Course Overview
Upon completing the degree program, students will: Recognize the principles of continuity, momentum, and energy as applied to fluid motions and apply these concepts (with appropriate assumptions) to solve and analyze practical fluid mechanics problems. Quantify components of the hydrological cycle in terms of a water balance and apply hydrological concepts and mathematical equations to describe the movement of water within a watershed including groundwater, surface water, and unsaturated zones. Establish a core understanding in the principles of toxicology, dosimetry, and exposure assessment; demonstrate mastery of the risk assessment process and risk management options; construct and evaluate environmental health risk assessments. Demonstrate proficiency in environmental project management concepts, principles, techniques, and knowledge areas; establish a core understanding of the unique aspects of environmental project management. Apply knowledge about water science, institutions, decision-making, and financial matters to the investigation and analysis of multi-objective water quantity and quality management needs; apply theoretical principles and knowledge of historical experiences to envision how water resource management policies and activities should evolve in response to regional climatic trends and extreme events that are anticipated to result from global climate change.
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