Page 493 - Undergraduate Catalog 2024-25

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to engineering applications. An PHY 102L - Physics and CHE 205 - General Chemistry I
Introduction to Matrices and Systems Engineering Applications I Lab Credit Hours: 3
of Linear Equations are given with Credit Hour: 1
other topics such as; Determinants, Pre or Co-requisites: ENG 200
Linear Transformations, Eigenvectors Prerequisite: MTT 102 Chemistry is the study of matter and
and Eigenvalues and Diagonalizing Co-requisite: PHY 102 interactions. This course introduces
Matrices. Engineering applications of the principles of chemistry including;
linear algebra are incorporated using This course is designed to help elements and their symbols, the
Math software available students develop the ability to periodic table, names and formulas
perform scientific experiments and
MTT 205 - Differential Equations to enhance their understanding of compounds, chemical reactions,
balancing chemical equations,
Credit Hours: 3 of theoretical concepts presented stoichiometry, and other major
in Physics I course (PHY 102) by
Prerequisite: MTT 200 performing landmark experiments principles of organic and in-organic
Co-requisite: MTT 204 with emphasis on the presentation substances. Laws and applications
and interpretation of experimental will also be described in this course.
The course will demonstrate the data This course gives the students a full
usefulness of ordinary differential idea about the basic definitions of
equations (O.D.E.) for modeling PHY 201 - Physics & Engineering chemistry, chemical interactions and
physical and other phenomena. Applications II laws, and characteristics of mater.
The topics covered are first and Credit Hours: 3 Also, it reviews important algebraic
higher orders O.D.E, Laplace concepts and introduces the use of
transform, applications of Laplace Prerequisite: PHY 102 these concepts in chemistry.
transform to initial value problems The course is intended to provide
of O.D.E, systems of O.D.E and some engineering and computer CHE 201L - General Chemistry
engineering applications. Through science students with sufficient I Lab
the process of working through understanding and knowledge of Credit Hour: 1
application problems, the student physics concepts in Electricity and Prerequisite: ENG 200
will develop the ability to interpret Magnetism that can be relevant to
and evaluate real world application their field of study. The course is Co-requisite: CHE205
problems from a text form into a divided into two parts; Electricity and This course introduces the principles
mathematical equation. Magnetism. The topics covered are; and concepts of chemistry with the
PHY 102 - Physics & Engineering electric field, Gauss’s law, electric emphasis on laboratory skills and
Applications I potential, capacitance and dielectrics, practical hands-on experiences for
the students. This course will have
current and resistance, direct current
Credit Hours: 3 circuits, magnetic fields, sources laboratory experiments, simulated
Prerequisite: MTT 102 of magnetic field, Faraday’s law, experiments, demonstrations and
inductance, and alternating current group activities for the students that
The course aim is to provide circuits. Taken simultaneously with illustrate the principles and concepts
engineering and computer science PHY 201L (1 credit hour). for the course CHE 205
students with clear understanding
of the basic concepts of physics. PHY 201L - Physics and MEC 130 - Introduction to
The course is divided into two parts: Engineering Application II Lab Mechanical & Industrial
Mechanics, and Waves. The topics Credit Hour: 1 Engineering
covered are; Units, Vectors and Credit Hours: 2
Scalars, Kinematics, Newton’s laws of Prerequisite: PHY 102
Motion, Work and Energy, Oscillatory Co requisite: PHY 201 Prerequisite: No Prerequisite
Motion, Wave Motion, Sound Waves, This course is intended to introduce
and Superposition of Waves. Taken This course is designed to help students to the fields, disciplines
simultaneously with PHY 102L (1 students develop the ability to and applications of mechanical and
credit hour). perform scientific experiments and
to enhance their understanding of Industrial engineering, including:
theoretical material presented in design, manufacturing, power,
Phy201 (Electricity and Magnetism) thermo fluids, robotics, aerospace,
by performing landmark experiments mechatronics, production systems,
with emphasis on the presentation quality analysis and ergonomics.
and interpretation of experimental The course also introduces students
data. to the use of basic equipment in

Abu Dhabi University | Undergraduate Catalog 2024 - 2025