This course establishes the general foundation for later in-depth studies. A review of mathematics including fractions; decimal fractions; arithmetic and basic algebra serves as an introduction to calculations such as those used to determine aircraft weight and balance plus locating its center of gravity.

Basic physics will address such areas as fluids; pressure; the kinetic theory of gases; Bernoulli's principle; work, power and energy; and aerodynamics.

The student will be taught to read blueprints as well as draft basic drawings with proper dimensions for possible major aircraft alterations requiring and STC (Supplemental Type Certificate).

Also addressed is the theory and fundamentals of electricity including simple, series and parallel circuits and the laws essential to their understanding. Aviation materials and processes; fluid lines and fittings; cleaning and corrosion control systems and ground handling as well as the proper use of hand tools are presented in both theory and practise.

The student will be taught Federal Aviation Regulations pertinent to mandatory aircraft forms and records plus those which affect areas of regulated aircraft maintenance.

The General Course is completed in just over 10 weeks (excluding holidays). Following completion of the General Course, a student then is introduced to either the Airframe Course (Course I and II) or the powerplant Course (Courses IV or V). For example, each student will complete the General Course followed by Powerplant then Airframe or completion of the general course followed by Airframe, then powerplant.