Structured computer programming for problem solving, modeling and analysis. Algorithms and numerical methods. Graphical representation of engineering data.

Structured computer programming for problem solving, modeling and analysis. Algorithms and numerical methods. Graphical representation of engineering data.

Structured computer programming for problem solving, modeling and analysis. Algorithms and numerical methods. Graphical representation of engineering data.

Structured computer programming for problem solving, modeling and analysis. Algorithms and numerical methods. Graphical representation of engineering data.

Engineering ethics; professional topics; preparation for the profession of civil and environmental engineering.

This course is designed to teach students about the fundamentals associated with the development of innovative technology applications in the air transportation systems area. Emphasis will be placed on airport, ground operations; the design and deployment of the next generation air traffic management system (NEXTGEN); and the integration of unmanned aircraft systems (UAS) into the national air space (NAS).

Methods for sustaining natural hydrologic conditions and controlling flooding in land development. Characteristics of precipitation and watersheds. Peak discharge, hydrograph and flood routing prediction. Design of drainage structures, detention ponds, and innovative water management techniques.

Computer and numerical methods in soil mechanics, consolidation, seepage, slope stability, stress distribution, and finite element analysis.

The course is focuses on mathematical and analytical tools planning and operating freight systems. The course will address aspects of transportation economics, environmental and sustainability issues, optimization, and algorithms related to logistics systems and terminals. Many aspects of the course will be treated in a way that is general to all modes. Some specific knowledge related to trucking, railroads, and maritime will be considered.