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This course offers an overview of the aviation and aerospace industries for students pursuing aviation-related careers. It covers aviation history, key developments, flight principles, industry terminology, and emerging technologies. Students will examine the roles of government and industry in driving aviation growth and regulating the sector. The course also includes components focused on college success skills, such as study strategies, critical thinking, time and financial management. This will introduce diverse career pathways in the global aviation field. (3 Units)

An in-depth study of aviation weather, including temperature, atmospheric pressure, wind and moisture, stability, turbulence, clouds, air masses, fronts, thunderstorms, and icing. A study of weather charts, weather reports, and forecasts. Prerequisite: AVTN1100 (3 Units)

This is an introduction to the essential computer software tools used in the modern information society. Students will be introduced to software applications such as word processing, presentations, spreadsheets, databases, and email. Project-based learning activities will provide hands-on experiences for students to practice and apply the skills to real-world situations. Students will integrate these tools in a comprehensive project. (3 Units)

An in-depth study of airframes and aircraft systems, aircraft instruments, safety, aerodynamics, stability, physiology, weather, airports, airspace, emergency operations, ground reference maneuvers, charts and publications, and the principles of pilotage, dead-reckoning, as well as radio and electronic methods of navigation as applied to cross-country flight planning to prepare the student for the FAA private pilot knowledge test. (5 Units)

Mathematical theory and applications, development of formulae, principles of statistical decision theory, descriptive measurements, probability concepts, random variables, normal distribution, inferential statistics, sampling distributions, confidence intervals, hypothesis testing, chi-squared procedures, linear regression, and the use of computers in statistics. (3 Units)

This course will provide students with insight into the Unmanned Aerial Systems (UAS) industry through the introduction of UAS history, systems elements, regulatory system, COA (Certificate of Approval) process, operations, geospatial data, automation and autonomy, safety assessments, detect, sense and avoid, sensors and payloads, human factors, and the future of UAS. (3 Units)

A study of the practical issues associated with managing, operating, and marketing a fixed base operation (FBO). (3 Units)

An in-depth examination of security regulations, requirements, and environment in the U.S., including the role of the Department of Homeland Security in ensuring aviation security. (3 Units)

An in-depth study of business aviation, including transportation needs analysis, aircraft acquisition methods, aviation department management, operations, maintenance, and safety. (3 Units)

Introduces the airline industry, including the history and unique aspects of the industry. Provides an in-depth study of the structure of airlines, including route planning, fleet selection, maintenance requirements, passenger services, marketing, and pricing. (3 Units)

Provides a senior culminating experience for aviation management majors. (3 Units)

A review of techniques necessary to complete a research project on an aviation topic, including data collection techniques, literature review procedures, data analysis, proper structure of reports, American Psychological Association (APA) formatting, and the manuscript submission process. (3 Units)

An in-depth study of various U.S. federal aviation regulations and legislation affecting the aviation industry, including 14 CFR Parts 1, 25, 61, 67, 91, 121, 139, 175, and NTSB Part 830. An examination of the international aviation environment, such as standards and recommended practices promulgated by the International Civil Aviation Organization. Prerequisite: AVTN1100 (3 Units)

An introduction to the safety regulations, requirements, and environment in the U.S., including an in-depth examination of Safety Management Systems (SMS). (3 Units)

A review of the psychological human factors that affect aviation, including individual and organizational factors, and technology-induced errors. Includes common human errors and detection and recovery skills. The chain of events leading up to an aircraft accident are examined in light of specific aircraft accidents. (3 Units)

An in-depth study of planning, including data collection, forecasting, master planning, and environmental issues. Also includes an in-depth study of airside design, including airport capacity, pavement design, runway and taxiway design criteria, FAR Part 77 criteria, and landslide design, including ground access, curbside requirements, and traffic flow. Prerequisite: AMGT3300 (3 Units)

Study of forces, moments, free-body diagrams, friction, equilibrium, first and second moments of lines, centers of pressure, mass and gravity, and moments of inertia. Prerequisite: MATH2450 (3 Units)

Introduction of stress and strain, stress transformations, analysis of stresses, strain, and deflections in axial members, beams, and torsional shafts. Analysis of pressure vessels. Prerequisite: ENGR2410 (3 Units)

An in-depth study of aircraft systems, including engine, fuel, electric, hydraulic, pneumatic, flight control, and computer systems and displays. (3 Units)

This course studies the physical principles of airplane aerodynamics. Course involves examining the factors affecting aircraft performance, stability and control, and special flight conditions often experienced by commercial pilots of fixed-wing aircraft. Emphasized is stall/spin awareness and recovery, and commercial aircraft design and construction issues. This course will deal primarily with low speed aerodynamics or incompressible flow; includes a section on high-speed aerodynamics toward the end of the course. (3 Units)

An in-depth exploration of aircraft propulsion systems and the principles governing their performance and design. This course examines the theoretical and functional aspects of aircraft propulsion, beginning with horizontally opposed reciprocating engines and advancing through turbine, turbofan, turbojet, turboprop, ramjet, and hybrid systems. Emphasis is placed on the thermodynamic cycles, component design, and performance characteristics that define each propulsion type. Students will analyze engine efficiency, thrust generation, fuel management, and system integration within modern aircraft. The course integrates engineering theory with operational considerations, providing a foundation for understanding propulsion design, selection, and performance optimization in both general aviation and advanced turbine aircraft. Prerequisite: AFLT3280 (3 Units)

This course will provide an overview of the salient math topics most heavily used in the core sophomore-level engineering courses. These include trigonometry, vectors, complex numbers, sinusoids and harmonic signals, systems of equations and matrices, derivatives, and integrals, within the context of an engineering application. These concepts will be reinforced through extensive examples of their use in the core engineering curriculum. Prerequisite: ENGR1810 (3 Units)

Basic concepts of analytical geometry, limits and derivatives, differentials and rates, integration, definite and indefinite integrals, differentiation of logarithmic and exponential functions. Prerequisite: MATH1350 (0 Units)

An introduction to financial accounting, involving its basic structure, the accounting cycles for service and merchandising enterprises, assets, liabilities, and accounting systems. (3 Units)

AAn in-depth study of 14 CFR P139, Airport certification. Prepares students for the Airport Certified Employee (ACE) Operations exam offered by the American Association of Airport Executives. (3 Units)

An in-depth study of airport finance and administration, planning, construction, environmental, operations, security, maintenance, communications and community relations. Prepares students for the Certified Member (C.M.) exam offered by the American Association of Airport Executives. Prerequisite: AMGT3300 (3 Units)

An in-depth study of planning, including data collection, forecasting, master planning, and environmental issues. Also includes an in-depth study of airside design, including airport capacity, pavement design, runway and taxiway design criteria, FAR Part 77 criteria, and landslide design, including ground access, curbside requirements, and traffic flow. Prerequisite: AMGT3300 (3 Units)

An in-depth study analyzing large aircraft weight and balance and performance charts, high-speed aerodynamics, instrument approach plates and high altitude enroute charts. An introduction to 14 CFR 121 and 117 regulations applicable to domestic and flag carriers will be covered. An analysis of aviation weather will be conducted including interpreting charts and weather theory. This course will prepare students for the ADX FAA knowledge test. Students must be age 21 to receive permission to enroll. Prerequisite: AVTN2100 (3 Units)

In-depth study of airline cross-country flight operations. This course will analyze performance limitations including applying MELs and CDLs, runway analysis charts, NOTAMs, PIREPs, RVR reports, operations around hazardous weather, and weight and balance considerations unique to large transport aircraft. Students will be expected to apply weather theory knowledge, aircraft system limitations and airline operation objectives to successful plan flights. Students will be introduced to airline quality FAA approved Air Carrier Operation Specifications and Dispatch Operating Manuals. Students must be age 21 to enroll. Prerequisite: ADSP3300 (3 Units)

Thoroughly integrating knowledge from Instrument Ground School, Turbine Systems, Aviation Laws and Regulations, Aviation Human Factors, Aviation Meteorology and Dispatch I and II, students will apply practical dispatch knowledge and techniques in accordance with 14 CFR 65 Appendix A. Advanced weather theory, aerodynamics, systems knowledge, and airline economic/operation practices will prepares students for the FAA Dispatch Practical Exam. Students must be age 21 to receive permission to enroll. Prerequisite: AFLT4100 (3 Units)

An in-depth study of aircraft instruments, preflight and aircraft systems, navigation, holding, approaches, emergencies, and weather reports and forecasts. Prepares student for the FAA instrument rating knowledge test. Prerequisite: AFLT1180 (3 Units)

An in-depth study of aircraft systems, including engine, fuel, electric, hydraulic, pneumatic, flight control, and computer systems and displays. (3 Units)

An in-depth exploration of aircraft propulsion systems and the principles governing their performance and design. This course examines the theoretical and functional aspects of aircraft propulsion, beginning with horizontally opposed reciprocating engines and advancing through turbine, turbofan, turbojet, turboprop, ramjet, and hybrid systems. Emphasis is placed on the thermodynamic cycles, component design, and performance characteristics that define each propulsion type. Students will analyze engine efficiency, thrust generation, fuel management, and system integration within modern aircraft. The course integrates engineering theory with operational considerations, providing a foundation for understanding propulsion design, selection, and performance optimization in both general aviation and advanced turbine aircraft. Prerequisite: AFLT3280 (3 Units)

An in-depth study of aircraft systems, including engine, fuel, electric, hydraulic, pneumatic, flight control, and computer systems and displays. (3 Units)

This course studies the physical principles of airplane aerodynamics. Course involves examining the factors affecting aircraft performance, stability and control, and special flight conditions often experienced by commercial pilots of fixed-wing aircraft. Emphasized is stall/spin awareness and recovery, and commercial aircraft design and construction issues. This course will deal primarily with low speed aerodynamics or incompressible flow; includes a section on high-speed aerodynamics toward the end of the course. (3 Units)

An in-depth exploration of aircraft propulsion systems and the principles governing their performance and design. This course examines the theoretical and functional aspects of aircraft propulsion, beginning with horizontally opposed reciprocating engines and advancing through turbine, turbofan, turbojet, turboprop, ramjet, and hybrid systems. Emphasis is placed on the thermodynamic cycles, component design, and performance characteristics that define each propulsion type. Students will analyze engine efficiency, thrust generation, fuel management, and system integration within modern aircraft. The course integrates engineering theory with operational considerations, providing a foundation for understanding propulsion design, selection, and performance optimization in both general aviation and advanced turbine aircraft. Prerequisite: AFLT3280 (3 Units)

Prerequisite: AFLT2160 (3 Units)

The course focuses on the design and management of global supply chain systems that vary in size, thus aiding in the understanding of how to develop assets and configure processes in a firm's supply chain that enable the firm to develop operational competencies that are aligned with competitive strategies to manage the global supply chain. Particular emphasis will focus on the processes that facilitate the structure, development, and management of a global supply chain. (3 Units)

The course focuses on management techniques with analytical framework needed to solve problems associated with a firm's logistics planning and control. The course covers the core competencies to manage the planning, implementing, controlling, and distributing of goods and services for a firm. This course will address topics of production planning and scheduling, inventory management, and the design and management of supply and distribution networks. (3 Units)

This course focuses both on general management theory and specific project and team practices useful in the rapidly shifting environment of technology. Particular emphasis is given to the range of diverse techniques required to meet the challenges of managing teams to the successful completion of technology projects in the contemporary workplace. A comprehensive project will be completed in a group setting using Project Management theory and techniques. (3 Units)

The course focuses on the systematic planning, design, and operations of the business process that ultimately impacts the management of production and the delivery of goods and services to end-users. Particular emphasis will give an overview of the business processes, and outlines and supports the understanding of how a business operates. The topics of the course will cover the tactical and strategic sourcing relationships of resources including supply aspect, purchasing, procurement, forecasting, inventory control, quality, sustainability, work-in-process, and negotiations that provide management with the tools to deliver goods and services to end-users. (3 Units)

This course is the study of management theories and the functional concepts of leadership, planning, and decision making. Special emphasis is placed on quality issues, globalism, diversity, ethics, productivity, motivation, skill development, and human resource management. An emphasis on integrating biblical principles and leadership will also be studied. (3 Units)