Courses

Driver, vehicle and roadway characteristics related to design and operation of traffic facilities; selection and design of traffic control devices and information systems for streets and highways; accident analysis and tort liability related to traffic engineering.

An overview of urban transportation in the United States. Topics include the historic relationship between transportation innovations and urban development; the evolution of federal transportation policy; the impact of the Interstate highway system on U.S. metropolitan areas; the decline and revival of mass transit in U.S.

An overview of urban transportation in the United States. Topics include the historic relationship between transportation innovations and urban development; the evolution of federal transportation policy; the impact of the Interstate highway system on U.S. metropolitan areas; the decline and revival of mass transit in U.S.

A study of functions and elements of urban transportation including modeling trip generation, trip attraction, modal split and network assignment; integrated models, and computer applications.

This course provides a foundation in urban transportation planning, covering the planning process, relevant transportation modeling software, and the conduct of transportation planning and traffic impact studies. The course emphasizes integrating technical analysis with planning principles to develop safe, efficient, and sustainable urban transportation systems.

Urban wildlife and fisheries trains students to establish and maintain diverse, self-sustaining urban wildlife and fish populations at levels in harmony with ecological, social, and economic values of the human community and to develop optimal levels of public appreciation and use of urban wildlife and fish resources and associated habitats.

This course focuses on the safety and quality management practices in the urinalysis and body fluids department. The student is introduced to physiology and pathology of the urinary system. The student is also introduced to the theory and practical techniques in the examination of the urine specimen, other body fluids and the identification of cells and crystals including the physical, chemical, and microscopic examinations by using manual and automated techniques.

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This course focuses on the safety and quality management practices in the urinalysis and body fluids department. The student is introduced to physiology and pathology of the urinary system. The student is also introduced to the theory and practical techniques in the examination of the urine specimen, other body fluids and the identification of cells and crystals including the physical, chemical, and microscopic examinations by using manual and automated techniques.

This course focuses on the safety and quality management practices in the urinalysis and body fluids department. The student is introduced to the physiology and pathology of the urinary system. The student is also introduced to the theory and practical methods of examining urine specimens and other body fluids, as well as identifying cells and crystals, through physical, chemical, and microscopic examinations using both manual and automated techniques.