Aviation Science Course Descriptions
These are the descriptions of the Aviation Science courses offered at Baylor.
For more information on courses taught at Baylor, please click on the provided link about Baylor Course Listings.
REQUIRED COURSES:AVS 1300 - Introduction to Aviation:
A survey of aviation with special attention to the history and impact of aviation on society as well as its technological progress.
AVS 3310 - Aviation Law:
A history of the development of aviation law as well as a study of its present status. Topics include state and federal regulations, tort law, contract law, FAA regulations, aircraft ownership, airport businesses, and the effect of other laws on aviation.
AVS 3311 - Aircraft Accident Investigation and Prevention:
A comprehensive overview of the procedures and methods used and the skills required to investigate an aircraft accident with emphasis placed on accident prevention.
AVS 3315 - Advanced Aviation Meteorology:
Physical and chemical processes in the atmosphere which affect aviation including atmospheric motion, climatic conditions, and pollution. Weather map analysis and forecasts.
AVS 4314 - Advanced Aircraft Systems:
Study of large transport aircraft: turbine engines; pressurization; electrical, hydraulic, and fire protection systems. Emphasis on high altitude aerodynamics and performance.
AVS 4315 - Aerodynamics for Flight:
Dynamics and thermodynamics, fluid flow, airfoil and wing theory, theory of flight including lift thrust and drag, velocity, stability, and control. Advanced principles of performance and maneuvers.
AVS 3320 - Aviation Operations:
Airline, corporate, and military flight operations with emphasis placed on daily operations environments and employment resources in the aviation industry.
AVS 3350 - Introduction to Space Weather:
A study of the discovery, basic processes, and the health, technology, & societal impacts of space weather.
AVS 3370 - Aviation Leadership:
Prerequisite(s): LDS 1301 A study of leadership topics such as leadership theory, followership, team development, conflict management, supervision, and ethics.
AVS 4305 - Special Topics in Aviation:
Study of advanced topics in aviation.
AVS 4310 - Aviation Management:
Application of management concepts to the problems involved in airport operations, national air traffic control and air transportation systems.
AVS 4318 - Avionics Systems Design:
Design of avionics systems for civil and military aircraft. Topics include avionics system technology and architectures; system engineering; radar, electro-optical, and radio frequency sensors; communications and navigation systems; displays; and sub-systems.
AVS 4323 - The Environment and Economic Analysis:
Economic analysis in description, analysis, and policy formulation of environmental problems such as natural resource development, ecology, energy needs, noise, water, and air pollution. Economic tools used will include social welfare analysis, externalities, and benefit cost analysis.
AVS 4375 - Crew Resource Management
A study of cognitive processing theory, organizational behavior, interpersonal relationship skills, and other critical behavioral dynamics of professional flight crews. Specific CRM topics to be studied include information processing, human error, human reliability, error management, fatigue and workload management, situational awareness, CRM phase development, and CRM specific federal regulations as they pertain to aviation. Emphasis throughout focuses on the individual air crew members understanding of cognitive processing and how this processing plays a foundational role in crew resource management effectiveness.
AVS 4390 - Internship in Aviation:
Supervised work within the aviation industry corresponding with the student's major and career goals.
AVS 4485 - Introduction to Geographic Information Systems:
Map properties, map design, remote sensing, GPS, and the growth and development of geographic information. Students will use computers and other tools related to Geographic Information Systems Software (GIS).
AVS 4486 - Remote Sensing:
Physical mechanisms of surface and atmospheric materials absorption, transmittance, reflection, and emittence of light measured by various remote sensing platforms. Survey various applications related to earth science, ecology, meteorology, and environmental science.
AVS 4487 - Advanced GIS Analysis:
Principles and techniques for geospatial data collection, manipulation, modeling, visualization, and analysis. Emphasis is placed on current raster modeling techniques, spatial statistical analysis methods, and using GIS as a predictive tool for environmental research.