helicopter students train with NVG operations. Flight and air traffic management programs require FAA written and practical exams for licensure.
Accreditation
MGA’s aviation programs are recognized nationally for quality and depth. The School of Aviation is FAA-certified, and its maintenance and structural programs are among the highest-rated in the country.
Institutional Strengths
Faculty include industry experts from military, commercial, and corporate aviation sectors. Students benefit from strong industry connections and high job placement rates, particularly with regional airlines, maintenance companies, and aerospace manufacturers.
The school’s strong industry ties are exemplified by its partnership with Delta TechOps, giving students access to real-world training, technical resources, and direct exposure to a leading airline maintenance facility.