| Air and Industrial pollution | First Year | This is an introductory course with emphasis on the major sources of air pollution with the most recent technology to control emissions from point source pollution. Topics include urban air quality, global effects of environmental pollution, types of atmospheric pollutants, health effects, air quality and emissions assessment, control of emissions from stationary sources, and industrial wastewater characteristics and treatments, physical/ chemical, and biological unit processes of industrial wastewater. |
| Groundwater | First Year | |
| Engineering Economy | First Year | The aim of this subject is to provide the students with basic knowledge on the various economical theories which the civil engineer needs to implement during his career. The subject include the following topics:- income formula, comparative studies of projects, policies adopted in replacing equipments and estimation of their working life, expiration of equipments, cost-benefit analysis, analysis of least cost and balance point, economical analysis in uncertainties. <br> |
| Environmental Engineering Laboratory (1) | First Year | The main objective of this course is to have the students participate in laboratory experiences to comprehend the standard laboratory procedures used to quantify the basic water quality parameters. The experiments include Acid-base relations and titration cures, solids determination, turbidity test, alkalinity test, the spectrophotometer test, coagulation-flocculation test, determination of dissolved oxygen, hardness of water, biochemical oxygen demand, and chemical oxygen demand. |
| Hydrology | First Year | The aim of this subject is to provide the students with the basic knowledge? On hydrological circle, precipitation, evaporation, run in, run on, groundwater movements and the methods used in extraction of groundwater. Uses of surface water, prediction and analysis of flood storms, flood routing, hydrological predictions. |
| Sanitary Engineering | Second Year | This course is an introduction to the theories, principles, and design of water treatment processes. Topics include pipe system networks, valves and pumps, elevated and ground water tanks, aeration, coagulation and flocculation, mixing and sedimentation basins, chemistry of line-soda processes, filtration, chlorination and other disinfection processes, taste and older control, ion-exchange softening, and water quality control in distribution systems. |
| Environmental Engineering | Second Year | This course gives an introduction to the principles theories, and design in sewage systems, and the includes the mass balance in treatment systems analysis, an assessment of the quality of surface water, design of sewers system lines, waste water characteristics, physical, chemical, and biological unit operation, design of physical, chemical and biological units in wastewater treatment and methods for the disposal of the sludge. |
| Engineering Economy | Second Year | The aim of this subject is to provide the students with basic knowledge on the various economical theories which the civil engineer needs to implement during his career. The subject include the following topics:- income formula, comparative studies of projects, policies adopted in replacing equipments and estimation of their working life, expiration of equipments, cost-benefit analysis, analysis of least cost and balance point, economical analysis in uncertainties. <br> |
| Design Projects in Environmental Engineering | Second Year | It includes: design of network systems, a complete design of water treatment plants, a complete design of wastewater treatment plants, design of different types of pumping stations, design and management of solid wastewater landfills, project management with emphasize on air pollution. |
| Air and Industrial pollution | Second Year | This is an introductory course with emphasis on the major sources of air pollution with the most recent technology to control emissions from point source pollution. Topics include urban air quality, global effects of environmental pollution, types of atmospheric pollutants, health effects, air quality and emissions assessment, control of emissions from stationary sources, and industrial wastewater characteristics and treatments, physical/ chemical, and biological unit processes of industrial wastewater. <br> <br> |
| Environmental Engineering Laboratory (1) | Second Year | The main objective of this course is to have the students participate in laboratory experiences to comprehend the standard laboratory procedures used to quantify the basic water quality parameters. The experiments include Acid-base relations and titration cures, solids determination, turbidity test, alkalinity test, the spectrophotometer test, coagulation-flocculation test, determination of dissolved oxygen, hardness of water, biochemical oxygen demand, and chemical oxygen demand. |
| Environmental Engineering Laboratory (2) | Second Year | Emphasis on recent developments in the standard methods for examination of wastewater and surface water. This include volumetric and gravimetric analysis, settle able mater (Imhoff cone test), wastewater acidity, sludge age, volatile and fixed <br>residue in wastewater, volatile and fixed residue in sludge, activated sludge, chemical oxygen demand, biological oxygen demand, ammonia and nitrogen test, total phosphorus, total nitrogen, and total Califon test <br> |