This lecture based course covers the principles of turbine engine theory and operation. Turbine aircraft systems are studied, including pressurization, anti and de-ice systems, pneumatic and hydraulic systems and aircraft control systems. Advanced electronic and navigation systems are learned. FAR's pertaining to advanced aircraft are learned and applied to a daily flight routine.

In this course, learners will, at the direction of their instructor, practice flight maneuvers and procedures applicable to the certificate being sought. Upon completion of this course, learners will have accrued up to 16 (sixteen) hours in a single-engine aircraft or 7.5 (seven and one half) hours in a multi engine aircraft and will demonstrate the minimum set of skills necessary to properly perform flight maneuvers and procedures applicable to the certificate being sought.

In this course, learners will, at the level appropriate to the certificate they hold, practice short, soft, crosswinds and normal takeoffs and landings, rejected landings and takeoffs and emergency procedures. Upon completion of this course, learners will have accrued 8 (eight) hours in a single-engine aircraft, and will demonstrate the minimum set of skills necessary to properly perform traffic pattern and ground operations in a single engine aircraft appropriate to the level of the certificate they hold.

In this course, learners will build the advanced skills needed to perform complex operations in the National Airspace System under Instrument Flight Rules. Learners develop skills including precision and non- precision approaches and cross-country flight in the National Airspace Space system under Instrument Flight Rules. Upon completion of this course, learners will have accrued 11 (eleven) advanced aviation training device hours and have acquired the minimum set of skills necessary to properly instrument approach procedures and cross- country flight in the simulated IFR environment.

In this course, learners will build the foundational skills needed to perform basic operations in the National Airspace System under Instrument Flight Rules. Learners develop skills including instrument takeoffs, precise airplane attitude control solely by reference to the airplane instruments, flight at minimum controllable airspeed, stalls, steep turns, unusual attitudes, partial panel operations, radio navigation, cross-country planning and holding procedures.

In this course, learners will build the foundational skills needed to perform basic operations in a multiengine aircraft. Learners develop skills including preflight planning and inspection, aircraft control including takeoffs, landings, stalls, applied aerodynamics and emergency operations.

An advanced aviation ground course designed to prepare a student for the FAA Instrument Airplane rating written examination.

Principles of physics as applied to the flight topics of velocity and acceleration and application to take-off and landing performance. Lift, gravity, thrust and drag relationships in accelerated and unaccelerated flight are included.

This course examines interpersonal relationships of humans and groups and the consequent structure of society. It details the various social processes and concepts which shape human behavior, analyzing such phenomena as organizations, deviance, race and ethnic relations, population, urbanization, social change, and social movements. Religion, education, and the family are studied.

In this course, learners will apply private pilot ground knowledge to actual and simulated scenarios presented by the instructor. Upon completion of this course, learners will have demonstrated the ability to apply private pilot aerodynamics, aircraft systems and instruments, regulations, weather, airport operations, navigation, and human factors knowledge to scenarios presented by an evaluator in oral and practical examination settings.