Page 429 - Undergraduate Catalog 2024-25

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CME 305 - Modeling and Heat transfer and Mass Transfer; the students involved in the day-to-
Simulation in Chemical Experimental planning, data day business events in a relevant,
Engineering (with Embedded acquisition and safety considerations modern and automated organization.
Lab) are emphasized throughout the The student will follow a well-planned
course. course of action during the period
Credit Hours: 3 of training. The plan will be devised
Prerequisite: CME 210 + CME 310 CME 321 - Process Dynamics and jointly by the site-supervisor and
Co-requisite: CME 331 Control college-supervisor. The course will
Many chemical engineering Credit Hours: 3 be a breakthrough in exposing the
processes lead to sets of linear Co-requisite: CME 331 students to the professional work
and nonlinear algebraic equations. culture and conduct of business
This course will focus on numerical This course covers principles of complexities.
methods for solving these types of automatic control for chemical
problems. In addition, techniques processes: Unsteady state modeling; CME 399 - Internship II
for analyzing data to evaluate Laplace open loop and closed loop Credit hours: 1.5
different models and to obtain systems; Stability; Feedback/feed Prerequisite: CME 398
model parameters will be developed. forward, and cascade controllers.
Students will learn how to evaluate It also covers instrumentation in This course is the second of 2
whether the information provided chemical processes. internships and it focuses on getting
is sufficient to solve steady- state CME 331 - Chemical Reaction the students involved in the day-to-
material balances frequently Engineering day business events in a relevant,
encountered in process design. modern and automated organization.
Students will be exposed to both Credit Hours: 3 The student will follow a well-planned
mathematical software as well as Prerequisite: CHE 330 + MTT 205 course of action during the period
process modeling software useful Fundamentals of chemical reaction of training. The plan will be devised
for solving process engineering engineering. Rate laws, kinetics, and jointly by the site-supervisor and
problems and when each should be mechanisms of homogeneous and college-supervisor. The course will
utilized. heterogeneous reactions. Analysis be a breakthrough in exposing the
CME 212 - Fluid Mechanics for of rate data, multiple reactions, heat students to the professional work
culture and conduct of business
Chemical Engineers effects, catalytic reactors, safety
Design of industrial reactors. complexities.
Credit Hours: 3 CME 400 - Separation Processes
Prerequisite: CME 210 CME 341 - Heat Transfer
This course covers: Fluid statics; Credit Hours: 3 Credit Hours: 3
Newtonian and non-Newtonian Co-requisite: CME 212 Prerequisite: CME 301 + CME 305
fluids; Bernoulli equation; Mechanical This course aims at providing This course covers the fundamentals
energy equation for viscous fluids students with essential concepts of
: Dimensional analysis: Flow of Heat Transfer. Topics covered include: of mass transfer operations which
fluids; Flow meters, Pumps and Steady heat conduction, forced result in separations required in
Chemical Engineering. Examples of
compressors; Two-phase flow, Fluid and natural convection, principles
flow in porous media, Packed and of engineering thermal radiation, separation processes covered are:
Distillation, absorption/stripping,
Fluidized beds; Filtration; Agitation boiling and condensation. The course
and mixing; Free and hindered covers design of heat exchanger liquid-liquid extraction. The material
settling. equipment including double pipe covers aspects of the design of the
industrial equipment required for
CME 320 - Chemical Engineering (hairpins), and shell and tube heat the particular separation process
Laboratory I exchangers with emphasis on covered. Design constraints will be
standards and specified constraints.
Credit Hours: 1 emphasized.
Prerequisite: CME 212 + CME 341 CME 398 - Internship I CME 430 - Chemical Engineering
Co-requisite: CME 301 Credit hours: 1.5 Laboratory II
This is the first of a two laboratory Prerequisite: Completion of 60 cr. Credit Hours: 1
courses sequence covering hrs Prerequisite: CME 321 + CME 331
the application of principles of This course is the first of 2 Co-requisite: CME 400
chemical and process engineering: internships and it focuses on getting
Thermodynamics; Fluid Mechanics, This is the second of a two laboratory

Abu Dhabi University | Undergraduate Catalog 2024 - 2025