CURRICULA AND COURSES

AT 100 Introduction to Aviation Technology 
Class 2, cr. 2. 
An introduction to the Department of Aviation Technology and its curricula as well as an overview of the aviation industry and associated careers. Aviation safety practices and human factors issues are discussed. An overview of aviation regulations and the regulatory process is included. 

AT 105 Basic Aircraft Electrical Theory 
Class 2, lab. 2, cr. 3. 
A study of aircraft DC electrical circuits, Ohm’s Law, Kirchoff’s Law, series and parallel circuits, magnetism, electromagnetism, DC power systems along with aircraft schematics and aircraft wiring practices. Laboratory experiments cover installation of aircraft electrical systems along with basic system analysis. 

AT 106 Basic Aircraft Science 
Class 3, cr. 3. 
An introduction to federal regulatory systems and associated publications. Includes aircraft nomenclature, theory of flight, and fundamentals of the aviation industry. Introduces weight and balance procedures. 

AT 108 Aircraft Materials 
Class 2, lab. 4, cr. 4. 
A study of the materials and their properties utilized in aircraft structures and powerplants. Laboratory content will consist of basic processes involved in the design, testing, and utilization of such materials. 

AT 121 Aircraft Powerplants for Flight Crews 
Class 3, cr. 3. 
Fundamental principles of aircraft powerplants and accessories, including theory of operation. Topics include fuel and related systems, lubrication, carburetion, induction, ignition, propellers, and technical publications. Emphasizes reciprocating engines with an introduction to gas turbine propulsion. 

AT 144 Fundamentals of Flight Lectures 
Class 4, cr. 4. 
A study of the subject areas and information needed to operate as a private pilot in the aviation environment. The FAA private pilot written exam will be offered to those who qualify. 

AT 145 Private Pilot Flight 
Lab. 6, cr. 2. Prerequisite or corequisite: AT 144. 
In this course, the student will receive the necessary dual flight instruction and solo flight time to qualify for the FAA Private Pilot Certificate. 

AT 147 Aircraft Propulsion Systems 
Class 3, cr. 3. 
The theory of operation, design, and construction of modern aircraft propulsion systems. This includes fuel, electrical, ignition, instrument, and control systems for both reciprocating and gas turbine powerplants. 

AT 166 Aircraft Materials II 
Class 2, lab. 3, cr. 3. Prerequisite: AT 108. 
This course includes final assembly and finishing procedures for fabric and metallic aircraft structures. Repairs to such components are included. 

Back to Top

AT 200 Aviation Systems 
Class 3, cr. 3. Prerequisite: none. 
This course is an introduction to the aviation industry and associate careers.  It includes an overview of regulatory systems, associated publications, and major aircraft operating systems.  AT 200 does not carry graduation credit  for AT majors.

AT 207 Introduction to Aircraft Systems 
Class 2, lab. 3, cr. 3. Prerequisite: AT 106. 
Principles and design concepts of aircraft operating systems are covered. Emphasis is given to flight control, electrical, environmental, hydraulic, pneumatic, pressurization, oxygen, heating, cooling, fire protection, and ice and rain protection systems. Also included are theory of operation and design of aircraft instruments and associated systems.

AT 210 Ground Trainer I 
Lab. 2, cr. 1. Corequisite: AT 248. 
Included in this course are maneuvers to develop basic attitude instrument flying skills. The student then proceeds into VOR, ADF, and ILS tracking, holding, and approaches. Intersection holding and DME arc flying will also be covered. 

AT 211 Ground Trainer II 
Lab. 2, cr. 1. Prerequisite: AT 210; corequisite: AT 253. 
This course is a continuation of Ground Trainer I. The student will continue work on VOR, ADF, and ILS holding and approaches. Additionally, there will be a minimum of three instrument cross-countries flown in the ground trainer. The final portion of the course will be to increase the proficiency level of instrument flying in preparation for the Instrument Rating Flight test. 

AT 217 Aviation Meteorology 
Class 3, cr. 3. 
This course is an introduction to weather theory and data interpretation as it relates to aviation. Weather chart interpretation, surface weather observations, and forecasting methods as they relate to flight operations, air traffic control, and aircraft dispatching. 

AT 231 Human Factors for Flight 
Class 3, cr. 3. 
An overview of physiological and psychological factors affecting the decision-making process. Topics include judgment training, cockpit resource management, health maintenance, and stress awareness. 

AT 233 Ethics and Aviation
Class 3, cr. 3. 
This discussion-oriented class is an introduction to the principles of ethical theory and the application of that theory to practical problems associated with the aviation industry.  Actual aviation case studies are used to illustrate major concepts.

AT 241 Aircraft Systems for Flight Crews 
Class 3, cr. 3. 
This course will introduce the student to the basic aircraft systems. Includes electrical, fuel, hydraulic, pneumatic, environmental, and flight control systems. 

AT 243 Commercial Flight I 
Lab. 6, cr. 2. Prerequisite: AT 145. 
The course is designed to develop a higher degree of coordination and judgment through additional experience in more advanced flight maneuvers and cross-country flying. 

AT 245 Cross-country Flight 
Lab. 4, cr. 1. Prerequisite: AT 243. 
The course consists of solo cross-country flying required to help meet the minimum flight times and proficiency for the FAA Commercial Pilot Certificate. 

AT 247 Aircraft Operation Systems 
Class 3, cr. 3. 
The theory of operation of environmental, flight control, and navigation systems found on modern aircraft. This includes avionics, flight management, flight control, and instrumentation systems. 

AT 248 Commercial Flight II 
Lab. 6, cr. 2. Prerequisite: AT 245; corequisite: AT 210 and 249. 
The course is a continuation of the flight training received in AT 243. Basic instrument flying techniques will be introduced to further enhance and refine the development of precision flying skills. 

AT 249 Instrument Flight Lectures 
Class 54, cr. 4. Prerequisite: EAS 221 and AT 144. 
A study of the operation of flight instruments and radio navigation aids, federal aviation regulations pertinent to instrument flight, meteorology, instrument charts, instrument flight planning, and air traffic control procedures. Preparation for the FAA Instrument Rating written examination. 

AT 253 Instrument Flight 
Lab. 6, cr. 2. Prerequisite: AT 248; corequisite: AT 211 and 254. 
The course is designed to prepare the student for the FAA Commercial Pilot Certificate and Instrument Rating. Flight, ground pilot trainer, and ground instruction are included. 

AT 254 Commercial Flight Lectures 
Class 4, cr. 4. Prerequisite: AT 249 or consent of instructor. 
The course is designed to review the principles of flight, aircraft systems, pertinent federal aviation regulations, and airman publications and service in order to prepare the student for the FAA Commercial Pilot written examination. 

AT 258 Air Transportation 
Class 3, cr. 3. 
An overview of commercial aviation operations. Topics include organization and regulation of air carriers, commuter airlines, corporate aviation, air freight and charter operations. Ground equipment required and employment opportunities within each area will be discussed. 

AT 262 Basic Aircraft Powerplant Technology 
Class 3, lab. 3, cr. 4. Prerequisite: AT 106. 
A study of the design, construction, and operating practices of aircraft reciprocating and small gas turbine engines. Laboratory exercises emphasize airworthiness evaluation, fault-isolation techniques, and standard service/maintenance practices. 

AT 263 Fluid Power Systems 
Class 2, lab. 2, cr. 3. Prerequisite: MA 153. 
An analysis of design, construction, and operation of the fluid power systems. Topics range from fluids and hardware through individual component analysis to diagnosis and repair of complex systems. 

AT 265 Aircraft Electrical Systems 
Class 3, lab. 3, cr. 4. Prerequisite: AT 105. 
An overview of both AC and DC aircraft electrical systems, dealing specifically with components and their relationship to the aircraft. Aircraft charging systems, main power distribution, solid state electronics, batteries, and motors are discussed. Laboratory emphasis is placed specifically on volt/ohmmeter usage for the analysis of various aircraft electrical systems. 

AT 267 Fixed and Rotary Wing Assemblies 
Class 2, lab. 3, cr. 3. Prerequisite: AT 106. 
An overview of various fixed and rotary wing components and systems. Flight control systems, landing gear, fuel systems, wheels, brakes, and rotor systems are among the subjects studied. 

AT 271 Powerplant Propulsion Systems 
Class 2, lab. 2, cr. 3. Prerequisite: AT 262 and MA 154. 
Theory, design, and operation of propellers and propeller systems are emphasized. Use of technical data, application of operating principles, parts modifications, and airworthiness evaluations are stressed. 

AT 272 Introduction to Composite Technology 
Class 2, lab. 3, cr. 3. 
An introduction to basic composite materials, processes, construction, testing, and repair. Students will work with a variety of wet and pre-impregnated fiber and matrix systems including glass, Aramid fiber, and carbon-graphite. 

AT 275 Avionics Systems 
Class 3, lab. 2, cr. 4. Prerequisite: AT 265. 
The components and operation of aircraft communication and navigation systems are studied to a functional block diagram level. Included in the course are microwave and pulse navigation systems. Installation requirements and system inspections are emphasized in the laboratory. 

AT 278 Nondestructive Testing for Aircraft 
Class 2, lab. 2, cr. 3. 
A study of nondestructive testing methods used to evaluate the structural integrity of airframes, engines, and components. Magnetic particle, liquid penetrant, electromagnetic, ultrasonic, and radiographic inspection are covered. 

AT 283 ATC Observations
Lab. 3, cr. 1. 
Students will observe the operation of the air traffic control system from both a ground-based and airborne perspective.  Observations will be accomplished using a combination of ATC control towers, air route traffic control centers, and actual or simulated flight.

AT 285 ATC Procedures & Weather
Class 2, Lab2, cr. 3., Co-requisite AT 283
An introduction to the technical procedures involved in the development and operation of the air traffic control system. Instrument procedures and design will be covered.  Weather theory as pertaining to ATC will be discussed, along with observation and dissemination systems used by the FAA and NWS.

AT 290 Aviation Project 
Cr. 1-4.  Prerequisite: consent of department.
Independent study primarily for sophomore students who wish to pursue study and development work in special areas. Subject material must be arranged with the instructor before enrolling in the course. 

AT 293 Industrial Practice I 
Class 0, cr. 1. Prerequisite: admission to the aviation technology cooperative education 
program. 
Industrial practice and experience in participating industry. Requires written report of the experience. 

AT 294 Industrial Practice II 
Class 0, cr. 1. Prerequisite: AT 293. For cooperative education program students only. 
Industrial practice and experience in participating industry. Requires written report of the experience. 

AT 299 Aviation Technology 
Cr. 1-4. (May be repeated for up to six credits).  Prerequisite: consent of department.
Hours, credit, and subject matter to be arranged by staff. 

Back to Top

AT 300 Aviation Infrastructure 
Class 3, cr. 3. Prerequisite: AT 100. 
A survey of airspace and airfield needs for aircraft operation. Also included are the effects of international, national, state, and local laws and regulations upon the operation of these facilities. 

AT 301 Crew Resource Management 
Class 2, cr. 2. Prerequisite: junior standing or higher. Departmental consent required. 
This course explores the fundamental concepts affecting decision-making, communications, leadership styles, and crew coordination in the cockpit. Topics include stress management, situational awareness, and conflict resolution. Case study presentations and team-building will be emphasized. 

AT 303 Aircraft Service 
Lab. 6, cr. 2. 
This course involves the student in the maintenance of aircraft in daily operation. Powerplant inspection is stressed. 

AT 307 Advanced Aircraft Systems
Class 2, lab. 4, cr. 4. Prerequisite: AT 207. 
An in-depth study of aircraft components and operation with an emphasis on transport-category aircraft. Systems covered include fuel, environmental (air-conditioning, pressurization, and oxygen), fluid-power, flight control, fire protection, ice-control, warning, and auxiliary power.  Practical projects utilize small and transport category aircraft.

AT 308 Aircraft Materials Processes 
Class 2, lab. 4, cr. 4. Prerequisite: AT 166 and MA 221. 
A study of the processes by which aircraft materials are converted into usable components. Laboratory activities include machining, welding, and analysis of material properties. 

AT 317 Aircraft Dispatch Theory 
Class 4, cr. 4. Prerequisite: AT 144 (or Private Pilot certificate); AT 217 or EAS 325; and AT 249 or 369.  (offered at the Indianapolis campus)
This course is an introduction to the principles of airline dispatching. Emphasis is placed on airline weight and balance, flight operations, aircraft performance calculations, airport operations, hazardous materials transport and FAR 121 and 135 operations. 

AT 318 Practical Aircraft Dispatch 
Class 4, cr. 4. Prerequisite: AT 317.  (offered at the Indianapolis campus)
This course covers the practice of aircraft dispatch as applied by the airline industry. Emphasis is placed on flight planning, regulatory compliance, airline practices and procedures. Students completing this course will be prepared to take the FAA written and practical aircraft dispatcher examination. 

AT 320 High Performance Aircraft Operation
Class 3, cr. 3. Prerequisite: Commercial Pilot Certificate. 
Course designed to cover basic subsonic, transonic, and supersonic aerodynamics; airplane structures; airborne weather radar; high altitude weather; aviation physiology; and high-speed aircraft performance. 

AT 321 Transport Aircraft Operations Lectures I 
Class 2, cr. 2. Prerequisite: AT 254; corequisite: AT 323 and 355. 
A review of airway procedures and instrument flight techniques as applicable to the operation of a transport category aircraft. Flight techniques of handling a large aircraft and cockpit resource management will be discussed. 

AT 322 Transport Aircraft Operations Lectures II 
Class 2, cr. 2. Prerequisite: AT 321; corequisite: AT 324. 
A continuation of AT 321. This course places emphasis on cockpit resource management, abnormal procedures, and advanced emergency and instrument procedures that may be encountered in transport category aircraft operations. 

AT 323 Transport Aircraft Operations Lab I
Lab. 2, cr. 1. Prerequisite: AT 253; corequisite: AT 321 and 355. 
Laboratory is conducted in a transport category aircraft simulator. Normal instrument and aircraft procedures and cockpit resource management will be stressed. Abnormal procedures are introduced. 

AT 324 Transport Aircraft Operations Lab II 
Lab. 2, cr. 1. Prerequisite: AT 323; corequisite: AT 322. 
A continuation of AT 323. This laboratory emphasizes abnormal and emergency flight procedures that may be encountered in a transport category aircraft. 

AT 329 Advanced Navigation 
Class 2, cr. 2. 
A comprehensive study of navigation basics and advanced techniques as employed by international jet transport aircraft. Topics include dead reckoning, area navigation, Doppler, inertial, global positioning systems, and I.C.A.O. international regulations

AT 331 Introduction to Transport Aircraft Systems and Procedures Lecture 
Class 1, cr. 1.  Corequisite: AT 333.  P/NP only.
This course is for students not majoring in Professional Flight Technology.  Students will be introduced to the systems and operating procedures of a jet transport aircraft.

AT 332 Advanced Transport Aircraft Systems and Procedures Lecture 
Class 1, cr. 1.  Prerequisite: AT 334.  Corequisite: AT 333.  P/NP only.
This course is for students not majoring in Professional Flight Technology.  Advanced systems knowledge and operating procedures will be discussed.  Automated cockpit technology will be explored.

AT 333 Introduction to Transport Aircraft Systems and Procedures Lab 
Lab. 2, cr. 1.  Prerequisite: Private Pilot certificate with Instrument Rating.  Consent of department required.  Corequisite: AT 331.  P/NP only.
This course is for students not majoring in Professional Flight Technology.  Flight officer duties, instrument procedures, crew resource management, and line oriented flight training will occur in a transport category aircraft simulator.

AT 334 Advanced Transport Aircraft Systems and Procedures Lab 
Lab. 2, cr. 1.  Prerequisite: AT 333.  Corequisite: AT 332.  P/NP only.
This course is for students not majoring in Professional Flight Technology.  Advanced training maneuvers and systems troubleshooting in a transport category aircraft simulator will be emphasized.  Students gain proficiency with automation, crew resource management, decision making, and performance planning.

AT 338 Airline Management 
Class 3, cr. 3. Prerequisite: MGMT 200.  Corequisite: AT 300.
A detailed study of the various areas of airline operations. This course is based upon the simulation creation and operation of an airline. Topics include market analysis, planning, pricing, aircraft selection, human resources, marketing, competitive practices, advertising, and financing. 

AT 341 Aircraft Electrical and Electronic Systems 
Class 3, lab. 2, cr. 4. Prerequisite: EET 152. 
Orientation and system description of primary DC power supply and distribution, starter, ignition, alternator, accessory, utility, and lighting circuits. Introduction to flight instruments, electrical load analysis, and weight and balance procedures. Operative procedures and specifications for avionics equipment are discussed. 

AT 342 Aircraft Communication and Navigation Systems 
Class 3, lab. 3, cr. 4. Prerequisite: EET 276, 303, and AT 341 or EET 341. 
A study of characteristics and operation of typical aircraft communication and navigation equipment. Emphasis is on installation and maintenance of avionics systems. 

AT 343 Aircraft Pulse and Microwave Systems 
Class 3, cr. 3. Prerequisite: AT 275 or 241 or EET 341. 
A study of characteristics and operation of weather radar, distance measuring equipment, transponders, and encoding altimeters. 

AT 345 Aviation Marketing 
Class 3, cr. 3.
This course is an introduction to the principles of marketing with emphasis on aviation related industries.  It demonstrates the practical and managerial applications of balancing an organization’s objectives and resources against needs and opportunities in the marketplace.

AT 346 Transport Category Aircraft Systems 
Class 2, cr. 2.  Prerequisite:  Airframe & Powerplant Certificate. (offered at the Indianapolis campus)
A study of the components and operation of systems found on current transport-category aircraft. Systems covered include fuel, environmental (air-conditioning, pressurization, and oxygen), fluid-power, flight control, fire protection, ice-control, warning, and auxiliary power. 

AT 347 Avionics Troubleshooting 
Class 2, lab. 3, cr. 3. Prerequisite: AT 275. 
This course presents the materials, techniques, and procedures to correctly troubleshoot the various communication and navigation systems found on modern aircraft. The main focus of the course is flight-line troubleshooting techniques used to determine which avionics component or system within the aircraft is defective. Flight line repairs of these systems are addressed. 

AT 350 Advanced Aircraft Powerplant Technology 
Class 3, cr. 3. Prerequisite: PHYS 218. 
This course presents a comprehensive overview of aircraft gas turbine engine technology.  Advanced operational characteristics, design theory, cycle analysis, aerodynamic/thermodynamic properties and performance data calculations are studied.  Manufacturing processes, design techniques, and advanced aircraft powerplant  systems are also included. 

AT 351 Flight Instructor Flight 
Lab. 6, cr. 2. Prerequisite: FAA Commercial Pilot Certificate with Instrument Airplane Rating; corequisite: AT 352. 
Flight training in preparation for flight instructor certification. Instructional techniques are demonstrated and practiced by the student. Heavy emphasis is placed on student practice teaching of all maneuvers. 

AT 352 Flight Instructor Lectures 
Class 4, cr. 4. 
The course teaches techniques of flight and ground instruction, analysis of maneuvers, aircraft performance, and federal aviation regulations applicable to flight instructors. Some practice teaching will be required. Preparation for the FAA written exam is included. 

AT 353 Multi-engine Flight 
Lab. 2, cr. 1. Prerequisite: AT 253 or equivalent. 
Prepares the student for the FAA multi-engine rating. Dual flight instruction is conducted in a multi-engine aircraft. Individual ground instruction will be arranged. 

AT 354 Turbine Flight Operations Lecture 
Class 2, cr. 2. 
A study of corporate-type aircraft systems and operations and an orientation to operational procedures in preparation for flight experience in AT 356. 

AT 355 Transport Aircraft Systems and Operations I 
Class 5, cr. 5. Corequisite: AT 321 and 323. 
A study of transport aircraft limitations, systems, and systems operation. Topics include turbojet aircraft powerplants, flight instruments, electrical power, air-conditioning, pressurization, hydraulic, flight control, and fuel systems. 

AT 356 Turbine Flight Operations Laboratory
Lab. 2, cr. 1. Prerequisite: AT 353 and 354. Departmental consent required. 
Provides students with flight experience/instruction in passenger-carrying operations using turbine-powered aircraft. Emphasis is on safe and efficient practices and techniques. 

AT 358 History of Flight 
Class 3, cr. 3. 
This course is designed to trace the effort to achieve and sustain flight from early mythology to the present. Special emphasis is given to the evolution of the airplane. 

AT 363 Fundamentals of Powerplant Systems 
Class 2, lab. 3, cr. 3. Prerequisite: AT 271 and calculus selective. 
Theory, design, operation, and overhaul of ignition and fuel metering systems are emphasized. The use of technical data, applications of operating principles, parts modifications, and airworthiness decisions are stressed. 

AT 365 Instrument Flight Instructor Flight 
Lab. 2, cr. 1. Prerequisite: FAA Flight Instructor Airplane Pilot Certificate and Flight Instructor Instrument written exam passed. 
Flight and ground training in preparation for the Instrument Flight Instructor Flight Test is given. Instructional techniques are demonstrated and practiced by the student. Analysis of maneuvers and common student errors also included. 

AT 366 Multi-engine Flight Instructor Flight 
Lab. 2, cr. 1. Prerequisite: FAA Flight Instructor Airplane and Instrument Airplane and Commercial Pilot Certificate with Airplane Multi-Engine Land Rating and 15 hours pilot-in-command in multi-engine airplanes. 
Flight and ground training in preparation for the Flight Instructor Multi-engine Flight Test is given. Instructional techniques are demonstrated and practiced by the student. Analysis of maneuvers and common student errors also included. 

AT 369 Air Traffic Control 
Class 2, lab. 2, cr. 3. Prerequisite or corequisite: AT 300. 
An introduction to the principles of air traffic control, including tower and enroute separation. Navigation theory as it relates to the ATC system will be explained, as will the theory of operation of ATC radar and computer systems. 

AT 370 Advanced Aircraft Powerplants 
Class 1, lab. 5, cr. 3. Prerequisite: AT 363. 
This course consists of the disassembly, visual inspection, cleaning, structural inspection, dimensional inspection, serviceability, reassembly, installation, testing, and preservation of reciprocating aircraft powerplants. Use of technical data, airworthiness evaluations, and laboratory records is stressed. 

AT 372 Aircraft Maintenance Practices
Class 1, lab. 6, cr. 3. Prerequisite: AT 307.  Co-requisite: AT 376
An in-depth study of practices and procedures used to ensure that an aircraft is maintained in an airworthy state.  Aircraft publications and maintenance methodology are emphasized.

AT 375 Aircraft Electronics 
Class 3, lab. 2, cr. 4. Prerequisite: AT 275. 
A study of the computer-based electronic systems used to control both flight and engine parameters on modern aircraft. The course examines the various systems with an emphasis on how each component integrates into the electronic structure of the aircraft. 

AT 376 Aircraft Gas Turbine Engine Technology I
Class 2, lab. 3, cr. 3. Prerequisite: AT 262. 
Basic aircraft gas turbine engine theory, nomenclature, component design, turbine engine systems, operation, and fault isolation techniques are emphasized.  Turbine engine maintenance, overhaul, operation, and inspection procedures are studied in detail.

AT 380 Helicopter Design, Inspection, and Maintenance 
Class 3, lab. 2, cr. 4. Prerequisite: AT 262 and 267. 
The design, construction, and maintenance of type-certificated helicopters. Areas of study include rotary wing aerodynamics, structural components and materials, main and tail rotor systems, rotor blades, primary and secondary controls, and general inspection and maintenance practices. 

AT 384 Transport Aircraft Systems and Operations II 
Class 2, cr. 2. Prerequisite: AT 355. 
A study of turbojet transport aircraft systems and operations. Systems to be covered include anti-ice, autoflight, auxiliary power unit, fire protection, and oxygen. Aircraft limitations and systems discussed in AT 355 are also reviewed. 

AT 393 Industrial Practice III 
Class 0, cr. 1. Prerequisite: AT 294. For cooperative education program students only. 
Industrial practice and experience in participating industry. Requires written report of the experience. 

AT 394 Industrial Practice IV 
Class 0, cr. 1. Prerequisite: AT 393. For cooperative education program students only. 
Industrial practice and experience in participating industry. Requires written report of the experience.

Back to Top

AT 402 Aircraft Airworthiness Assurance 
Class 1, lab. 6, cr. 3. Prerequisite: AT 308, 370, and 372. 
Practicum in performing aircraft inspection, supervising maintenance personnel, and designing and implementing maintenance control systems.  Additional topics discussed include attribute of the aviation professional, certification, and career planning. 

AT 403 Airman Certification Procedures 
Lab. 2, cr. 1. Corequisite: AT 402. 
A survey of the procedures for obtaining federal certification as an Aircraft Maintenance Technician. 

AT 404 Turbojet Copilot Operations 
Class 2, cr. 2. Prerequisite: AT 356 and consent of department. 
Provides students who are selected to participate in the turbojet copilot program with classroom, simulator, and flight instruction in turbojet systems and operation. 

AT 405 Turbojet Copilot Practicum I 
Cr. 1. Prerequisite: AT 356 and 404. 
This course provides students with copilot flight experience in a corporate-type turbojet aircraft. Student copilots gain experience in turbojet systems and operation, high-speed/high altitude ATC procedures, advanced navigation, and high-altitude meteorology. 

AT 406 Turbojet Copilot Practicum II 
Cr. 1. Prerequisite: AT 405. 
Student copilots enrolled in this course receive further experience in flying a corporate-type turbojet aircraft. Emphasis is placed on enhanced airmanship skills and decision-making. 

AT 407 Turbojet Copilot Practicum III 
Cr. 1. Prerequisite: AT 406. 
A continuation of AT 406. 

AT 408 Advanced Aircraft Manufacturing Processes
Class 3, cr. 3. Prerequisite: junior level standing. 
This course introduces students to NC and CAD/CAM applications.  Laboratory projects include manual NC program, a CAD/CAM program and a design/build/test/analysis of an aviation-oriented project working in teams with Aeronautical Engineering students.

AT 411 Regional Transport Aircraft Systems
Class 3, cr. 3. Prerequisite: junior level standing. 
This course provides an introduction to Regional Jet Transport aircraft systems, learning techniques to prepare for air carrier systems training, and flight crew response to normal, abnormal and emergency situations.

AT 416 Airline Indoctrination 
Class 2, cr. 2. Prerequisite: junior level standing. 
This course provides a background of required information for airline operations including weather minimums, dispatch requirements and flight planning for FAR 121 operations, recency of experience, duty time, hazardous materials, and emergencies.

AT 419 Aircraft Construction and Renovation 
Credit 1-3. Prerequisite: AT 402. 
Application of previously acquired skills through the performance of various construction and renovation tasks on airworthy project aircraft. Included in the activities will be damage analysis, fiscal and time management, and job planning tasks. 

AT 427 Transport Aircraft Maintenance Practices 
Lab. 3, cr. 1. Prerequisite: AT 307, 375, and 376. 
This course provides the student with experience performing inspection and maintenance practices on transport category aircraft. 

AT 433 Supervised Aviation Experience 
Cr. 1-3. Prerequisite: consent of department. (May be repeated for up to six credits.) 
Supervised aviation experience directed toward providing orientation, background, and insight into flight or ground operations. 

AT 434 Supervised Flight Instructional Experience 
Cr. 1- 3. Prerequisite: consent of department. (May be repeated for up to six credits.) 
Supervised internship experience as a flight instructor. 

AT 435 Supervised Aircraft Maintenance Instructional 
Experience Cr. 1-4. Prerequisite: consent of department. (May be repeated for up to six credits.) 
Supervised internship experience as an aircraft maintenance laboratory assistant. This course provides the intern with the opportunity to supervise maintenance students in a laboratory environment. In addition to the supervisory skills, the intern should become knowledgeable in task planning and communication techniques. 

AT 437 Airline Maintenance Management 
Class 3, cr. 3. Prerequisite: Junior standing.
An orientation to basic business disciplines for the airline maintenance industry. Documentation development and control, work scheduling, and reliability analysis are stressed. Basic statistical reliability control techniques will be applied and the results analyzed. A 10-hour practicum involving aircraft maintenance activities is a required part of this course. 

AT 438 Airline Operations 
Class 3, cr. 3. Prerequisite: AT 338 and MGMT 201. 
A detailed study of the core components of the airline operations system, how they relate to one another, and how changes in the system can affect both the airline and the consumer. Topics to be studied include yield management, computerized reservations and management systems, traffic flow analysis, and aircraft personnel and flight systems. 

AT 447 Advanced Aircraft Electronics 
Class 2, lab. 3, cr. 3. Prerequisite: AT 375. 
Line maintenance techniques for the various computer-based airframe and powerplant electronic systems are studied. The course emphasizes return-to-service repair of the system with troubleshooting techniques taught to a component level. 

AT 450 Airline Transport Flight 
Lab. 2, cr. 1. Prerequisite: applicant must have successfully completed the Airline Transport Pilot written examination and meet federal aviation regulation requirements for the flight check. 
Course provides flight and academic preparation for the airline transport pilot certificate flight check. 

AT 452 Aviation Global Experience Seminar
Class 1, cr. 0-1 (May be repeated)

This course prepares students for faculty-led study trips and similar international experiences for which direct course credit is not available.

AT 453 Aviation Global Experience
Class 0, cr. 0-3 (May be repeated)

Supervised international study experience for AT students for which direct course credit is not available.  Specific objectives, requirements, and credit determined by the Aviation Technology department. 

AT 454 Human Factors in Aviation
Class 3, cr. 3 .  Prerequisite: Junior level class standing
This course is an introduction to the principles of marketing with emphasis on aviation related industries.  It demonstrates the practical and managerial applications of balancing an organization’s objectives and resources against needs and opportunities in the marketplace. 

AT 458 Airport Management
Class 3, cr. 3. Prerequisite: MGMT 200. Corequisite: AT 300. Field trips required. 
A study of the history and development of contemporary airport facilities. Areas of study will include FAA airport design requirements, master plans, and airport operations. 

AT 459 Airport Manager Certification 
Class 3, cr. 3. Prerequisite: AT 458 and MGMT 201. 
This course prepares students for the certified manager exam offered by the American Association of Airport Executives (AAAE). This certificate is the first step toward industry accreditation as an airport manager and director. 

AT 462 Occupational Certification and Licensure 
Cr. 1-3. May be repeated for up to 18 credits. 
Industrial, technical, and professional experience will be evaluated, and a maximum of 18 hours of credit may be granted. After evaluation and possible examination by the faculty, credit may be granted based upon the type and number of ratings and certifications held by the applicant. Credit may only be utilized to fulfill Aviation Technology selective and elective course requirements. 

AT 465 Transport Aircraft Operations Lecture III 
Class 1, cr. 1. Prerequisites: AT 323 and 324. 
Instrument flight techniques in aircraft equipped with electronic flight instrumentation systems, satellite navigation, and flight management systems will be considered in preparation for AT 467.

AT 466 Transport Aircraft Operations Lecture IV 
Class 1, cr. 1. Prerequisites: AT 465. 
This is a continuation of AT 465, which emphasizes line oriented flight training (LOFT) in aircraft equipped with  electronic flight instrumentation systems, satellite navigation, and flight management systems.

AT 467 Transport Aircraft Operations Lab III 
Lab. 2, cr. 1. Prerequisites: AT 465. 
This lab provides practical application of instrument flight techniques in a flight training device or transport category flight simulator having electronic flight instrumentation systems, satellite navigation, and flight management systems.

AT 468 Transport Aircraft Operations Lab IV
Lab. 2, cr. 1. Prerequisites: AT 467. 
Unique flight scenarios emphasizing line oriented flight training (LOFT) and crew operation in aircraft equipped with electronic flight instrumentation systems, satellite navigation, and flight management systems will be encountered.

AT 469 Airline Copilot Operations 
Lab. 4, cr. 2. Prerequisites: AT 467 and Consent of Department.
This is an intensive training experience emphasizing line oriented flight training (LOFT) in a transport category flight simulator.  Students may be required to pass an FAA checkride.

AT 470 Aircraft Powerplant Research and Technology 
Class 1-3, cr. 1-3. 
Aircraft powerplant research and test data analysis, including advanced engine operations, instrumentation, propulsion system design, and the design and analysis of computer data acquisition systems for aircraft powerplants are studied. 

AT 472 Advanced Composite Technology 
Class 1, lab. 4, cr. 3. Prerequisite: AT 272. 
Students will perform a variety of fabrication, testing, and repair tasks using specialized composite fibers, matrices, and core materials. 

AT 475 Aviation Law 
Class 3, cr. 3. Prerequisite: AT 300. 
A study of the fundamental legal and aviation law principles as they apply to the various participants in the aviation industry. Special emphasis is placed on contemporary aviation law issues such as pilot, flight instructor, and mechanic liability; product liability; and aviation insurance. 

AT 476 Aircraft Gas Turbine Technology II
Class 2, lab. 3, cr. 3. Prerequisite: AT 376 
This is a study of turbofan engines and systems.  Engine installation, testing, and operational procedures are stressed.  Emphasis is placed on performance evaluation, data calculations, and predictions of operational properties.  Turbofan design theory, operational efficiencies, and fault operation are discussed.

AT 478 Advanced Nondestructive Testing 
Class 2, lab. 2, cr. 3. Prerequisite: AT 278. 
A study of advanced magnetic particle, liquid penetrant, and eddy current testing, and evaluation theory and indication interpretation. Instruction in ultrasonic testing emphasizes the performance of ultrasonic testing techniques. Instruction in radiographic inspection requires students to make radiographic exposures, process film, and interpret radiographs. 

AT 479 Control Tower Operator
Class 3, cr. 3. Prerequisite: AT 369
This course includes a review of air traffic control procedures, Federal Aviation regulations, and aviation weather observation and reporting.  It is designed to prepare students to pass the FAA Control Tower Operators examination.

AT 481 Aviation Safety Problems 
Class 3, cr. 3. Prerequisite: AT 300. 
This course provides the opportunity for students to study problems associated with aviation safety. Particular attention will be given to the formulation of specific recommendations for improvements in aviation safety. 

AT 482 Advanced Composite Tooling Technology 
Class 1, lab. 4, cr. 3. Prerequisite: AT 272. 
Students will study the theory, design, fabrication, and testing of tooling for open and closed molding operations. Students will construct a tool by fabricating a master model, a master mold, and a laminated mold. The tooling process will include fabrication, mold testing, and mold repair. 

AT 490 Aviation Project 
Cr. 1-4.  Prerequisite: consent of department.
Independent study for junior and senior students who wish to pursue study and developmental work in special areas. Subject matter must be arranged with the instructor before enrolling in the course. 

AT 493 Industrial Practice V 
Class 0, cr. 1. Prerequisite: AT 394. For cooperative education program students only. 
Industrial practice and experience in participating industry. Requires written report of the experience. 

AT 499 Aviation Technology 
Cr. 1-4. (May be repeated for up to six credits.)  Prerequisite: consent of department.
Hours, credit, and subject matter to be arranged by staff. 

Back to Top

Last updated: 10/02