Page 495 - Undergraduate Catalog 2024-25

495

MEC 300 - Materials Science radioactive decay, etc. Students data within the context of problems
Credit Hours: 3 will also learn about statistical that are relevant to engineering
subjects including: sampling; and research. This course will
An introduction to the structure normal and other distributions; specifically focus on topics that
and properties of materials and testing of hypotheses; confidence include probability distributions and
the processing routes utilized to intervals; correlation and regression; modeling, statistical inference, design
optimize properties. All major classes applications to industrial data. of experiments, and regression
of materials are covered, including analysis. Students will also learn
metals, ceramics, composites, IEN 310 - Ergonomics & Work to use statistical tools in Excel® to
and polymers. Emphasis on the Measurement provide practical training in analyzing
relationships between chemical Credit Hours: 3 data from real engineering problems.
bonding, crystal structure, phase Prerequisite: IEN 220 + MTT 204
equilibria, microstructure, and MEC 320 - Thermodynamics I
properties including electrical band This course covers introduction Credit Hours: 3
structures, electron excitation events to work analysis and ergonomics, Prerequisite: PHY 102
and semiconductors. Diffusion, problem solving tools, operations
kinetics of phase transformations, analysis, design of manual System and control volume concepts.
and microstructure development work, design of the workplace, Properties of a pure substance.
during basic processes. equipment and tools, design of Work and heat. The first law of
work environment, time study and Thermodynamics as applied to a
MEC 301 - Manufacturing predetermined time systems system and a control volume, internal
Processes energy, enthalpy. The second law
Credit Hours: 3 MEC 310 - Dynamics of Thermodynamics. Carnot cycle,
Prerequisite: MEC 300 Credit Hours: 3 entropy, reversible and irreversible
Prerequisite: CIV 201 + MTT 204 processes. Applications of steady-
This course aims at studying basic state steady-flow, uniform-state
manufacturing processes such as Kinematics and kinetics of particles uniform- flow, and other processes.
casting, forging, rolling, drawing, in plane, rectilinear and curvilinear
extrusion, press tool work, plastic motion; work and energy of particles; IEN 330 - Operations Research I
molding, powder metallurgy, welding, particle impulse and momentum; Credit Hours: 3
brazing, turning, shaping, drilling, kinematics and kinetics of rigid Co-requisite: IEN 220 + MTT 204
milling and grinding. Metal and bodies.
non-metal fabrication processes are IEN 311 - Ergonomics & Work The students will be introduced to
included. Topics covered include Measurement lab the techniques that can be used
mold design, casting and welding to solve engineering problems in
processes, theory of metal cutting, Credit Hours: 1 different environments that needs
tooling features, mechanics of Prerequisite: IEN 310 (co-requisite) optimal decision. The objective of
selected bulk deformation and this course is to enable the students
sheet metalworking processes and This lab aims to integrate theoretical to formulate, analyze, and solve
manufacturing process selection and practical knowledge related mathematical models that represent
and design for production of a given to work analysis and ergonomics, real-world problems. This course
product. problem solving tools, design will cover essentially deterministic
of manual work, design of the models in OR and the mathematical
IEN 220 - Probability and workplace, equipment and tools, foundation of the solution techniques
Statistics design of work environment, time for OR models will be emphasized.
Credit Hours: 3 study. Students are required to The course will also address the basic
Prerequisite: STT 100 use conventional and modern principles and models associated
engineering tools. with queuing systems.
Students are introduced to Theory IEN 320 - Engineering Data MEC 330 - Computer Aided
of Probability and Mathematical
Statistics at a fundamental level. The Analysis Drawing
topics covered in probability include: Credit Hours: 2 Credit Hours: 2
mathematical treatment of chance, Prerequisite: STT 100 Co-requisite: MEC 130
binomial, Poisson, and Gaussian This course aims at introducing
distributions; normal approximation; Students will be introduced to geometric modeling techniques.
application to coin-tossing, methods to analyze and interpret Topics covered will include Freehand

Abu Dhabi University | Undergraduate Catalog 2024 - 2025