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Course Criteria
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4.00 Credits
4 Credits An introduction to the appropriate use and potential applications of geographic information systems (GIS) in natural resource management with emphasis on forest management and operations planning. Students will be presented with lectures and exercises that cover a wide range of GIS and GIS-related topics and issues.
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3.00 Credits
3 Credits An introduction to the ecology and conservation of natural resources of native lands, concentrating on Florida ecosystems. Emphasis will be given toward interactive networks and ecosystems on which species depend, techniques for insuring biological diversity and humanconservation interactions. Topics include: ecosystems, diversity, threats to habitat, the value of natural resources, conservation practices and conservation and human society. Prerequisite: BSC-1005C and EVS-1001. College level reading and math skills are required.
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4.00 Credits
4 Credits This course provides advanced instruction using GIS software. Special emphasis will be given to environmental applications. Designed for students who have taken GIS 2040 or who have had previous experience with GIS software. Prerequisite: GIS 2040
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1.50 Credits
Vocational Credits 1.50 Clock Hours 45.00 This self-paced course provides the math needed to excel in the advanced water treatment field. Topics include the addition, subtraction, multiplication and division of whole numbers, fractions, decimal fractions and number expressed in scientific notation, as well as how to solve equations and how to round off numbers obtained from measurements.
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1.50 Credits
Vocational Credits 1.50 Clock Hours 45.00 This course will review requirements and subject matter required for persons wishing to sit for the state certification exam for the Drinking Water Operators C License classification. Drinking water laws will be reviewed as well as all of the reviews necessary to prepare the student for obtaining a job in the industrial or municipal sectors. Many case studies, process flows and problem-solving workshop are provided. This course will not necessarily substitute for the state required C License Operators course.
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1.50 Credits
Vocational Credits 1.50 Clock Hours 45.00 This course will cover the operation, monitoring and troubleshooting of membrane pretreatment equipment including multimedia filters and activated carbon beds, as well as how to prevent the common scaling, fouling and chemical attack problems which membrane units may experience. This advanced course builds on information previously presented.
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1.50 Credits
Vocational Credits 1.50 Clock Hours 45.00 This course introduces the technologies required to produce safe drinking water as well as the pretreated water required for advanced technological uses. Technologies covered include clarification, media filtration, cartridge filtration, bag filtration, membrane filtration, silt dispersants, biocides, acids, scale inhibitors, sulfite compounds, ultraviolet irradiation and softening.
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1.50 Credits
Vocational Credits 1.50 Clock Hours 45.00 This course will cover the principles and operation of post ionexchange equipment including ultraviolet irradiation units, distillation units, final filters and storage and distribution, as well as the minimization of dead legs and periodic disinfection of high purity water piping.
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1.50 Credits
Vocational Credits 1.50 Clock Hours 45.00 This course is the first in a sequence of courses that leads to an AAS degree in Advanced Water Treatment. This course serves to introduce the student to a career in advanced water treatment and prepares students to work safely in an advanced water treatment laboratory and water plant. It will review: industries needing advanced water treatment; typical job duties of water treatment professionals; and safety techniques.
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1.50 Credits
Vocational Credits 1.50 Clock Hours 45.00 This course will cover the characteristics of feedwater contaminants and the fundamental principles of water purification using ion exchange technology. Strong acid cation, strong base anion, weak acid cation and weak base anion resins are covered as are single-bed units, mixed-bed exchange units, full-train units and electrodeionization.
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