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MEC 302 - Mechanics of and refrigeration systems, (2) gas of fluid mechanics. Topics covered MEC 399i - Internship MEC 412 - Dynamics and Control theoretical phenomena studied in the
Materials power systems, (3) applications include; Fluid properties, similitude, Systems Lab thermodynamics and heat transfer
concerning humidification, fluid statics, Bernoulli’s equation, Credit Hours: 3 courses. Students are required to use
Credit Hours: 3 dehumidification, evaporative applications of the mass, momentum Prerequisite: 90 Credit Hours Credit Hours: 1 data acquisition system to acquire,
Prerequisite: CIV 201 cooling, and (4) thermodynamics and energy equations, viscous flow This course focuses on getting the Co-requisites: MEC 410 analyze, and interpret results.
Stress and strain; Material behavior; of combustion systems such as in pipes, flow over immersed bodies, student practically involved in the This lab aims to provide students with Experiments include: Psychometric
Hooke’s law; Axial loading; Safety furnaces, flow reactors etc.) introduction to turbo machinery. day-to-day business events in a a full understanding and detailed processes; performance of
factors; Shear force and bending MEC 330 - Computer Aided MEC 351 - Fluid Mechanics Lab relevant, modern and automated hands-on skills of dynamic systems refrigeration cycles and components;
moment diagrams; Bending stresses Drawing organization. The student will follow a analysis and control implementation. thermodynamic properties and
and deflections; Shear stresses in Credit Hour: 1 well-planned course of action during Students will be engaged in projects equations of state; convective heat
beams; Torsion of circular members; Credit Hours: 2 Co-requisites: MEC 350 the period of training. The plan that incorporate the three main transfer; combustion engines; heat
Combined stresses; Mohr’s circle; Co-requisite: MEC 130 will be devised jointly by the site- areas of mechanical engineering, exchangers. The lab aims at inspiring
Buckling of columns; Engineering This lab aims to provide students with supervisor and college-supervisor. thermo- fluid, dynamics and design. the student and at enhancing his/her
applications. This course aims at introducing in-depth understanding of theoretical The course will be a breakthrough For each project the students will entrepreneurial skills as relevant to
geometric modeling techniques. concepts in the fluid mechanics in exposing the students to the select a process, model it, simulate the area of thermal engineering.
Topics covered will include Freehand course. Students are required to
MEC 310 - Dynamics sketching, Orthographic and use data acquisition system to professional work culture and it, design a controller for it, and MEC 430 - Machine Design II
implement the final control system
conduct of business complexities.
Credit Hours: 3 Isometric Projections, Sectional acquire, analyze and interpret results. on a microcontroller. The students Credit Hours: 3
Prerequisite: CIV 201 + MTT 204 Views, Dimensioning. Introduction Experiments include: Measurement will use components from a large Prerequisite: MEC 302, MEC 340
to Geometric modeling and of pressures, pressure loss in pipes, MEC 410 - Control Systems
Kinematics and kinetics of particles representation, Solid Modeling, impact of jet, hydrostatic forces, Credit Hours: 3 assortments of dynamic systems This course aims at introducing
in plane, rectilinear and curvilinear Parametric and Feature-Based viscosity, fluid flow rate, lift and drag, Prerequisite: MEC 310 + MEC 390 and mechatronics components fundamental skills and concepts of
provided in the lab. The course also
motion; work and energy of particles; Modeling. Students will use a modern boundary layer, flow visualization, machine design with applications
particle impulse and momentum; mechanical engineering package shock wave, velocity profiles in This course aims to introduce aims to familiarize students with to simple elements. Topics covered
entrepreneurial opportunities related
kinematics and kinetics of rigid (SolidWorks) throughout to apply the laminar and turbulent flows, students to the fundamentals include considerations affecting
bodies.. concepts learnt during this course. performance of turbo machines. knowledge of control system theories to mechatronics, dynamics and design, fits and tolerances, design of
and applications. Topics include: control, as well as to increase their screws, fasteners and connections,
MEC 320 - Thermodynamics I MEC 340 - Machine Design-I MEC 390 - Electromechanical mathematical modeling, dynamic commitment to ethical practices and welded joints, shafts, and flexible
Devices to social and environmental issues
Credit Hours: 3 Credit Hours: 3 system responses, feedback control relevant to mechatronics, dynamics mechanical elements (springs, belts,
Prerequisite: PHY 102 Prerequisite: MEC 330, MEC 390 Credit Hours: 3 characteristics, stability of feedback and control. ropes, flexible shafts, etc). Ethical
System and control volume concepts. This course introduces the students Prerequisite: PHY 201 systems, feedback control design, MEC 420 - Heat Transfer and Entrepreneurial issues and
design steps of PID controller, and
autonomous learning techniques
Properties of a pure substance. to modern engineering design This course aims to provide control design using root locus as well as introduction of codes
Work and heat. The first law of methodologies and conceptual mechanical engineering students method. The course includes project Credit Hours: 3 and standards will be employed
Thermodynamics as applied to a mechanical engineering designs. with fundamental knowledge work where students formed in Prerequisite: MEC 320 + MEC 350 throughout the course where
system and a control volume, internal It promotes their creative thinking, of electric circuits and machine teams perform design; analyze relevant.
energy, enthalpy. The second law project planning and teamwork. theory. Topics include: AC circuit laboratory implementation of control This course aims at providing
of Thermodynamics. Carnot cycle, The course covers introduction analysis; phases steady state power systems for applications for their students with essential concepts MEC 432 - Design and
of Heat Transfer. Topics covered
entropy, reversible and irreversible to manufacturing processes and analysis, and polyphase circuits; choices. Manufacturing Lab
processes. Applications of steady- presents concepts of design for basics of electrical machines include: Steady and transient heat Credit Hours: 3
conduction, forced and natural
state steady-flow, uniform-state manufacturability, assembly, cost, construction, machine theory of MEC 411 - Kinematic and convection, internal and external Co-requisites MEC 301
uniform-flow, and other processes. and design optimization. It also operation, modeling and analysis of Dynamics of Machinery
gives an introduction to risk and machines, equivalent circuit and its flows, principles of engineering This lab aims to integrate theoretical
MEC 321 - Thermodynamics II reliability in design and addresses the governing equations of DC machines, Credit Hours: 3 thermal radiation, heat exchanger, and practical knowledge gained
Credit Hours: 3 ethical issues in engineering design. 3-phase synchronous generations, Prerequisite: MEC 310 boiling and condensation. The course from previous design, materials,
also aims at inspiring the student
Prerequisite: MEC 320 The course requires students to single phase transformers, and Kinematics of mechanisms; Vector as well as at enhancing his/her manufacturing, dynamics and some
demonstrate an ability to design and 3-phase induction motors, power methods of analysis of plane aspects of thermofluid courses.
This course is designed to teach conduct simple experiments and to semiconductor devices and their mechanisms; Force analysis in entrepreneurial skills, as related to Students design and realize typical
junior mechanical engineering analyze and interpret data. application in machine control. mechanisms; Static and dynamic the heat transfer area. mechanical engineering systems
students the application of balancing of machines; Analysis and MEC 421 - Thermal Engineering or components through a series of
thermodynamic principles to MEC 350 - Fluid Mechanics synthesis of cams; Introduction to Lab projects and experiments. Students
the design and optimization of Credit Hours: 3 kinematics of robotic manipulators. are required to use conventional
engineering systems. Specifically, Prerequisite: CIV 201 + MTT 205 Credit Hour: 1 and modern engineering tools as
students will have the ability to Co-requisites: MEC 420 well as to develop commitment
apply the first and second law of This course aims at providing This lab aims to provide students to ethical, environmental,
thermodynamics to (1) vapor power students with essential concepts social and global issues, and
with in-depth understanding of
Abu Dhabi University | Undergraduate Catalog 2023 - 2024 Abu Dhabi University | Undergraduate Catalog 2023 - 2024