Visit AUM Apply at AUM
Job vacancy HR Portal Students E-Learning Library
AUM Logo
Faculty of Engineering

Mechanical Engineering

164 Credit Hours 80% Minimum Grade

Department Welcome

Dr. Sameeh Baqain

“ Welcome to the Mechanical Engineering department! ”
Sameeh Baqain

Mechanical Engineering acts as one of the most crucial pillars of modern society. Through the  Mechanical Engineering program at AUM, students will learn to hone in their creativity and pair it with applicable and high-quality skills in order to design and develop ground-breaking solution to contemporary problems. Mechanical Engineering provides graduates with various career opportunities in the fields of aerospace, the automotive industry, nuclear engineering and many more in the industrial sector.

Introduction Video for Mechanical Engineering

See what we have to offer in this exclusive welcome video.

Study Plan

Details about the study plan and curriculum.

Course Curriculum: 164 Credit Hours

Guidance Plan

Guidelines and plan for student guidance.

Course Curriculum: 164 Credit Hours

List of Competencies

Mechanical Engineering - List of Competencies

Specific intended learning outcomes grouped by knowledge and skills

  1. Knowledge Intended Learning Outcomes:
    1. A1. Understanding the main physical principles related to static and dynamic mechanics.
    2. A2. Understanding the analysis of stress and strain in various mechanical components under different types of loading.
    3. A3. Understanding the engineering concepts behind the design procedures in various mechanical engineering components (i.e. bearings, gears, shafts, welding joints, breaks, belts, HVAC systems, solar systems. CAD, etc.).
    4. A4. Understand the importance of knowledge integration from different disciplines with mechanical engineering.
    5. A5. Encourage lifelong learning on contemporary topics, foster teamwork and enhance students' communication skills through team projects .
  2. Skills Intended Learning Outcomes:
    1. B1. Provide the students with the skills of conducting experiments, analyzing and interpreting data to draw conclusions in mechanical engineering fields.
    2. B2. Use the primary and secondary sources of information to be capable of pursuing further studies and prepare lifelong learners.
    3. B3. Using a general purpose programing language (i.e Matlab) to solve problems in mechanical engineering.
    4. B4. Using a simulation software to create, improve design and solve problems in mechanical engineering.
    5. B5. Provide student with specific skills and critical thinking skills to find the right solutions for problems by using the most current methodologies and technology .
  3. Thinking Skills Intended Outcomes:
    1. C1. Developing critical thinking skills to solve problems in mechanical engineering
    2. C2. Developing the skills of generating ideas and concepts to solve problems in mechanical engineering. 
  4. Other skills intended outcomes:
    1. D1. Developing the knowledge of the value of engineering ethics and the resolution of ethical dilemmas.
    2. D2. Prepare team members who can cooperatively communicate with others towards the accomplishment of projects in the mechanical engineering.
    3. D3. Developing presentation skills.

Course Description

Detailed descriptions of the courses offered.

104100 1 CH. Prerequisite Co-requisite
0 3 - -
Development of basic skills in fields of safety in the workshops, marking-out and measurement, hand filing, turning, welding, piping and plumbing, carpentry, sand casting, glass works, sheet metal fabrication, metal forming, household electric circuits.

104211 3 CH. Prerequisite Co-requisite
3 0 102201 -
Dynamics of particles and rigid bodies, two and three dimensional analysis, Force and acceleration, work and energy, impulse and momentum.

104212 3 CH. Prerequisite Co-requisite
3 0 102201 -
Introduction to mechanics of deformable bodies, concepts of stress and strain, classification of materials behavior, stress-strain relations and generalized Hook's law, applications to engineering problems involving members under axial loads, torsion of circular rods and tubes, bending and shear stresses in beams, combined stresses in beams, transformations of stresses, buckling and deflection in beams by double integral method.

104220 3 CH. Prerequisite Co-requisite
3 0 904101 -
This course is an introduction to engineering thermodynamics, properties of pure substances, first law and second law of thermodynamics, analysis applied to different systems and control volumes, and entropy.

104230 2 CH. Prerequisite Co-requisite
0 4 102200 -
An introduction to mechanical engineering drawing utilizing a 3-D solid modeler; will use an industrial CAD software to design and produce mechanical drawings in a parametric drawing scheme, constructing detailed and working drawings, projections, auxiliary views, geometric tolerance, limits and fits, fasteners, welding symbols, springs , keys, pins, threads drawing. Gear design & drawing and machines assembly review.

104316 3 CH. Prerequisite Co-requisite
3 0 104212 -
This laboratory serves mainly the measuring and/or determination of some material properties such as strain, stress, yield stress, ultimate stress, fracture stress, etc. through a set of experiments that cover tensile, compression, torsion, bending shear, creep, fatigue, impact, and hardness tests.

104320 3 CH. Prerequisite Co-requisite
3 0 903201 -
This course presents fluids and their properties, classification of fluids and fluid flows, fluid statics, conservation of mass, momentum, and energy in fixed and moving control volumes, potential flow, Bernoulli's equation, dimensional analysis and similitude.

104322 3 CH. Prerequisite Co-requisite
3 0 104320 -
This course discusses the heat diffusion equation, one dimensional conduction heat transfer; steady and transient, free and forced convection heat transfer in external flows, convection heat transfer in conduits, heat exchangers theory and design.

104323 3 CH. Prerequisite Co-requisite
3 0 104220 -
This course is an examination of thermodynamics: availability and irreversibility, power and refrigeration cycles, general thermodynamic relations, equations of state, ideal and real gas mixtures, chemical reactions, and combustion

104324 3 CH. Prerequisite Co-requisite
3 0 104320 -
This course is a continuation of Fluid Mechanics 1 and deals with: differential analysis of fluid motion, Naiver-Stokes equations, incompressible viscous flow in pipes and ducts, external incompressible viscous flow; boundary layers; predicting shear stress, flow about immersed bodies; drag and lift, flow measurements, fluid machinery; pumps and compressors, compressible flows.

104326 1 CH. Prerequisite Co-requisite
0 3 104320 -
Dynamics of particles and rigid bodies, two and three dimensional analysis, Force and acceleration, work and energy, impulse and momentum.

104330 3 CH. Prerequisite Co-requisite
3 0 0104211+0104230 -
This course involves a kinematic analysis of mechanisms ? description of basic mechanisms, velocity, acceleration polygons; static and inertia force analysis of machinery, dynamic analysis of cams, gears, gear trains, and balancing of machines.

104350 3 CH. Prerequisite Co-requisite
3 0 904101+902101 -
This course discusses materials classification, atomic structure and bonding, structure of crystalline solids, crystallography indices, imperfections in solids, failure, phase diagrams and alloy formation, ferrous and nonferrous metal alloys and thermal processing of metals.

104352 3 CH. Prerequisite Co-requisite
3 0 0104100+0104350 -
In this course a general view of production of ferrous materials, production of non-ferrous materials, sand casting, powder metallurgy, rolling, forging, extrusion, drawing, and metal cutting processes speeds and feeds are given.

104356 1 CH. Prerequisite Co-requisite
0 3 0104350+0104352 -
Students are asked to perform experiments in the field of material science and manufacturing process.

104357 1 CH. Prerequisite Co-requisite
0 3 0104322+0104323 -
Introduce the students to utilize computational software (MATLAB) to solve and analyze engineering problems and interpret experimental data.

104401 3 CH. Prerequisite Co-requisite
3 0 900130 -
Professional Ethics: safety and responsibility, professional responsibility to customers and to employers, codes of ethics and honor, standard ethics theories, case studies. Technical Writing: basic technical writing concepts and techniques including report writing, numbering systems, order of arrangements of results and recommendations, preparing a detailed proposal on any technical and scientific work.

104410 3 CH. Prerequisite Co-requisite
3 0 0903201+0104211 -
Properties of oscillatory motion, derivation of governing differential equations, free and forced vibrations, damped and un-damped vibrations, harmonically excited motion, rotating and reciprocating unbalance, support motion, vibration measurements, vibration isolation, transient vibrations, introduction to free and forced vibrations in multi-degrees of-freedom systems, vibration absorbers, and continuous systems.

104416 1 CH. Prerequisite Co-requisite
0 3 104410 -
Static and dynamic balancing ,system response and performance, simple and compound pendulum, Center of Percussion , mass spring systems, torsional oscillations, free and damped vibration.

104422 3 CH. Prerequisite Co-requisite
3 0 104322 -
This course is a continuation of heat transfer 1. It discusses multidimensional conduction heat transfer; steady and transient approximate solutions including finite difference solution, boiling and condensation, radiation heat transfer; radiation properties, radiation exchange between black and gray surfaces, multimode heat transfer.

104423 3 CH. Prerequisite Co-requisite
3 0 0104322+0104323 -
This course discusses air-conditioning processes, psychometric and humid air calculations, heating and cooling load calculations, hot-water systems, theory and design, and duct systems.

104426 1 CH. Prerequisite Co-requisite
0 3 104423 -
A set of experiments is performed to cover heat transfer and thermodynamic subjects including water boiling and condensation, thermal conductivity, natural convection, forced convection, calorific value, heat exchangers, heat pump and air coolers, and radiation heat transfer.

104429 3 CH. Prerequisite Co-requisite
3 0 0903104+0904104 -
The course introduces the operation and design of building systems for climate control, water and drainage, life safety. It also highlights the design of heating, ventilating, and air conditioning (HVAC) systems for buildings. Systems are analyzed for their effect on building form, construction cost and operating efficiency

104431 3 CH. Prerequisite Co-requisite
3 0 104212 -
This course is an introduction to design process, design considerations, stress analysis and deflection of mechanical elements, energy methods. Theories of static failure, fatigue failure, shafts, bolts and screws and mechanical springs.

104432 3 CH. Prerequisite Co-requisite
3 0 0104330+0104431 -
This class discusses the design of welded joints, selection of rolling contact bearings, lubrications and journal bearings. Clutches, brakes, coupling, and flywheels, flexible mechanical elements (belts, chains, rope). Geometry, kinematics, gear trains and force analysis in gears.

104441 3 CH. Prerequisite Co-requisite
3 0 104320 -
Basic concepts, general measurement system, analysis of experimental data, error analysis, statistical analysis, calibration methods and standards, basic electrical measurement, transducers, dimensional measurements, measurements of pressure, temperature, force, flow, and power.

104442 3 CH. Prerequisite Co-requisite
3 0 0104410+903301 -
Mathematical modeling of physical systems, transfer functions, block diagrams and signal flow graph, time domain analysis of control systems, test signals, transient response, time domain specifications, steady state error and stability, root locus , time domain design, PID controllers, phase-lead and phase-lag controllers, introduction and frequency domain analysis.

104480 3 CH. Prerequisite Co-requisite
-- Completion of 115Cr. Hr. -
As part of their graduation requirements, undergraduate students should undergo training in a professional capacity at an engineering organization in Jordan or abroad. This experience consists of an eight-week internship in an engineering project with a professional organization that provides opportunities for training and exposure to the real engineering practice. Typical venues for such experiences have to be approved by the department and include local, regional, and international engineering organizations. In order to demonstrate attaining their practical experience, students are required to submit at the end of their training a written report describing their experience.

104513 3 CH. Prerequisite Co-requisite
3 0 0104211+0104320 -
Introduction to the basic design of utility systems in residential and industrial buildings, including plumbing, sewage, firefighting systems, lifts, and the advancements and emergence of smart buildings.

104514 3 CH. Prerequisite Co-requisite
3 0 0104322+0104323 -
Refrigeration cycles; vapor compression and absorption cycles, refrigeration system components, heat Pumps; heat recovery, gas cooling, and cogeneration systems, compressors, condensers, evaporators, expansion devices, refrigerants and lubricants.

104515 3 CH. Prerequisite Co-requisite
3 0 0104324+0104442 -
Basic concepts and principals, hydraulic and pneumatic circuits, system component generators, control valves, actuators, conductors, reservoirs, seals, filters, coolers, hydraulic and pneumatic accessories, process control pneumatics, testing, trouble-shooting, safety and maintenance.

104516 3 CH. Prerequisite Co-requisite
3 0 0104322+0104323 -
Introduction to renewable energy, advantages and the availability of various types. Solar energy and its application. Wind energy and its devices. Geothermal energy. Tidal energy. Hydraulic energy. Energy efficiency and its relation to renewable energy and hybrid system.

104520 3 CH. Prerequisite Co-requisite
3 0 104323 -
This course teaches an analytical approach to the engineering problem, performance analysis of internal combustion engines, the study of thermodynamics, combustion, heat transfer, friction, and other factors affecting engine power, efficiency, emissions, and design and operating characteristics of different types of engines

104522 3 CH. Prerequisite Co-requisite
3 0 104520 -
This course examines engine performance, engine operating systems, automobile transmission systems, brakes, front axle and steering mechanism, suspensions, automotive electrical systems, electronics, control, and engines? main components design

104528 3 CH. Prerequisite Co-requisite
3 0 104423 -
This course discusses solar beam spectral, extra-terrestrial solar beam, solar angle and solar tracking, available solar energy on the ground, modelling of the solar beam, PV systems and their design, solar water heaters, and concentrated solar power.

104530 3 CH. Prerequisite Co-requisite
3 0 104532 -
Fundamental concepts of finite elements; one and two dimensional axial, flexural and torsional elements; derivation and assemblage of element stiffness and equivalent load matrices; numerical solutions and calculations of displacements, stresses and reactions, dynamic consideration, engineering applications.

104532 3 CH. Prerequisite Co-requisite
3 0 104352 -
This course covers the Fundamentals of Hardware and Software, Techniques for Geometric Modeling, Elements of Interactive Computer Graphics. Creativity in the Design Process, Identification of CAD software, Introduction to Computer Aided Engineering, 3D printing Technologies, Space curves and Bezier Curves and Surfaces, CNC G-codes, Introduction to Finite Element Techniques. Introduction to Graphics User Interface, Parametric & Feature ? Based Solid Modeling, Surface Modeling, Introduction to Structural and Thermal Simulation.

104534 3 CH. Prerequisite Co-requisite
3 0 104350+0902101 -
Basic understanding of the design and manufacture of composite materials. Different routes for making composite parts. Practical issues regarding composite materials such as defects, machining/joints, failure, testing and NDT, and repair.

104535 3 CH. Prerequisite Co-requisite
3 0 903281 -
Introduction to different maintenance types, planning, identifying and controlling the stock levels of spare parts, systems and machines maintainability, availability and reliability.

1045365 3 CH. Prerequisite Co-requisite
3 0 Department Approval -
Introduction to industrial safety and industrial health, Industrial hazard causes and prevention, safety programs, International and local safety and health regulations, Management of emergencies and safety planning.

104537 3 CH. Prerequisite Co-requisite
3 0 102206 -
This course provides students with the basic knowledge in industrial management and quality control to assume responsible positions (Engineer/ Manager) in production and service organizations. Topics will include functions of management, production planning and control, inventory control, cost control, management reporting systems, human resource management, motivating work force, cultural and technological change, marketing management and project management (CPM/PERT). It also introduces statistical process control, process capability, acceptance sampling, and the relationships between productivity and quality.

104543 3 CH. Prerequisite Co-requisite
3 0 104442 -
Electronic and digital Systems fundamentals, Diodes, transistors, operational amplifiers, A/D and D/A conversion ,introduction to digital logic systems including combinational and sequential logic and flipflops with application. Sensors and Actuators.

104544 3 CH. Prerequisite Co-requisite
3 0 0104323+0104324 -
Basic thermodynamics and fluid mechanics, Hydraulic pumps, hydraulic turbines, wind turbines, centrifugal compressors and fans, axial flow compressors and fans, radial compressors, steam turbines, axial flow and radial flow gas turbines, cavitation in hydraulic machinery, and performance measurements and calculations.

104546 1 CH. Prerequisite Co-requisite
0 3 104440+104442 -
Linear measurements calipers and micrometer, Thermocouples in series and in parallel, strain gauges, solar radiation measurement, level and flow control, linear variable differential transformer, temperature control, motor position and speed control using PID controller, Uncertainty analysis .

104590 3 CH. Prerequisite Co-requisite
3 0 Department Approval -
This course varies with the instructor?s course syllabus.

104591 1 CH. Prerequisite Co-requisite
0 0 Completion of 115 Cr -
This is part one of a two-semester project. The project aims at tackling an applied mechanical engineering problem to strengthen the student?s capability and skills through a comprehensive and integrated approach. In this part the student, along with his advisor, will develop the scope of work of the project, collect data, review literature and any other work request by his advisor. The student will submit a report to be evaluated by his advisor.

104592 2 CH. Prerequisite Co-requisite
0 0 104591 -
In this part of the project the student will implement the scope of work developed in part one. The student will submit a comprehensive professional engineering report describing the project with results and conclusions. The student is required to give an oral presentation of the project to a committee that will evaluate both the report and the presentation.

103317 3 CH. Prerequisite Co-requisite
3 0 904102 -
Basic concepts in an electric circuit, fundamental laws of circuit theory, DC/AC circuit analysis methods, Operational amplifiers, and introduction to DC and AC machines.

103319 1 CH. Prerequisite Co-requisite
0 3 103317 -
A set of experiments is performed to cover Electrical Circuit and Machines subjects including DC machines: construction, classifications, performance equations of generators and motors, Synchronous machines: construction, generator and motor operations. Three-phase induction motors: construction, operation, performance calculations, starting and speed control.

Program Learning Outcomes

Mechanical Engineering Program Learning Outcomes

Student learning outcomes describe what students are expected to know and be able to do by the time of graduation. By the time of graduation, the Mechanical Engineering Department's program must enable students to attain an ability to:

  • PLO1. An ability to identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics.
  • PLO2. An ability to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors.
  • PLO3. An ability to communicate effectively with a range of audiences.
  • PLO4. An ability to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts.
  • PLO5. An ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives.
  • PLO6. An ability to develop and conduct appropriate experimentation, analyze and interpret data, and use engineering judgment to draw conclusions.
  • PLO7. An ability to acquire and apply new knowledge as needed, using appropriate learning strategies.