Course Syllabi

Fundamentals and principles of transmissions, clutches, planetary gearsets, drive lines, and differentials. Service and repair of differentials , clutches, standard transmissions, and minor diagnosis and service procedures for automatic transmissions.

Introduction to fundamental hydraulic and mechanical principles that is typical of automotive automatic transmissions, hybrid technology, including diagnosis, overhaul, and repair techniques.

Introduction to electricity, storage batteries, hybrid high voltage systems, cranking motor fundamentals, regulator operations, ignition systems, automotive accessories and computer systems.

Emphasis is placed upon electronic engine management systems, exhaust gas analysis, including electronic ignition, emission control systems, customer relations, introduction to hybrid and green technology, and diagnostic repair procedures.

Theory and principles of operation, diagnostic procedures, environmental implications, and repair of the automotive emission control systems.

Introduction to the theory and principles of the operation and diagnostic procedures associated with automotive computer systems; the study of engine management controllers, environmental implications, body and chassis computer control systems, and computer networking.

An introduction to automotive hybrid, electric, and fuel cell systems; the benefits of these alternative technologies are explored and the proper safety practices suggested by vehicle manufacturers are identified.

Theory and principles of operation of automotive air conditioning systems, diagnostic procedures, environmental implications, and proper handling of refrigerants.

Practical experience in the operation and repair of the various components of the automotive industry by working with technicians at a work site; completion of 320 hours of designated work per semester required.

Structured environment allowing the student the opportunity to define learned skill sets from previous automotive courses. Tailored around the interests and needs of the individual with guidance from professional staff.

Provides an overview of the aviation and aerospace industry, including its history, major sectors, organizations, career pathways, aircraft categories, airports, air traffic services, safety culture, and emerging technologies. Students develop foundational aviation vocabulary and examine how general aviation, airlines, airports, military aviation, unmanned aircraft systems, and aerospace organizations function within the broader aviation system.

Introduces the aerodynamic principles governing airplane flight and performance. Students examine the four forces of flight, aircraft stability and control, airfoils, stalls and spins, load factors, aircraft performance, density altitude, and aerodynamic decision-making. Course will cover the aeronautical knowledge required for Private Pilot certification and provide preparation for the FAA Private Pilot Airplane Knowledge Test.

Examines Federal Aviation Regulations, pilot and aircraft requirements, U.S. airspace, airport operations, communications, publications, and operating rules applicable to Private Pilot operations. Students learn to locate, interpret, and apply regulatory and operational information to realistic aviation scenarios.

Introduces the construction, operation, limitations, and management of common general aviation airplane systems and flight instruments. Students develop the systems knowledge necessary to safely operate and evaluate a typical training aircraft and recognize system malfunctions and appropriate pilot responses.

Introduces aviation meteorology, atmospheric processes, weather hazards, aviation weather reports and forecasts, and weather-related aeronautical decision-making. Students learn to recognize conditions affecting flight and obtain, interpret, and apply weather information to VFR operations.

Develops VFR (Visual Flight Rules) navigation and flight-planning skills using aeronautical charts, pilotage, dead reckoning, navigation systems, airport information, aircraft performance data, fuel requirements, and current flight information. Students prepare complete cross-country plans and evaluate alternatives for changing flight conditions.

Examines physiological, psychological, and human-performance factors affecting pilots and aviation safety. Students evaluate aeromedical hazards, fitness for flight, sensory limitations, fatigue, stress, medication and substance effects, hazardous attitudes, and personal risk-management strategies.

Examines aircraft loading, center of gravity, performance, and operating limitations for general aviation airplanes. Students calculate weight and balance and use aircraft performance data to evaluate takeoff, landing, climb, cruise, fuel, and density-altitude considerations under representative operating conditions.

Examines aviation safety principles, hazard identification, accident prevention, safety culture, risk assessment, and operational decision-making. Students analyze aviation hazards and events and apply structured risk-management tools to general aviation, airline, airport, and unmanned aircraft scenarios.

Introduces the organization, infrastructure, daily operations, safety responsibilities, and management functions of airports. Students examine airfield configuration, signs and markings, inspections, condition reporting, emergency planning, wildlife and FOD control, fueling and ramp safety, security, tenant operations, and the roles of airport stakeholders.