Program Overview

The CTE (Career and Technical Education) Airframe and Power Plant program is designed to provide students with a comprehensive understanding of aircraft mechanics and maintenance. This program focuses on both the structural components (airframes) and the power systems (engines) of aircraft. Students will acquire the knowledge and practical skills necessary to pursue a career in the aviation industry as Airframe and Powerplant (A&P) technicians.

Key Program Features

Introduction to Aviation Maintenance: The program begins with an overview of aviation maintenance, introducing students to the principles and regulations governing the field. Participants gain insights into the importance of airframe and power plant maintenance in ensuring the safety of aircraft.
Airframe Systems and Structures: Participants receive in-depth training on airframe systems and structures. This includes the study of aircraft materials, construction techniques, and the inspection and repair of airframe components to meet industry standards.
Powerplant Systems and Operations: The program covers powerplant systems and operations, focusing on the principles of aircraft engines, propulsion systems, and powerplant maintenance. Participants learn to troubleshoot, repair, and overhaul aircraft engines for optimal performance.
Aviation Regulations and Compliance: Emphasis is placed on understanding aviation regulations and compliance with the Federal Aviation Administration (FAA) standards. Participants learn about regulatory requirements for airframe and power plant maintenance, ensuring adherence to safety and quality standards.
Aircraft Electrical Systems: The program includes training on aircraft electrical systems, covering the inspection, maintenance, and troubleshooting of electrical components. Participants gain skills in handling avionics systems and ensuring proper electrical functionality.
Aircraft Hydraulic and Pneumatic Systems: Participants learn about aircraft hydraulic and pneumatic systems, including the maintenance and repair of components such as landing gear, brakes, and control surfaces. This knowledge is essential for maintaining the functionality of critical aircraft systems.
Propeller Systems: The program addresses propeller systems and maintenance, covering the inspection, repair, and balancing of aircraft propellers. Participants gain proficiency in ensuring the proper functioning of propeller-driven aircraft.
Composite Materials and Structures: With the increasing use of composite materials in modern aircraft, participants receive training in the inspection and repair of composite structures. This includes understanding the unique properties and maintenance requirements of composite materials.
Engine Overhaul and Troubleshooting: Participants learn the procedures for engine overhaul and troubleshooting common issues in aircraft engines. This includes the disassembly, inspection, and reassembly of engines to extend their operational life.
Safety Practices and Emergency Procedures: The program emphasizes safety practices and emergency procedures in aviation maintenance. Participants gain knowledge of safety protocols, risk management, and emergency response to ensure a secure working environment.

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