Aviation Maintenance Technology

Throughout this course, students receive a general introduction to FAA’s requirements for sheet metal fabrication and repair. Industry-standard practices such as de-burring metal to prevent cracking and failure will be included. Proper interpretation of repair drawings as well as the process of developing a repair plan are discussed and applied to publications. This course includes layouts, bends in sheet metal, forming, and stressed skin repairs. Fasteners such as NAS1097 rivets, MS20470 rivets, AN470 rivets, MS20426 rivets, and AN426 rivets are selected and installed as per print. Repair procedures and requirements are evaluated and employed during this phase of training.

In this course, students develop advanced sheet metal skills and techniques used in the workplace. Students will gain an understanding of the use of advanced hardware such as Hi-Loks, Cherry Max Rivets, and Taper-Lock fasteners. The advanced fabrication skills gained in the course provide significant handson experience that prepares students for careers focused on sheet metal repair and fabrication. Welding is also discussed at an entry-level, covering the fundamental operations such as MIG, TIG, and oxyacetylene equipment operation and safety are explored.

This course introduces students to some of the historically traditional aircraft building materials and techniques, like wood and fabric. Additionally, they study the complex construction of today’s aircraft such as fiberglass and Kevlar, then the students create simple projects using such materials.

In this course, students fabricate composite project(s) utilizing techniques within the industry while practicing safety precautions as outlined by OSHA standards.

Students learn to identify aircraft dopes, paints, thinners, and related materials. Application of materials, an inspection of finishes, and recognition of defects are all completed by the students. Students also learn to apply trim, letters, and touchup paint; identify and select aircraft finishing materials; apply finishing materials; inspect finishes and identify defects.

Throughout this course, complex drawings and systems will be evaluated and inspected as part of electrical training. Students will study various electrical systems from a functional point of view and identify faults and practice and demonstrate an understanding of the troubleshooting and fault isolation processes.

This course will familiarize students with basic airframe and powerplant electrical installation and troubleshooting. Component identification by location and function will be included. Troubleshooting and fault isolation will be demonstrated and practiced by students. This course also contains the theory of all instruments and instrument systems used for flight and navigation of an aircraft. The students will develop an understanding of avionics at the systems level and how data is transferred in those systems.

This course provides students with an understanding of aircraft navigation, communication, approach control systems, and autopilot. The course includes knowledge concerning aircraft inspection, installation, service, and FAA regulations. Training on traditional analog gauges, as well as digital advanced systems, will also be provided to students in this course.

This course acquaints students with basic hydraulic and pneumatic principles, operation, and servicing of equipment. It includes information covering fluids, washers, seals, pressures, and component repair. Basic theory is reinforced through hands-on activities such as the inspection of a hydraulic pump for efficiency after a detailed disassembly and reassembly by the student. The study of landing gear systems increases the students’ knowledge of how hydraulic and pneumatic systems are incorporated into landing gear systems, including operation, tires, and anti-skid brakes. This course includes a discussion of inspection, troubleshooting, and repair of systems. Hands-on activities include oleo strut identification and disassembly, brake system inspection to include pad wear, and rotor measurement.

This course introduces students to the Federal Aviation Regulations (FARs), aircraft inspection concepts, and technical drawings as they pertain to aviation maintenance and operations. Students will develop a comprehensive understanding of the regulatory framework governing aviation safety, including the interpretation and application of FARs in maintenance procedures. The course emphasizes the principles of inspection, including defect identification, evaluation techniques, and compliance with airworthiness standards. Students will also learn to interpret and create technical drawings, including blueprints and schematics, to ensure accuracy in maintenance and repairs. Practical exercises, case studies, and problem-solving scenarios are integrated throughout the course to reinforce learning and prepare students for real-world applications. By the end of the course, students will be proficient in navigating FARs, conducting inspections, and utilizing technical drawings to uphold safety and compliance in aviation operations.

This foundational course introduces students to the essential mathematical and physical principles used in aviation maintenance and operations, with a focus on weight and balance calculations. Students will strengthen their proficiency in mathematical techniques, including algebra, geometry, and trigonometry, as they relate to aviation applications. Key concepts of basic physics, including force, motion, energy, and aerodynamics, are explored to help students understand the scientific principles underlying aircraft performance and maintenance. The course emphasizes the critical importance of weight and balance in aircraft safety, teaching students how to calculate, analyze, and apply these concepts to ensure compliance with airworthiness standards. Through hands-on exercises and real-world scenarios, students will develop problem-solving skills and the ability to perform precise calculations necessary for aviation maintenance tasks.

This course provides an in-depth exploration of materials, processes, and maintenance techniques critical to aviation safety and performance. Students will learn about the properties and applications of various materials used in aircraft construction and maintenance, including metals, composites, and non-metallic materials. The course emphasizes proper cleaning and corrosion prevention methods to maintain aircraft integrity and longevity. Students will gain hands-on experience identifying and addressing corrosion, as well as applying industry-standard cleaning techniques. Additionally, students will study fluid lines and fittings, focusing on the inspection, installation, and maintenance of hydraulic, pneumatic, and fuel systems. Practical exercises will reinforce the importance of using appropriate tools, materials, and techniques to ensure system reliability and compliance with airworthiness standards.

This course introduces students to the fundamental principles of DC and AC electrical theory and their applications in aircraft systems. Core topics include Ohm’s Law, power calculations, and the characteristics of DC and AC electricity. Students will explore aircraft batteries, electrical circuit diagrams, solid-state devices, and logic functions, gaining foundational knowledge essential for understanding advanced electrical functions. Hands-on activities emphasize troubleshooting skills critical to aviation maintenance. Students will practice identifying and resolving common electrical problems in aviation systems while developing proficiency in soldering techniques. Through practical exercises, students will learn to apply logical problem-solving approaches to real-world scenarios, preparing them for advanced troubleshooting tasks in aviation maintenance. This comprehensive course equips students with the knowledge and skills necessary to interpret electrical diagrams, understand circuit operation, and ensure the reliability and safety of aircraft electrical systems.

This course builds upon the foundational concepts of Basic Electricity I, focusing on advanced topics critical to aviation maintenance. Students will explore digital logic systems, including RAM, ROM, NVRAM, logic gates, inverters, rectifiers, and flip-flops, as well as binary number systems. Key topics include electrostatic discharge prevention, advanced electrical circuit drawings, and analysis of complex and combined circuits. Additionally, students will study the operation and applications of AC and DC motors in aviation systems. The final two weeks of the course are dedicated to comprehensive FAA General Knowledge Test preparation. Students will review key topics, practice test questions, and develop effective test-taking strategies to ensure success. This course provides a blend of advanced electrical knowledge, practical troubleshooting skills, and targeted test preparation to equip students for real-world aviation maintenance challenges and FAA certification.