Theory and practice of emission sampling, standard and techniques of pollutant identification and analysis.

Effects and sources of air pollutants, meteorology, and dispersion of pollutants in the atmosphere are covered.

Air pollution sources and source control, chemistry and meteorology of the atmosphere, atmospheric diffusion, equipment performance and engineering processes for air emission control.

Air pollution sources and source control, chemistry and meteorology of the atmosphere, atmospheric diffusion, equipment performance and engineering processes for air emission control.

Principles and modern practices employed in the design of engineering system for the removal of pollutants. Design of control devices based on physical and chemical characteristics of polluted gas streams.

Design and layout of water distribution systems, sewage collection systems and pumping stations.

Characteristics, measurement, effects on humans, and controlling techniques of noise and vibration.

Precipitation, flow measurement and translation of hydrograph. Treatment of basic principles to apply practical work includes probability in hydrologic events.

Sources and usage of water, types and effects of water pollution, water quality criteria, lake and river water quality management are covered.

Standard analytical procedures for measuring water quality and efficiencies of wastewater treatment processes.

Laboratory analysis of standard analytical procedures for measuring water quality and efficiencies of water treatment processes.

Treatment of theory and technique of water analysis to control water quality and water treatment processes.

Techniques of physicochemical processes that are applied to water and wastewater treatment.

Application of numerical methods to problems in various areas of engineering and sciences, personal computer case studies, development and comparison of techniques for roots of nonlinear equations, simulations of linear algebraic equations, curve fitting, numerical integration and ordinary differential equations.

Dealing with treatment of sludge and manure and its application.

Design and evaluation of heat, sound and light as part of the indoor environment.

Dealing with method of combustion calculation and combustion application.

Fundamentals and application of physicochemical processes used in water and wastewater treatment systems.

Treatment of laboratory equipment and design of treatment devices to decide factor affecting treatment efficiency.

Basic theory of fluids especially in pipes. Incompressible fluids are the main subjects.

Application of basic fluid mechanics and hydraulics of open channels, flow measurements and hydraulic machinery.

Hazardous waste assessment and remediation in part of hazardous waste management.

After going through the background of hazardous waste, dealing with treatment of hazardous waste for studying pollutant's fate and transport.

Principles of groundwater model using imaginary scenario and computer program for groundwater pollution control.

Transfer and types of pollutants for controlling the groundwater contamination.

Theory and design of reinforced concrete members and structures. Application to both simple and continuous girders and frames applicable to environmental facilities.

Treatment of soil contamination sources and types of controlling soil contamination and remediation.

Dealing with hazardous assessment and composition of hazardous waste.

Dealing with system and process of urban waste from source to treatment.

Generation, collection and disposal of solid waste are covered. Recovery and sanitary landfill of solid waste are also covered.

Analysis of chemical composition, moisture measurement, and sample collection of waste.

Application of waste treatment skills to compare the difference between theory and practice.

Industrial wastewater sources and characteristics, significance of industrial wastewater as environmental pollutants, application of standard and special treatment processes.

Selection, evaluation, and design of wastewater treatment process and system.

Types, sources and controlling methods of marine pollution.

Basic electronics applicable to the planning of water distribution, municipal waste treatment and environmental control devices.

General topics of water pollution, air pollution and other types of pollution and their control methods.

Dealing with skills of analysis, separation and cultivation of microorganism.

Application of environmental engineering to the real world of engineering. Data collection, design project and presentation are included.

Assessing techniques and methodology of environmental impact by man's activity, such as air environment, water environment, noise environment, biological environment, cultural environment and socioeconomic environment.

Structure of simple organic compound, reaction mechanisms and nomenclature of organic compounds, application of basic reactions in organic synthesis.