This course (3 units) covers an introduction to fluid properties and mechanics of incompressible fluids and the machines that add energy to or remove energy from a pressurized system.

This course (3 units) covers an introduction to multi-faceted areas of environmental engineering that are related to the protection and preservation of the environment and natural resources, as well as public health and risk assessment.

This course (3 units) covers an introduction to hydrology and hydraulics, including analyses and designs of surface hydrology, groundwater (subsurface) hydrology, and open channel flow hydraulics.

This course (2 units) covers an introduction to multifaceted areas of environmental engineering by providing hands-on experience related to water and wastewater treatment, solid disposal, air pollution control, etc.

This co-listed course (3 units) covers fundamentals of physical, chemical, and biological methods for environmental remediation, federal and state regulations, chemistry of hazardous materials, selection of remedial technologies, pollution prevention strategies, development of remedial plans, and design of remedial processes and units.

This is an inquiry-based graduate course (3 units) that centers on both conventional and cutting-edge technologies for recovery resources and energy from biomass waste and wastewater. Students are constantly challenged to bring up research questions and seek out answers based on their collected evidence and critical discussion.