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and chemical unit operations biological treatment, disinfection, This course deals with the Bachelor of GOL 205 - Physical Geology real world application problems
and processes commonly used in and sludge processing. Finally, there fundamentals of molecular biology from text form into a mathematical
water and wastewater treatment. is discussion of engineered and and biotechnology applications. The Science in Civil Credit Hour: 3 (2 lecture+ 1 lab) equation.
This involves introduction to the natural processes for wastewater main topics covered in this course Prerequisite: No Prerequisite
properties associated with water treatment. The course gives the are fundamentals of biology and Co-requisite: ENG 200 MTT 204 - Introduction to Linear
and wastewater such as alkalinity, responsibility of engineers to develop biotechnology, engineering principles Engineering Origin of the Earth and its shells; Algebra
turbidity, total solids, pH, hardness the technological tools to meet the in biotechnology, molecular composition of the Earth’s crust Credit Hour: 3
and estimation methods. Apply increasingly stricter standards for biotechnology. and oceans, and their geological Prerequisite: MTT 200
applied physics, chemistry, hydraulics sludge treatment and disposal. characteristics; primary and
and mathematics concepts to CME 483 - Industrial CME 491 - Biochemical Degree Requirements secondary structures; internal This course is an introduction to
understand how physical unit Wastewater Treatment Engineering geological processes; plate tectonics Linear Algebra and some of its
operations and chemical unit and the relation of geological events applications. The aim is to teach the
processes work so that the Credit Hours: 3 Credit Hours: 3 CHE 205 - General Chemistry to it. External geological processes; fundamentals of linear algebra in a
learned concepts can be applied Prerequisite: CME 301 Prerequisite: CME 490 stratigraphic columns, details of way that illustrates their relevance
for the design of water treatment Definitions, characteristics, survey Biochemical Engineering. Biochemical Credit Hours: 3 the geological time scale and case to engineering applications. An
operations/processes. processes, thermodynamics, and Co-requisite: ENG 102/ENG 200 studies of geological ages and their Introduction to Matrices and
and monitoring of industrial kinetics are used in the application Systems of Linear Equations are
CME 481 - Desalination wastewater. Legislation guidelines, of engineering principles to analyze, Chemistry is the study of matter and palaeogeographic distribution; given with other topics such as;
Technologies and standards. Treatment processes: design, and develop processes interactions . This course introduces climate; important biological aspects. Determinants, Vectors in Two and
volume and strength reduction, the principles of chemistry including; MTT 200 - Calculus II Three Dimensions, Vector Spaces,
Credit Hours: 3 neutralization, and equalization, using biocatalysts. Processes of elements and their symbols, the
Prerequisite: CME 341 + CME 300 removal of suspended and colloidal interest include those that are periodic table, names and formulas Credit Hour: 3 Linear Transformations, Eigenvectors
and Eigenvalues and Diagonalizing
involved in the formation of desirable
This course aims to study industrial solids, removal of dissolved organics. compounds and products or in the of compounds, chemical reactions, Prerequisite: MTT 102 Matrices. Engineering applications of
balancing chemical equations,
Combined treatment of industrial
desalination processes. Phase Rule transformation, or destruction of stoichiometry, and other major This Calculus II course builds upon linear algebra are incorporated using
and Equilibria, Thermodynamics and wastewater with demos tic sewage. unwanted or toxic substances. principles of organic and in-organic Calculus I whose purpose was to Math software available
Treatment economics.
Colligative Properties, Scales and substances. Laws and applications establish a firm understanding of
Chemical Treatment, Multi-Effect CME 492 - Biochemical will also be described in this course. the foundations of calculus and MTT 205 - Differential Equations
Desalination Systems, Multi Stage CME 484 - Industrial Water Treatment This course gives the students a full their applications. It will start with Credit Hour: 3
Flash Desalination Systems, Theory Pollution & Control Credit Hours: 3 idea about the basic definitions of some functions seen in Calculus I. Prerequisite: MTT 200
of reverse osmosis. Membrane Credit Hours: 3 Prerequisite: CME 490 chemistry, chemical interactions and Then, students will be introduced Co-requisite: MTT 204
types and preparation. Models for Prerequisite: CME 301 laws, and characteristics of mater. to the concepts of Transcendental
membrane transport. Module and This course emphasizes on the Also, it reviews important algebraic Functions, Integration Technique, The course will demonstrate the
process design. Process parameters, This course provides an overview biological treatment of wastes: concepts and introduces the use of infinite Series and power Series. usefulness of ordinary differential
Concentration polarization and of engineering approaches to constituents in wastewater, Through the process of working equations (O.D.E.) for modeling
fouling. Turbulence promoters protecting water quality with an fundamentals of biological treatment, these concepts in chemistry. through application problems, the physical and other phenomena.
and back-flushing. Pre-treatment emphasis on water treatment aerobic and anaerobic systems, CHE 201L - Chemistry Lab student will develop the ability to The topics covered are first and
methods for RO desalination. unit operations. It covers a wide attached and suspended treatment interpret and evaluate real world higher orders O.D.E, Laplace
Equipment design and economics for range of topics, including water processes, process selection, and Credit Hour: 1 application problems from text form transform, applications of Laplace
seawater water desalination. characterization parameters and advanced wastewater treatment. Prerequisite: No Prerequisite into a mathematical equation. transform to initial value problems
designing systems to treat municipal Co-requisite: CHE 205 of O.D.E, systems of O.D.E and some
CME 482 - Sludge Treatment and industrial wastewater, as well CME 493 - Biofuels Technology This course introduces the principles MTT 201 - Calculus III engineering applications. Through
as the legislative framework. The and concepts of chemistry with the the process of working through
Credit Hours: 3 course focuses on the principles and Credit Hours: 3 emphasis on laboratory skills and Credit Hour: 3 application problems, the student
Prerequisite: CME 480 mechanisms of pollutant removal. Prerequisite: CME 490 + CME 331 practical hands-on experiences for Prerequisite: MTT 200 will develop the ability to interpret
As the course is intended for This course provides an overview of the students. This course will have and evaluate real world application
This course is an overview of engineering students, special focus laboratory experiments, simulated This course is a continuation of the problems from a text form into a
chemical engineering approaches to is placed on control technologies and the technologies available for biofuels experiments, demonstrations and study of calculus II. The purpose was mathematical equation.
production. The topics covered
sludge treatment processes with an future trends regarding preventing to establish a firm understanding
emphasis on fundamental principles. water pollution. include (a) Biodiesel: advantages group activities for the students that of multi-dimensional aspects of PHY 102 - Physics and
illustrate the principles and concepts
Theory and conceptual design of of biodiesel over petroleum diesel, calculus and its applications. The Engineering Applications I
systems for treating municipal Biotechnology convention biodiesel production for the course CHE 205. topics covered are: An introduction
wastewater is discussed, as well technologies, enzymatic biodiesel to vectors and geometry of space, Credit Hour: 3
production and new feedstock,
as reactor theory, process kinetics, CME 490 - Chemical Engineering partial derivatives, and multiple Prerequisite: MTT 102
and models. Physical, chemical, and Biology (b) Bioethanol: advantages of integrals. Through the process The course aim is to provide
biological processes are presented, bioethanol, fermentation processes, of working through application engineering and computer science
including sedimentation, filtration, Credit Hours: 3 and production of bioethanol from problems, the student will develop students with clear understanding
Prerequisite: CHE 330 cellulose. the ability to interpret and evaluate
Abu Dhabi University | Undergraduate Catalog 2023 - 2024 Abu Dhabi University | Undergraduate Catalog 2023 - 2024