​Master of Science in Environmental Engineering

1450521

Advanced Environmental Research Methodology

(3-0:2)

Prerequisite:

Graduate Standing

This course is designed as an in-depth exploration of how to collect and analyze scientific data to help postgraduate students arrive at a workable thesis plan and to acquire a comprehensive knowledge of the resources available to them to pursue it. It covers the thesis as a type of writing, project planning, time management, information retrieval, and professional skills required to successfully carry out scientific research.

0401502

Advanced Environmental Statistics

(3-0:3)

Prerequisite:

Graduate Standing

This course provides students with an understanding of the principles and applications of statistics in different fields of environmental and engineering sciences. The course covers main statistical principles. The course also provides students with concept of hypothesis testing and tests of significance. The applications of the course will be through covering topics such as graphic presentation, descriptive measures of central tendency, dispersion, inferential statistics and hypothesis testing, analysis and inference of linear correlation coefficient and slope of regression line.

0401564

Environmental Impact Assessment and Risk Analysis

(3-0:3)

Prerequisite:

Graduate Standing

Introduction to environmental law - local, regional and international requirements, Environmental planning and policy, Introduction to risk analysis - human and environmental health, Concept of the environment and project impacts, Environmental quality and pollution, Evaluation of alternative project proposals, Framework for environmental impact assessment, Impact assessment and analysis, Practical examples and case studies.

1450522

Seminar in Environmental Science and Engineering

(1-0:1)

Prerequisite:

1450521 Advanced Environmental Research Methodology

The seminar is intended to help student develop research strategies and build strong communication and problem-solving skills. Student is required to attend seminars delivered by faculty members, visitors, and other graduate students. Student must submit a term report on the seminars they attended. Student is also required to present at least one seminar on his/her proposed research topic.

0401543

Water Resources Management and Planning

(3-0:3)

Prerequisite:

0401446 Hydraulics Engineering and Design (or equivalent); 0401305 Computational Methods in Civil Engineering (or equivalent)

Co-requisite:

1450521 Advanced Environmental Research Methodology

Evaluation criteria. Hydrologic input analysis. Demand analysis. Deterministic elements of system planning. System management. Large-scale system analysis. Regional planning. Applications. Policy issues.

0401562

Wastewater Treatment and Reuse

(3-0:3)

Prerequisite:

0401345 Introduction to Environmental Engineering (or equivalent)

Co-requisite:

1450521 Advanced Environmental Research Methodology

This course covers the conventional and advanced wastewater treatment processes, including nitrogen and phosphorus removal. The theoretical principles of wastewater treatment, especially the biochemical aspects, and their applications in the design and analysis of wastewater and sludge treatment systems are emphasized. Regulations and economics are considered in the analysis and the design. The course emphasizes wastewater reuse especially in arid regions. The topics cover the current professional practice and latest developments in the field.

0401565

Physiochemical Treatment Processes

(3-0:3)

Prerequisite:

0401345 Introduction to Environmental Engineering (or equivalent)

Co-requisite:

1450521 Advanced Environmental Research Methodology

The course covers the theories, principles and engineering applications of physical and chemical treatment processes used in water and wastewater treatment. The contents enable students to understand, analyze and apply the theories and principles to plan and design treatment schemes to remove concerned pollutants from waters and wastewaters. Topics include: principles of process engineering, including mass balance, reaction kinetics, and reactor engineering; coagulation and flocculation; gravity separation; filtration; gas transfer and aeration; adsorption; ion exchange; and oxidation-reduction.

0401566

Modeling and Simulation of Environmental Engineering Systems

(3-0:3)

Prerequisite:

0401305 Computational Methods in Civil Engineering (or equivalent)

Co-requisite:

1450521 Advanced Environmental Research Methodology

This course introduces the fundamentals of widely used soft computing methods and artificial intelligence techniques with focus on applications to environmental processes. The course discusses modeling, design and simulation of engineering systems using fuzzy logic, artificial neural networks, hybrid neuro-fuzzy methods, and evolutionary computing techniques (e.g., genetic algorithms). The course gives hands-on experience on modeling and simulation software.

0401567

Waste-to-Energy and Material Recovery

(3-0:3)

Prerequisite:

0401345 Introduction to Environmental Engineering (or equivalent)

Co-requisite:

1450521 Advanced Environmental Research Methodology

This course introduces the fundamentals of waste to energy conversion and material recovery. The covered waste-to-energy processes include: bioreactor landfills, anaerobic digestion, incineration, gasification, pyrolysis, and other state-of-the-art methods. The potential hazards/uses of byproducts, economics, and social implications of those technologies are discussed. The course covers also various material recovery processes and recycling opportunities & challenges.

0401571

Environmental Sampling and Analysis

(3-0:3)

Prerequisite:

Graduate Standing

This course introduces the theory, methodology, application and instrumentation used in planning, sampling, and analysis of environmental contaminants in water, air, and soils, and biota. Students will acquire knowledge and engage in designing and conducting valid environmental sampling plans, field methods for data collection, operation of sampling equipment and analytical instruments, as well as recording and interpretation of field and laboratory data. Quality control and quality assurance policies and procedures in environmental sampling and analysis are emphasized.

0401572

Air Quality and Pollution Control

(3-0:3)

Prerequisite:

Graduate Standing

This course covers the fundamentals of air quality and pollution control. Topics covered include: air pollution sources, public and environmental impacts, measurements, emission estimates, and monitoring methods. The course discusses the meteorological processes, transformations of pollutants in the atmosphere, global atmospheric changes, dispersion modeling, indoor air quality modelling and control, as well as air pollution control technologies and future trends.

0401570

Climate Change and the Environment

(3-0:3)

Co-requisite:

1450521 Advanced Environmental Research Methodology

Increases in atmospheric greenhouse gases since the industrial revolution are changing climate in dramatic ways. Climate change is now multidisciplinary issue confronting many disciplines, from architecture, engineering and business through to environmental science, public health, law, economics and policy. This course will cover the basics of climate change science, and it will explore the mitigation and adaptation options to climate change. In particular, there will be an intensive examination of how climate change and its impacts on the environment can be identified and managed.

0401581

GIS and Remote Sensing for Environmental Studies

(3-0:3)

Co-requisite:

1450521 Advanced Environmental Research Methodology

Emphasizes on define the features of environmental problems and conduct environmental investigations in geospatial context, integrated utilization of spatial (GIS) data alongside remote sensing technologies and simulation models for better understanding and managing the natural environment. The course will identify environmental information content of optical multi-spectral, hyper-spectral, thermal and radar remotely sensed data to specify appropriate type of data for use in different environmental investigations.

1450523

Advanced Environmental Science

(3-0:3)

Co-requisite:

1450521 Advanced Environmental Research Methodology

The course describes the main basic concepts of environmental science biology, geology, chemistry and engineering. The course covers some advanced characters and functions of the ecosystems, as components, functions, stability and productivity. The dynamic and demographic attributes of both natural and human populations are covered. It will also describe different applied environmental aspects including biodiversity, preserving biological resources, pest and weed controls, agro-ecosystems and urban environments. Several case studies from the local environment of the UAE will be represented.

1450524

Sustainable Natural Resources Management

(3-0:3)

Co-requisite:

1450521 Advanced Environmental Research Methodology

This course provides a comprehensive overview of conceptual and applied information on natural resources such as water, land, and living organisms. It also includes ecological and evolutionary concepts for conserving and utilizing natural resources and environmental quality. This course also defines and presents problems associated with the use/misuse of our natural resources and how to sustainably manage and conserve them. The role of modern technologies as means of exploring, improving and utilizing natural resources will be addressed. Students will be encouraged and challenged to propose new creative environmentally sustainable solutions.

1450525

Environmental Biology

(3-0:3)

Prerequisite:

General Biology; General Microbiology

Co-requisite:

1450521 Advanced Environmental Research Methodology

This course introduces environmental processes and the influence of human population growth and activities upon them. It also introduces the fundamental features of environmental microorganisms and an understanding of their diverse roles in natural, polluted, and engineered environments. The significance of biology in environmental pollution control, specifically in water quality control, wastewater treatment, solid waste composting, air quality and pollution control, bioremediation, and production of energy is also discussed.

1450526

Marine Ecology

(3-0:3)

Prerequisite:

General Biology

Co-requisite:

1450521 Advanced Environmental Research Methodology

This course provides an advanced understanding of the ecological processes that determine the structure and dynamics of populations and communities in marine ecosystems. Ecological roles of varying marine living organisms are highlighted. Marine ecosystems such as estuaries, intertidal zones, continental shelves and neritic zones, the open and deep oceans, the polar seas, as well as coral reefs and artificial reefs are studied. Major emphasis is placed on the human intervention in the marine environment as well as marine conservation measures.

1420532

Environmental Toxicology

(3-0:3)

Prerequisite:

General Chemistry (or equivalent); Knowledge of Organic Chemistry and Analytical Chemistry

Co-requisite:

1450521 Advanced Environmental Research Methodology

The course will introduce the student to the field of Environmental Toxicology where concept of toxicology is applied to environmental problems. It will focus on the general properties of persistent and/or toxic chemicals commonly found in water, air and living organisms. The course will also cover applications of chemical concepts in the definition and solution of pollution problems. It will also deal with the major classes of pollutants, their fate in the environment, their disposition in organisms, and the mechanisms of their toxicity.

1420541

Advanced Environmental Chemistry

(3-0:3)

Prerequisite:

General Chemistry (or equivalent); Knowledge of Organic Chemistry and Analytical Chemistry

Co-requisite:

1450521 Advanced Environmental Research Methodology

In this course students will use the fundamental principles of chemistry to gain in-depth understanding of the source, fate, and reactivity of compounds in natural and polluted environments. Also involves a study of the Earth atmosphere, water, and soil chemistry as well as the associated air, water, and soil pollution. Chemistry topics include atomic, molecular, ionic and radical structures, stoichiometry and equilibrium. Specific topics may include the greenhouse effect, climate change, fossil fuels, renewable energy technologies, and toxic organic compounds like pesticides and dioxins.

0401599

Master Thesis

(0-0:9)

Prerequisite:

Completion of a minimum of 12 credit hours

The student has to undertake and complete a research topic under the supervision of a faculty member. The thesis work should provide the student with in-depth perceptive of a particular research problem in his chosen field of specialization. It is anticipated that the student be able to carry out his research fairly independently under the direction of his supervisor. The student is required to submit a final thesis documenting his research and defend his work in front of a committee.