Airframe and Aircraft Powerplant Maintenance Technology - Day (AS Degree S0911)

Program Overview

The Airframe and Aircraft Powerplant Maintenance Technology program prepares students to become certified aircraft maintenance technicians. It offers comprehensive training in airframe and powerplant maintenance, leading to an Associate of Science degree and two state-awarded certificates. Graduates are eligible to take FAA exams for certification as Aircraft Maintenance Technicians, a mandatory requirement for employment in the field. The program emphasizes hands-on experience through labs and projects, ensuring students are well-equipped for industry careers.

Program Outline

Airframe and Aircraft Powerplant Maintenance Technology - Day (AS Degree S0911)

Degree Overview:

This program prepares students to enter employment as a certified airframe and powerplant technician in the aircraft maintenance industry. It offers comprehensive training in the overhaul of various airframes and powerplants and their components. Upon successful completion, students receive an Associate of Science degree and two state-awarded certificates - Airframe Maintenance Technology and Aircraft Powerplant Maintenance Technology. This degree opens the door to excellent opportunities in this high-demand field. The program is offered in two formats: day and evening. The day option offers compressed modules, requiring less time for completion. Both programs lead to the same certificates and degree. Graduates are eligible to take the FAA examinations in Airframe, General, and Powerplant. Passing the General Exam and one or both specialty exams qualifies individuals as Aircraft Maintenance Technicians, a mandatory certification for employment in this field.

Outline:

Required Courses:

• Aircraft Powerplant Theory (13 units)
• Aircraft Powerplant Systems (13 units)
• Aircraft Airframe Maintenance Structures (13 units)
• Aircraft Airframe Maintenance Systems (13 units)
• Aircraft Maintenance Electricity and Electronics (6 units)
• Aircraft Maintenance Science (6 units)
• Aircraft Materials and Processes (2 units)

Additional Requirements:

• Completion of General Education coursework
• Hands-on experience through internships, apprenticeships, or military service

Structure:

• Day program offers compressed modules, requiring less time for completion.
• Evening program offers traditional 9-week modules.
• Both programs are structured around a combination of theoretical knowledge and practical application through hands-on labs and projects.

Modules:

• Aircraft Powerplant Theory: Covers the fundamentals of different types of aircraft engines, their operation, and maintenance procedures.
• Aircraft Powerplant Systems: Delves deeper into the specific systems within aircraft powerplants, including fuel, lubrication, ignition, and electrical systems.
• Aircraft Airframe Maintenance Structures: Focuses on the structural components of aircraft, including fuselage, wings, and landing gear, along with their maintenance and repair techniques.
• Aircraft Airframe Maintenance Systems: Provides in-depth knowledge of various aircraft systems like hydraulic, pneumatic, and environmental control systems.
• Aircraft Maintenance Electricity and Electronics: Equips students with the necessary skills to troubleshoot and repair electrical systems and electronic components in aircraft.
• Aircraft Maintenance Science: Explores the scientific principles underlying aircraft maintenance, including aerodynamics, propulsion, and materials science.
• Aircraft Materials and Processes: Provides a comprehensive understanding of different materials used in aircraft construction and the various fabrication processes involved.

Assessment:

Assessment methods vary depending on the specific module and instructor, but may include:

• Written exams and quizzes
• Practical skill demonstrations
• Project work
• Oral presentations
• Portfolio assessments
Assessment criteria are designed to evaluate students' understanding of theoretical concepts, their ability to apply knowledge practically, and their proficiency in performing various maintenance tasks.

Teaching:

• Faculty members are experienced professionals with extensive industry knowledge and a passion for teaching.
• Teaching methods include interactive lectures, hands-on workshops, group projects, and individual guidance.
• The program emphasizes a learning-by-doing approach, providing students with ample opportunities to practice their skills in the college's well-equipped labs and workshops.
• Strong emphasis is placed on safety procedures and industry regulations throughout the program.

Careers:

Graduates of this program are highly sought-after in the aviation industry and can pursue various career paths including:

• Aircraft Mechanic: Performs maintenance and repair tasks on aircraft structures, engines, and systems.
• Powerplant Mechanic: Specializes in the maintenance and repair of aircraft engines.
• Avionics Technician: Installs, troubleshoots, and repairs electronic equipment on aircraft.
• Inspector: Conducts inspections on aircraft to ensure compliance with safety standards.
• Technical Writer: Prepares technical manuals and documentation for aircraft maintenance procedures.
With additional experience and qualifications, graduates may advance to supervisory or managerial positions, become FAA inspectors, or pursue further education in aviation engineering or management.

Other:

• The program is accredited by the Federal Aviation Administration (FAA), ensuring the quality of education and student preparedness for industry certifications.
• Students have access to career counseling and internship opportunities to gain real-world experience in the aviation industry.
• The college boasts a state-of-the-art aviation technology center equipped with modern aircraft, engines, and training equipment.

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