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COE 102 - Introductory Big Data MEC 302 - Mechanics of concerning humidification, MEC 350 - Fluid Mechanics MEC 398i - Internship
Analytics Major Requirements Materials dehumidification, evaporative Credit Hours: 3
Credit Hour: 3 Credit Hours: 3 cooling, and (4) thermodynamics Prerequisite: CIV 201 + MTT 205 Credit Hours: 1.5
of combustion systems such as
Prerequisite: 60 Credit Hours
Prerequisite: CIV 201
Prerequisite: STT 100 CIV 201 - Statics furnaces, flow reactors etc.) This course aims at providing This course focuses on getting the
This course provides a general Credit Hours: 3 Stress and strain; Material behavior; MEC 330 - Computer Aided students with essential concepts student practically involved in the
Hooke’s law; Axial loading; Safety
of fluid mechanics. Topics covered
introduction to Data Analytics. factors; Shear force and bending Drawing include; Fluid properties, similitude, day-to-day business events in a
It provides an essential guide to Prerequisite: MTT 102 + PHY 102 moment diagrams; Bending stresses Credit Hours: 2 fluid statics, Bernoulli’s equation, relevant, modern and automated
understanding and using data Basic force concepts and equilibrium and deflections; Shear stresses in Co-requisite: MEC 130 applications of the mass, momentum organization. The student will follow
analytics in real-life applications analysis; distributed forces; centroids; beams; Torsion of circular members; and energy equations, viscous flow a well-planned course of action
without the need for any previous moments of inertia; application to Combined stresses; Mohr’s circle; This course aims at introducing in pipes, flow over immersed bodies, during the period of training. The
familiarity with programming. The structural elements. Buckling of columns; Engineering geometric modeling techniques. introduction to turbo machinery. plan will be devised jointly by the site-
course starts by introducing the main applications. Topics covered will include Freehand supervisor and college-supervisor.
concepts of Data Analytics to provide MEC 300 - Materials Science sketching, Orthographic and MEC 351 - Fluid Mechanics Lab The course will be a breakthrough
a solid understanding of the field, Credit Hours: 3 MEC 310 - Dynamics Isometric Projections, Sectional in exposing the students to the
its subfields, and major application Prerequisite: CHE 205 Views, Dimensioning. Introduction Credit Hour: 1 professional work culture and
areas. Students will learn the Credit Hours: 3 to Geometric modeling and Co-requisites: MEC 350 conduct of business complexities.
different types of data, data sources An introduction to the structure Prerequisite: CIV 201 + MTT 204 representation, Solid Modeling, This lab aims to provide students with MEC 399i - Internship
and data uses, and technologies for and properties of materials and Kinematics and kinetics of particles Parametric and Feature-Based in-depth understanding of theoretical
Big Data. Then, we move through the processing routes utilized to in plane, rectilinear and curvilinear Modeling. Students will use a modern concepts in the fluid mechanics Credit Hours: 1.5
the various types of analytics starting optimize properties. All major classes motion; work and energy of particles; mechanical engineering package course. Students are required to Prerequisite: 90 Credit Hours
with basic univariate descriptive of materials are covered, including particle impulse and momentum; (SolidWorks) throughout to apply the use data acquisition system to
analytics and moving through metals, ceramics, composites, kinematics and kinetics of rigid concepts learnt during this course. acquire, analyze and interpret results. This course focuses on getting the
multivariate until we reach predictive, and polymers. Emphasis on the bodies.. Experiments include: Measurement student practically involved in the
model-based analytics. The course relationships between chemical MEC 340 - Machanical of pressures, pressure loss in pipes, day-to-day business events in a
is designed in a way that balances bonding, crystal structure, phase MEC 320 - Thermodynamics I Engineering Design impact of jet, hydrostatic forces, relevant, modern and automated
between theory and practice. equilibria, microstructure, and Credit Hours: 3 Credit Hours: 3 viscosity, fluid flow rate, lift and drag, organization. The student will follow a
Throughout the course, the students properties including electrical band Prerequisite: PHY 102 Prerequisite: MEC 330, MEC 390 boundary layer, flow visualization, well-planned course of action during
will follow the data-driven approach structures, electron excitation events This course introduces the students shock wave, velocity profiles in the period of training. The plan
to solving real-life problems through and semiconductors. Diffusion, System and control volume concepts. to modern engineering design laminar and turbulent flows, will be devised jointly by the site-
a series of practical labs and class kinetics of phase transformations, Properties of a pure substance. methodologies and conceptual performance of turbo machines. supervisor and college-supervisor.
activities. They will learn how to and microstructure development Work and heat. The first law of mechanical engineering designs. The course will be a breakthrough
explain and identify the elements during basic processes. Thermodynamics as applied to a It promotes their creative thinking, MEC 390 - Electromechanical in exposing the students to the
of introductory to intermediate system and a control volume, internal project planning and teamwork. Devices professional work culture and
data-driven systems using Microsoft MEC 301 - Manufacturing energy, enthalpy. The second law The course covers introduction conduct of business complexities.
Power BI. The course concludes by Processes of Thermodynamics. Carnot cycle, to manufacturing processes and Credit Hours: 3
introducing the students to a variety Credit Hours: 3 entropy, reversible and irreversible presents concepts of design for Prerequisite: PHY 201 MEC 410 - Control Systems
of special data analytics applications processes. Applications of steady- manufacturability, assembly, cost, This course aims to provide
in engineering, health, business, and Prerequisite: MEC 300 state steady-flow, uniform-state and design optimization. It also mechanical engineering students Credit Hours: 3
the web emphasizing social, security, This course aims at studying basic uniform-flow, and other processes. gives an introduction to risk and with fundamental knowledge Prerequisite: MEC 310 + MEC 390
and economic dimensions. manufacturing processes such as reliability in design and addresses of electric circuits and machine This course aims to introduce
casting, forging, rolling, drawing, MEC 321 - Thermodynamics II the ethical issues in engineering theory. Topics include: AC circuit students to the fundamentals
extrusion, press tool work, plastic Credit Hours: 3 design. The course requires students analysis; phases steady state power knowledge of control system theories
molding, powder metallurgy, welding, Prerequisite: MEC 320 to demonstrate an ability to design analysis, and polyphase circuits; and applications. Topics include:
brazing, turning, shaping, drilling, and conduct simple experiments and basics of electrical machines mathematical modeling, dynamic
milling and grinding. Metal and This course is designed to teach to analyze and interpret data. This construction, machine theory of system responses, feedback control
non-metal fabrication processes are junior mechanical engineering course primarily relies on face-to-face operation, modeling and analysis of characteristics, stability of feedback
included. Topics covered include students the application of lectures as the main mode of content machines, equivalent circuit and its systems, feedback control design,
mold design, casting and welding thermodynamic principles to delivery. Several assignments and governing equations of DC machines, design steps of PID controller, and
processes, theory of metal cutting, the design and optimization of exams will be conducted. Additionally, 3-phase synchronous generations, control design using root locus
tooling features, mechanics of engineering systems. Specifically, students will collaborate on a project single phase transformers, and method. The course includes project
selected bulk deformation and students will have the ability to to apply engineering design steps 3-phase induction motors, power work where students formed in
sheet metalworking processes and apply the first and second law of semiconductor devices and their teams perform design; analyze
manufacturing process selection thermodynamics to (1) vapor power application in machine control. laboratory implementation of control
and design for production of a given and refrigeration systems, (2) gas systems for applications for their
product. power systems, (3) applications choices.

Abu Dhabi University | Undergraduate Catalog 2026 - 2027 Abu Dhabi University | Undergraduate Catalog 2026 - 2027