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engineering. MEC 300 - Materials Science radioactive decay, etc. Students will IEN 320 - Engineering Data MEC 330 - Computer Aided and design optimization. It also
Credit Hours: 3 also learn about statistical subjects Analysis Drawing gives an introduction to risk and
including: sampling; normal and other Credit Hours: 2 Credit Hours: 2
Major Requirements An introduction to the structure distributions; testing of hypotheses; Co-requisite: MEC 130 reliability in design and addresses
and properties of materials and confidence intervals; correlation and Prerequisite: STT 100 the ethical issues in engineering
the processing routes utilized to regression; applications to industrial Students will be introduced to This course aims at introducing design. The course requires
optimize properties. All major classes data. geometric modeling techniques. students to demonstrate an
CIV 201 - Statics of materials are covered, including methods to analyze and interpret Topics covered will include Freehand ability to design and conduct
Credit Hours: 3 metals, ceramics, composites, IEN 310 - Ergonomics & Work data within the context of problems sketching, Orthographic and simple experiments and to
that are relevant to engineering
Prerequisite: MTT 102 + PHY 102 and polymers. Emphasis on the Measurement and research. This course will Isometric Projections, Sectional analyze and interpret data. This
relationships between chemical Credit Hours: 3 Views, Dimensioning. Introduction course primarily relies on face-
Basic force concepts and equilibrium bonding, crystal structure, phase specifically focus on topics that to Geometric modeling and to-face lectures as the main
analysis; distributed forces; centroids; equilibria, microstructure, and Prerequisite: IEN 220 + MTT 204 include probability distributions and representation, Solid Modeling,
moments of inertia; application to properties including electrical band This course covers introduction modeling, statistical inference, design Parametric and Feature-Based mode of content delivery. Several
structural elements. structures, electron excitation events to work analysis and ergonomics, of experiments, and regression Modeling. Students will use a modern assignments and
analysis. Students will also learn
MIS 200 - Introduction to and semiconductors. Diffusion, problem solving tools, operations to use statistical tools in Excel® to Industrial engineering package exams will be conducted.
(SolidWorks) throughout to apply the
analysis, design of manual
Management Information kinetics of phase transformations, work, design of the workplace, provide practical training in analyzing concepts learnt during this course. Additionally, students will
and microstructure development
Systems during basic processes. equipment and tools, design of data from real engineering problems. collaborate on a project to apply
Credit Hours: 3 work environment, time study and MEC 320 - Thermodynamics I IEN 340 - Quality Engineering engineering design steps
Prerequisite: ENG 200 + ITD 100 or MEC 301 - Manufacturing predetermined time systems Credit Hours: 3 Credit Hours: 3 IEN 350 - Facilities Planning and
equivalent Processes MEC 310 - Dynamics Prerequisite: IEN 220 Asset Management
Credit Hours: 3 Prerequisite: PHY 102 Credit Hours: 3
This course focuses on the Credit Hours: 3 System and control volume concepts. This course covers a variety of topics Prerequisite: MEC 330
fundamental issues in using Prerequisite: MEC 300 Prerequisite: CIV 201 + MTT 204 Properties of a pure substance. including quality improvement and
information technologies to manage This course aims at studying basic Work and heat. The first law of productivity; quality costs, total The course is concerned with
and organize business processes. manufacturing processes such as Kinematics and kinetics of particles Thermodynamics as applied to a quality management; statistical finding the most efficient facility
The premise of the course is that casting, forging, rolling, drawing, in plane, rectilinear and curvilinear system and a control volume, internal process control; control of incoming layout, including equipment layout
compared to traditional firms, extrusion, press tool work, plastic motion; work and energy of particles; energy, enthalpy. The second law material, control charts for attribute for operating and service facilities,
digital firms heavily rely on a set of molding, powder metallurgy, welding, particle impulse and momentum; of Thermodynamics. Carnot cycle, and variable data, process capability. whether in manufacturing and/or
information technologies to organize brazing, turning, shaping, drilling, kinematics and kinetics of rigid entropy, reversible and irreversible Process optimization and design of assembly plants, warehouses or other
and manage their businesses in a milling and grinding. Metal and bodies. processes. Applications of steady- experiments; screening methods, industrial applications. Emphasis
sustainable and ethical environment. non-metal fabrication processes are state steady-flow, uniform-state fractional factorial experiments, is placed on an integrated system
Managers of digital firms need to included. Topics covered include IEN 311 - Ergonomics & Work uniform- flow, and other processes. Taguchi methods, empirical approach, i.e. the coordination
identify the challenges facing their mold design, casting and welding Measurement lab regression models, acceptance between material handling,
firms; discover the technologies that processes, theory of metal cutting, Credit Hours: 1 IEN 330 - Operations Research I sampling. production and inventory control,
will help them meet these challenges; tooling features, mechanics of Prerequisite: IEN 310 (co-requisite) Credit Hours: 3 MEC 340 - Machanical methods and process engineering,
design business processes to take selected bulk deformation and work standards and manpower
advantage of the technology; and sheet metalworking processes and This lab aims to integrate theoretical Co-requisite: IEN 220 + MTT 204 Engineering Design allocation, and other related functions
create management procedures and manufacturing process selection and practical knowledge related The students will be introduced to Credit Hours: 3 into a practical and efficient design of
policies to implement the required and design for production of a given to work analysis and ergonomics, the techniques that can be used facility.
changes. Topics include, role of product. problem solving tools, design to solve engineering problems in Prerequisite: MEC 330, MEC 390 MEC 350 - Fluid Mechanics
information technology in business, IT of manual work, design of the different environments that needs This course introduces the
infrastructure, enterprise applications, IEN 220 - Probability and workplace, equipment and tools, optimal decision. The objective of students to modern engineering Credit Hours: 3
Prerequisite: CIV 201 + MTT 205
e-business, the role of technology Statistics design of work environment, time this course is to enable the students design methodologies and
in sustainable development and Credit Hours: 3 study. Students are required to to formulate, analyze, and solve This course aims at providing
ethical issues raised by the use of Prerequisite: STT 100 use conventional and modern mathematical models that represent conceptual mechanical students with essential concepts
information technology. Please note engineering tools. real-world problems. This course engineering designs. of fluid mechanics. Topics covered
that as an introduction course to the Students are introduced to Theory will cover essentially deterministic It promotes their creative include; Fluid properties, similitude,
field of management information of Probability and Mathematical models in OR and the mathematical thinking, project planning and fluid statics, Bernoulli’s equation,
systems (MIS), this course provide an Statistics at a fundamental level. The foundation of the solution techniques teamwork. applications of the mass, momentum
overview of wide range of topics in topics covered in probability include: for OR models will be emphasized. and energy equations, viscous flow
MIS. For each topic discussed in this mathematical treatment of chance, The course will also address the basic The course covers introduction in pipes, flow over immersed bodies,
course, there will be more advanced binomial, Poisson, and Gaussian principles and models associated with to manufacturing processes and introduction to turbo machinery.
courses for in-depth discussion. distributions; normal approximation; queuing systems. presents concepts of design for
application to coin-tossing, manufacturability, assembly, cost,

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