Programs

• Total Hours: 72
• Lecture Hours: 72

• Describe gas turbine engine history and development
• Describe different types of gas turbine engines
• Explain math and science relating to gas turbine theory
• Describe gas turbine/jet engine propulsion principles
• Describe the design and construction of engine inlets
• Describe the design and construction of compressors
• Explain the design and construction of combustion chambers
• Describe the design and construction of turbines
• Describe the design of gas turbine engine exhaust systems
• Describe turbine engine internal air systems
• Describe components and accessories

• Maintain turbine engines
• Inspection following unusual occurrences
• Replace turbine engine modules
• Perform a hot section inspection
• Perform a cold section inspection and repair

• Operate gas turbine engines
• Troubleshoot gas turbine engine operating problems
• Describe engine running and trimming adjustments

• Describe fuel system components and their functions
• Explain the function of mechanical fuel control units
• Explain electronic display systems

• The student will identify the parts of turbine engine and explain how they work together to cause the engine to produce power.
• The student will analyze engine wear and deterioration and evaluate serviceability.

• T11-1=33%
• T11-2=33%
• T11-3=12%
• T11-4=22%

Textbooks: Textbooks are subject to change. Please contact the bookstore at your local campus for current book lists.