Bachelor in Industrial Engineering
Industrial Engineering Program: A program that concentrates on studying, analyzing, designing, re-designing and managing integrated systems and processes so as to optimize input such as: humans, materials, equipment, information and energy in order to achieve the goals of the organization effectively and efficiently . The industrial engineering program in dual studies focuses on developing systems and processes continuously so that the production (service or product) is optimized. It provides all required knowledge for facilities planning and layout, improved production, quality control, engineering economy, maintenance, and human factors. Industrial engineering aims to increase production efficiency and effectiveness in the best optimal way, and to provide a typical working environment through the use of special skills. The student of industrial engineering will have knowledge of basic sciences such as mathematics and physics, he will be taught basic humanities, as well as various engineering specializations such as electrical and mechanical engineering. This makes industrial engineering a unique specialization as it covers the gap between different engineering disciplines, economic sciences, psychology, applied engineering sciences, humanities and social sciences.
To provide Palestinian youth with higher opportunities of employment. To provide the Palestinian industry with engineers capable of solving different problems in the optimal way to maximize profits and minimize all kinds of losses that our industry severely suffers from.
First: General skills:
- Knowledge of professional work ethics
- Solving real-life problems in different sectors (whether production or services)
- Computer skills
- Effective communication skills, leadership and time management
- Field and office work skills
- Reporting and research skill
- The skill of long life learning, leadership, and teamwork.
- Continued participation in the service of industry and society.
Second: Special skills:
- Applying different tools to build an integrated and effective system.
- Knowledge of quality control, quality assurance and quality standards.
- Gain the skill of paying attention to the finer humanities and social sciences details.
- Time and motion studies.
- The ability to conduct SWOT analysis, which is to study the strengths and weaknesses of the organization, and to analyze external opportunities and threats.
- Conducting engineering economic studies and evaluating various alternatives.
- Maintenance design.
- Gaining the ability to plan and manage.
- Design, analysis and operation of industrial and service production systems with creative capabilities.
- Good personality
- 80% or above in the high school examination (Scientific or industrial stream)
The industrial engineer has a lot of fields of work due to the excellence of the industrial engineering program, the industrial engineer can work in various factories as a manufacturing engineer, a quality engineer, an operations engineer, a maintenance engineer, a production engineer, a project engineer, a cost engineer, an information systems engineer, a project engineer, a safety engineer. The industrial engineer can work in educational institutions, ministries and municipalities. Other opportunities include working in banks, airports, and telecommunication companies.
The B.Sc. degree in Industrial Engineering is awarded upon completing a total of 160 credit hours according to the credit hour distribution as shown in the next table.
| University Requirements | Table 1 | 8 |
| University Electives | Table 2 | 6 |
| Dual Study Requirements | Table 3 | 6 |
| Dual Study Electives | Table 4 | 4 |
| DSIE Program Requirements | Table 5 | 105 |
| DSIE Program Electives | Table 6 | 6 |
| DSIE Practical Phases | Table 7 | 18 |
| DSIE Graduation Projects | Table 8 | 7 |
| Total | 160 |
University Requirements (8 credits)
The DSIE students must complete during their study all courses listed in Table 1.
Table 1: University Requirement courses
| 1800002 | Low-Intermediate English | 2 credits |
| 1800003 | Intermediate English | 2 credits |
| 1800004 | Upper-Intermediate English | 2 credits |
| 1800010 | Advanced English | 2 credits |
University Electives (6 credits)
The DSIE students can select three courses (6 Credits) from Table 2 .
Table 2: University Electives
| 1800070 | History of Jerusalem | 2 credits |
| 1800071 | Palestine \:Nature & Environment | 2 credits |
| 1800072 | Language and Logic | 2 credits |
| 1800073 | Islamic Culture | 2 credits |
| 1800074 | International Civilizations | 2 credits |
Dual Studies Requirements (6 credits)
The DSIE students can select three courses (6 Credits) from Table 3 .
Table 3: Dual Studies Requirement courses
| 1800001 | Basics of Business Administration | 2 credits |
| 1800011 | Entrepreneurship | 2 credits |
| 1800012 | Communications Skills | 2 credits |
Dual Studies Electives (4 credits)
The DSIE students can select three courses (4Credits) from Table 4 .
Table 4: Dual Studies Electives
| 1830305 | Hebrew 1 | 2 credits |
| 1830306 | Hebrew 2 | 2 credits |
| 1800005 | German 1 | 2 credits |
| 1800006 | German 2 | 2 credits |
Table 5: DSIE Program Requirement
| Course Number |
Course Name | Credit hours |
|---|---|---|
| 1810101 | Mathematics for Engineers I | 3 |
| 1810105 | Safety and Workshop Engineering | 2 |
| 1810102 | Physics I | 3 |
| 1810114 | Physics I Lab | 1 |
| 1840103 | Introduction to Industrial Engineering | 3 |
| 1840105 | Lab Drawing Engineering | 1 |
| 1810111 | Informatics I | 2 |
| 1810112 | Informatics I Lab | 1 |
| 1810106 | Mathematics for Engineers II | 3 |
| 1840112 | Chemistry | 3 |
| 1840104 | Lab Chemistry | 1 |
| 1840106 | Engineering Statics and Dynamics | 3 |
| 1840108 | Workshop Industrial | 2 |
| 1840110 | Management Maintenance | 2 |
| 1810103 | Fundamentals of Electrical Engineering I | 3 |
| 1810104 | Fundamentals of Electrical Engineering I Lab | 1 |
| 1810210 | Complex Analysis and Engineering Transforms | 3 |
| 1840201 | Statistics Engineering | 2 |
| 1840207 | Optimization & Research Operations | 2 |
| 1840213 | Industrial and Engineering Materials | 2 |
| 1840215 | Industrial and Engineering Materials Lab | 1 |
| 1810301 | Electrical Workshop I | 2 |
| 1810208 | Measurement and Instrumentation | 3 |
| 1810209 | Lab Measurement and Instrumentation | 1 |
| 1840202 | Analog and Digital Electronics | 2 |
| 1840204 | Transfer Heat and Thermodynamics | 3 |
| 1840216 | Mechanics of Materials | 2 |
| 1810330 | Systems Control | 3 |
| 1840301 | Engineering Innovation and Design | 2 |
| 1840303 | Industrial Manufacturing Technology I | 2 |
| 1840305 | Economy Engineering | 2 |
| 1840309 | Computer Aided Design CAD-CAM Lab | 1 |
| 1840317 | Fluid Mechanics and Power | 3 |
| 1840319 | Industrial Automation and Production | 3 |
| 1840302 | Control Quality | 2 |
| 1840304 | Project Management and Network Analysis | 2 |
| 1840306 | Industrial Manufacturing Technology II | 2 |
| 1840308 | Industrial Manufacturing Technology Lab | 1 |
| 1840320 | Industrial PLC Programming & Control | 2 |
| 1840322 | Technology of Machines and Tools | 2 |
| 1840324 | Technology of Machines and Tools Lab | 1 |
| 1840401 | Proposal for graduation project | 1 |
| 1840403 | Workshop Simulation and Modeling | 2 |
| 1840405 | Green and Eco Manufacturing | 2 |
| 1840407 | Human Factors and Ergonomics | 2 |
| 1840409 | Management Chain Supply | 2 |
| 1840411 | Mechanical Elements and Systems | 2 |
| 1840404 | Total Quality Management | 2 |
| 1840406 | Smart Industrial Systems: IoT-AI | 2 |
| 1840408 | Smart Industrial Systems: IoT-AI Lab | 1 |
| 1840410 | Robotics Industrial | 2 |
| 1840412 | Layout and Planning Facilities | <br> |
| Total 105 |
DSIE Program Electives (3 Courses 6 Credits)
The DSIE students are required to complete two courses (6 credits) from DSIE elective courses from Table 6. The Registration of this course will be subjected to department consent and preferred in the fourth-year level.
Table 6: DSIE Program Electives
| Course Number | Course Name | Credit Hours |
|---|---|---|
| 1840501 | Efficient Energy Management |
2 |
| 1840502 | Machinery Failure Analysis |
2 |
| 1840503 | Lean Manufacturing | 2 |
| 1840504 | Technology of Metallic Industry | 2 |
| 1840505 | Technology of Plastic Industry | 2 |
| 1840506 | Technology of Medical Industry | 2 |
| 1840507 | Selected Topics in AI and Robotics | 2 |
DSIE Practical Phases (18 credits)
The DSIE students must complete six practice phases of three months during their study. The six practice phases must be carried out in a dual study partner company as shown in Table 7.
Table 7: DSIE Practical Phases
| Course Number Module Name | Credit Hours | |
|---|---|---|
| 1840001 | Practice I | 3 credits |
| 1840002 | Practice II | 3 credits |
| 1840003 | Practice III | 3 credits |
| 1840004 | Practice IV | 3 credits |
| 1840005 | Practice V | 3 credits |
| 1840006 | Practice VI | 3 credits |
| Total | 18 |
DSIE Graduation Projects (7 credits)
The DSIE students must design, develop, and conduct a graduation project during the practice phases for the benefit of Partner Company. The graduation project has two phases: Graduation Project I and Graduation Project II shown in table 8.
Table 8: Graduation Project Modules
| Course Number | Module Name | Credit Hours |
|---|---|---|
| 1840007 | Graduation Project I | 3 credits |
| 1840008 | Graduation Project II | 4 credits |
| <br> | Total | 7 |
Guideline Plan
| First Semester | |||
|---|---|---|---|
| Number | Course | Credits | Requisite |
| 1800002 | Low-Intermediate English | 2 | |
| 1800012 | Communications Skills | 2 | |
| 1800001 | Basics of Business Administration | 2 | |
| 1810101 | Mathematics for Engineers I | 3 | – |
| 1810105 | Engineering Workshop and Safety | 2 | |
| 1810102 | Physics I | 3 | |
| 1810114 | Physics I Lab | 1 | Co1810102 |
| 1840103 | Intro.to Industrial Engineering | 3 | – |
| 1840105 | Engineering Drawing Lab | 1 | – |
| 1840001 | Practice I | 3 | |
| 22 |
| Second Semester | |||
|---|---|---|---|
| Number | Course | Credits | Requisite |
| 1800003 | Intermediate English | 2 | s |
| 1810111 | Informatics I | 2 | – |
| 1810112 | Informatics I Lab | 1 | Co181011 |
| 1810106 | Mathematics for Engineers II | 3 | 11810101 |
| 1840112 | Chemistry | 3 | – |
| 1840104 | Chemistry Lab | 1 | Co184011 |
| 1840106 | Engineering Statics and Dynamics | 3 | 21810102 |
| 1840108 | Industrial Workshop | 2 | 1810105 |
| 1840110 | Maintenance Management | 2 | 1840103 |
| 1840002 | Practice II | 3 | 1840001 |
| 22 |
Year 2
| Third Semester | Fourth Semester | |||||||
|---|---|---|---|---|---|---|---|---|
| Number | Course | Credits | Requisite | Number | Course | Credits | Requisite | |
| 1800004 | Upper-Intermediate English | 2 | 1800010 | Advanced English | 2 | s 1800004 | ||
| 1810103 | Electrical Engineering I | 3 | – | 1800011 | Entrepreneurship | 2 | – | |
| 1810104 | Electrical Engineering I Lab | 1 | Co1810103 | 1810301 | Electrical Workshop | 2 | 1810105 | |
| 1810210 | Complex Analysis and Engineering Transforms | 3 | 1810106 | 1810208 | Instrumentation and Measurement | 3 | 1810103 | |
| 1840201 | Engineering Statistics | 2 | 1810106 | 1810209 | Instrumentation and Measurement Lab | 1 | Co181020 | |
| 1840207 | Operations Research & Optimization | 2 | 1840103 | 1840202 | Analog and Digital Electronics | 2 | 81810103 | |
| 1840213 | Industrial and Engineering Materials | 2 | 1840112 | 1840204 | Thermodynamics & Heat Transfer | 3 | 1840112 | |
| 1840215 | Industrial and Eng. Materials Lab | 1 | Co1840213 | 1840216 | Mechanics of Materials | 2 | 1840106 | |
| 1800\*\*\* | Dual Studies Elective | 2 | 1840004 | Practice IV | 3 | 1840003 | ||
| 1840003 | Practice III | 3 | 1840002 | |||||
| 21 | 20 |
Year 3
| Fifth Semester | Sixth Semester | |||||||
|---|---|---|---|---|---|---|---|---|
| Number | Course | Credits | Requisite | Number | Course | Credits | Requisite | |
| 1810330 | Control Systems | 3 | s 1810210 | 1840302 | Quality Control | 2 | s 1840201 | |
| 1840301 | Engineering Innovation and Design | 2 | 1840216 | 1840304 | Project Management & Network Analysis | 2 | 1840201 | |
| 1840303 | Industrial Manufacturing Technology I | 2 | 1840213 | 1840306 | Industrial Manufacturing Technology II | 2 | 1840303 | |
| 1840305 | Engineering Economy | 2 | 1810101 | 1840308 | Industrial Manufacturing Tech. Lab | 1 | co.184030 | |
| 1840309 | Computer-Aided Design CAD and CAM Lab | 1 | 1840105 | 1840320 | Industrial PLC Programming & Control | 2 | 61810330 | |
| 1840317 | Fluid Mechanics and Power | 3 | 1840202 | 1840322 | Technology of Machines and Tools | 2 | 1840319 | |
| 1840319 | Industrial Automation and Production | 3 | 1840204 | 1840324 | Technology of Machines and Tools Lab | 1 | Co1840322 | |
| 1800\*\*\* | Dual Studies Elective | 2 | 1800\*\*\* | University Elective | 2 | |||
| 1840005 | Practice V | 3 | 1840004 | 1840006 | Practice VI | 3 | 1840005 | |
| 21 | 17 |
Year 4
| Seventh Semester | Eighth Semester | |||||||
|---|---|---|---|---|---|---|---|---|
| Number | Course | Credits Requisites | Number | Course | Credits | Requisite | ||
| 1840401 | Proposal for Graduation Project | 1 | 1840006 | 1840404 | Total Quality Management | 2 | s 1840302 | |
| 1840403 | Modelling and Simulation Workshop | 2 | 1810330 | 1840406 | Smart Industrial Systems: IoT, AI | 2 | 1840320 | |
| 1840405 | Green and ECO Manufacturing | 2 | 1840306 | 1840408 | Smart Industrial Systems: IoT, AI LAB | 1 | Co1840406 | |
| 1840407 | Human Factors and Ergonomics | 2 | 1840304 | 1840410 | Industrial Robotics | 2 | 1840320 | |
| 1840409 | Supply Chain Management | 2 | 1840305 | 1840412 | Facilities Planning and Layout | 2 | 1840304 | |
| 1840411 | Mechanical Elements and Systems | 2 | 1840216 | 18400\*\* | Program Elective | 2 | Consent | |
| 18400\*\* | Program Elective | 2 | Consent | 18400\*\* | Program Elective | 2 | Consent | |
| 1800\*\*\* | University Elective | 2 | 1800\*\*\* | University Elective | 2 | |||
| 1840007 | Graduation Project I | 3 | Co1840401 | 1840008 | Graduation Project II | 4 | 1840007 | |
| 18 | 19 |
1810101 Mathematics for Engineers I 3 credit
This course contains the basics of mathematics for usage in specific courses for Electrical Engineering: System of linear equations and elementary row operations, linear transformations and matrix representation. Vectors in plane and polar functions: vectors, polar coordinates and graphs- introduction of complex numbers, operations and functions. Derivate: the derivative as a function and as a rate of change, derivative of products, quotients and negative powers, derivative of trigonometric functions, the chain rule, implicit differentiation and related rates. Pre-Requisite:–
1810105 Engineering Workshop and Safety 2 credit
This workshop gives the student basic knowledge and ability for simple mechanical tasks for metalworking shop layout, industrial safety, materials, soldering, welding, fitting, metal cutting, drilling, milling and tapping. Safety engineering and management with emphasis on control of hazardous materials, fire prevention, safety considerations in production facility design and maintenance, and operation of effective safety programs.
Pre-Requisite: —
1810102 Physics 3 credit
This course gives an introduction to basics of physics, except those subjects that are taught in the two courses Fundamentals of Electrical Engineering I and II. Units, vectors, motion in 1, 2 and 3 dimensions, work and energy, linear and angular momentum, kinematics, kinetics, geometrical optics.
Pre-Requisite: —
1810114 Physics Lab 1 credit
Density and measurements, kinematics, vectors, Newton’s second law, inclined plane, spring, simple pendulum, projectile motion, conservation of energy, conservation of momentum, free falling, electric field, magnetic field, induction, specific heat capacity.
Co-Requisite: 1810102
1840101 Introduction to Industrial Engineering 3 credit
This course is designed to give the students the basic knowledge about industrial engineering. It covers a basic overview of industrial engineering concepts including systems optimization, variability in systems, production systems, development concepts, industrial management concepts, and quality improvement concepts…etc. In addition, the course will discuss the position of the industrial engineer and what he is supposed to do including tasks, technical and managerial responsibilities, tools, necessary skills, and importance of proper communication etc. This course is supposed to clarify the idea of industrial engineering and its role so that students will not be confused by any similar topics or terminology.
Pre-Requisite: —
1840105 Engineering Drawing Lab 1 credit
The Engineering Drawing Lab is a practical course that provides students with hands-on experience in producing technical drawings used in various engineering applications using computer-aided design (CAD) AUTOCAD software for creating 2D and 3D drawings and models. Students will apply traditional drafting techniques, such as ortho-graphic projection, dimensioning, and tolerancing, though 2D CAD software
Pre-Requisite: —
1810111 Informatics I 3 credit
Introduction to computing, computer organization and architecture, main & mass storage, operating systems, information representation, numbering systems, Boolean operations, gates Boolean circuits, machine language/instruction set traditional programming concepts , procedure & functions, implementation (translation, linking and loading), algorithm representation & discovery, flowcharting, pseudo coding, iterative structures, introduction to C programming, formatted input/output in C-language, expressions in C-language, one-way, two way & multiple way selections in C.
Pre-Requisite: —
1810112 Informatics I Lab 1 credit
Computer architecture, hardware & software, maintenance, Windows & Linux, file & folders, internet, MS Office; Word/ Excel/PowerPoint/Access/Visio, writing C-programs, C-language. Co-Requisite: 1810111
1810106 Mathematics for Engineers II 3 credits
Transcendental functions and differential equations. Integrals, definite integrals, substitution in definite integrals, application of integrals, the mean value and fundamental theorems of calculus first order separable differential equations and first order linear differential equations. Infinite series: limit of sequence of numbers, subsequences and bounded sequences, test for convergence, alternating series, absolute and conditional convergence, power series, Taylor and McLaurin series, application of power series.
Pre-Requisite: 1810101
1840112 Chemistry 3 credit
This course includes topics such as measurement and units, matter and energy, chemical equations, thermochemistry, electronic structure of atoms, periodic trends, molecular bonding and structure, intermolecular forces, solution chemistry, acids and bases.
Pre-Requisite: —
1840104 Chemistry Lab 1 credit
The chemistry laboratory part includes experiments designed to develop skills in the use and handling of laboratory equipment. Students will examine, test, and establish for themselves the chemical principles studied in chemistry course, they will collect, analyze and discuss the experimental data.
Co-Requisite: 1840104
1840106 Engineering Statics and Dynamics 3 credits
This course focuses on the fundamental analysis of the equilibrium and dynamic behavior of mechanical systems. Statics: equilibrium of particles and of rigid bodies; free body diagram; distributed forces; analysis of structures, e.g. trusses, frames and machines. Dynamics: kinematics of particles; kinetics of particles; Equations of motions; Newton’s second law; Kinetics diagram; energy. The course emphasizes problem-solving skills and the practical application of static and dynamic equilibrium principles to engineering scenarios.
Pre-Requisite: 1810102
1840108 Industrial Workshop 2 credits
In this workshop students will perform a variety of machining operations under staff supervision. This course deals with the knowledge and skills in Workshop Machine Operation. It covers workshop safety, measuring instruments, working with mechanical drawings, and fundamental machine operations such as lathe and vertical milling machine, (CNC) machine tools and other machining applications. This course will also focus on hazards and safe work practices within a shop environment.
Pre-Requisite: 1810105
1840110 Maintenance Management 2 credits
This course will introduce the design, development, operation, and administration of maintenance in industrial systems. The main objectives of this course include renovation concepts, operational efficiency analysis, maintenance process management, and machine reliability analysis. Students will be able to assess the machine conditions and to what extent it can fulfill quality and feasibility requirements. They will be able to offer accurate indicators about the machine behavior and manage the maintenance process to keep the machine operation within the stated quality and feasibility measures.
Pre-Requisite: 1840103
1810103 Fundamentals of Electrical Engineering I 3 credits
Basic definitions, power, circuit schematic and ideal basic circuit elements, voltage and current sources, resistance, Ohm’s law, Kirchhoff’s laws, circuit analysis techniques: nodal, mesh, linearity, superposition. The venin’s and Norton theorems, source transformation capacitance, IV relationship for capacitance and inductors.
Pre-Requisite: —
1810104 Fundamentals of Electrical Engineering I Lab 1 credits
Introduction to basic safety rules, instrument familiarization, and usage of multimeter: Measuring of voltage, current, Ohm´s Law, basic DC circuits, and characteristics of passive electronic components, Diode DC characteristics, half-wave rectification, full-wave diode rectification. feasibility measures.
Co-Requisite: 1810103
1810210 Complex Analysis and Engineering Transforms 3 credits
Complex analysis and engineering transform: The course provides a study of selected topics in mathematics and their applications for advanced courses in engineering. It covers the study of complex numbers, analytic functions, elementary functions, complex integration, integration methods, Laplace and Inverse Laplace transforms, Fourier series and Fourier transforms.
Pre-Requisite: 1810106
1840201 Engineering Statistics 2 credits
Basic Probability Concepts, Probability, Distributions (Discrete and Continuous), Statistical Measures: Mean, Variance, and Standard, Deviation. Moments and Skewness, Joint Probability Distributions: Bivariate and Multivariate Distributions. Covariance and Correlation, Sampling Distributions: Sampling from Populations. Hypothesis Testing: Null and Alternative Hypotheses. Regression Analysis, Analysis of Variance (ANOVA)- Time Series Analysis- Trends and Seasonality- Forecasting Methods
Pre-Requisite: 1810106
1840207 Operations Research & Optimization 2 credits
Operations research & Optimization applications in engineering, economics, and industry. The goal of this course is to teach students to formulate, analyze, and solve mathematical models that represent real life problems. In particular, it will cover linear programming, network flow problems, integer programs, nonlinear programs, dynamic programming and queuing models. Students will be able to interpret real life cases into models and analyze them to identify the optimal solution according to predefined parameters.
Pre-Requisite: 1840103
1840213 Engineering and Industrial Materials 2 credits
This course includes introduction to engineering materials, their classifications: metals and alloys, polymers, ceramics, and composite materials. Structure of materials and general properties of engineering materials such as mechanical, thermal and electrical properties. The course will cover applications of engineering materials and the selection principles.
Pre-Requisite: 1840112
1840215 Engineering and Industrial Materials Lab 1 credits
This laboratory includes hands-on experiments for the investigations of various engineering materials and their properties including physical, structural, chemical, thermal, mechanical and electrical properties.
Co-Requisite: 1840213
1810301 Electrical Workshop I 2 credits
Electrical drawings for building installations, electrical wiring, main supply including different types of circuit breakers, protective measures, lightning, and excess voltage protection, residential circuit protection, network quality, lightning and power systems wiring and installation of the circuits.
Pre-Requisite: 1810105
1810208 Instrumentation and Measurement 3 credits
Instrumentation and Measurement is an important issue in processing and manufacturing where students should be able to carry out. The main objective of this course is to make students understand how to measure the common measured factors, how the measurement devices are designed, how they work, and how to calibrate them. The course covers a variety of measurements that might be needed in daily activities such as measurement of displacement, velocity and acceleration, force, torque, vibration and shock, measurement of pressure, flow, temperature and liquid level, measurement of pH, conductivity, viscosity and humidity. Pre-Requisite: 1810103
1810209 Instrumentation and Measurement Lab 1 credits
Instrumentation and Measurement lab allows the students to deal with measurement devices and use them in measurement. In addition, they will have the chance to understand their functionality and calibration process.
Co-Requisite: 1810208
1840202 Analog and Digital Electronics 2 credits
This course introduces the fundamental concepts of both analog and digital electronics. Students will explore the principles and applications of electronic components and circuits, delving into topics such as diodes, transistors, operational amplifiers, and digital logic gates. Topics will also cover the design and analysis of analog and digital circuits, design and analysis of analog and digital circuits, ADC, sampling, signal processing, and data acquiring and interfacing techniques
Pre-Requisite: 1810103
1840204 Thermodynamics & Heat Transfer 3 credits
This course provides an introduction to most concepts and definitions; the thermodynamic system, properties, pure substances, equations of state for gases, work and heat. First law of thermodynamics; thermodynamic cycles, change of state, internal energy, specific heat; open systems. Second law of thermodynamics, thermodynamic cycles, the thermodynamic temperature. Thermodynamic power cycles, refrigeration cycles, and engineering applications of thermodynamics and analysis of heat conductivity and heat transfer.
Pre-Requisite: 1840112
1840216 Mechanics of Materials 2 credits
The objectives of the course are to understand the concepts of different loads on material behavior in relation to the mechanical properties of materials. It includes a variety of topics such as stress and strain, elastic and plastic behavior of materials , design and material failure considerations, stress analysis and materials’ behavior and other related theories and applications. Mechanics of Materials is essential for the prediction of structural failure in any industry application. Pre-Requisite: 1840106
1810330 Control Systems 3 credits: Modeling of electrical, mechanical control systems, Open and closed-loop systems, Block diagrams. Second order systems. Step and impulse response. Performance criteria. Steady state error. Sensitivity, s-plane system stability. Analysis and design with the root loci method. Frequency domain analysis, Bode plots, Nyquist criterion, gain and phase margins, Nichols charts. The State-space method, state equations, flow graphs, stability, compensation techniques. Simulation and Controller design using MATLAB.
Pre-Requisite: 1810210
1840301 Engineering Innovation and Design 2 credits
This course will expose students to different design processes and design models, product design and testing processes. Students will employ engineering and scientific concepts in the solution of engineering design problems related to industrial engineering and machine design. This course also covers different types of engineering design, innovation and creativity in engineering design, conceptual design embodiment design and detailed design, solution selection and design considerations, design control and evaluation
Pre-Requisite: 1840216
1840303 Industrial Manufacturing Technology I 2 credits
This course aims to enhance the student’s ability to decide on the most appropriate manufacturing processes for metallic products. It includes definitions, classification, the safety rules, the main manufacturing processes including casting, powder metallurgy, bulk deformation processes, sheet forming processes, joining processes, drilling, milling and grinding operations. For each process, the used tools and machines, the products and the process variables will be discussed. Pre-Requisite: 1840213
1840305 Engineering Economy 2 credits
This course covers the main engineering economy topics such as Economic and cost concepts, Interest formula derivations, Calculations of economic equivalence, Inflation and purchasing power of money, Bases for comparison of alternatives, Decision making along alternatives, Evaluating replacement alternatives, Breakeven and minimum cost analysis, and Evaluation of public activities.
Pre-Requisite: 1810101
1840309 Computer-Aided Design (CAD/ CAM) Lab 1 credits
The Computer-Aided Design (CAD) Lab course offers hands-on experience with industry standard software for 2D drafting and 3D modeling and prototyping. Topics including : Principles of CAD- the design process- design benefits- principles of software design- computer graphics computer aided curve and surface design- solid modeling- analysis and simulation- visualization and synthesis-. Optimum design: single and multi, variable optimization- design methods and computer aided design software- applications Scope and utilization of CAM- data bases needed for manufacturing – languages and codes for CAM- integration between CAD and CAM software and applications.
Pre-Requisite: 1840105
1840317 Fluid Mechanics and Power 3 credits
This course includes an introduction to principal concepts and methods of fluid mechanics as well as the basic components and functions of hydraulic and pneumatic systems. Topics covered in the course include pressure, hydrostatics, and buoyancy, open systems and control volume analysis, viscous fluid flows, and flow through pipes. The additional topics include standard symbols, pumps, control valves, control assemblies, actuators, maintenance procedures, and switching and control devices. Students will work to develop the problem-solving skills essential to good engineering practice of fluid mechanics in practical applications, as well as to be able to understand the operation of a fluid power system, including design, application, and troubleshooting.
Pre-Requisite: 1840202
1840319 Industrial Automation and Production 3 credits
This course covers industrial automation principles, including technologies, control systems, production and manufacturing systems, and computer-integrated manufacturing. Students explore the role of automation in improving efficiency and quality across industries. This course provides a comprehensive exploration of the principles and applications of automation within modern manufacturing systems. Students will gain a deep understanding of various technologies and strategies used to optimize industrial processes. Topics include numerical control, industrial robotics, computer-integrated manufacturing.
Pre-Requisite: 1840204
1840302 Quality Control 2 credits
This course offers a comprehensive coverage of modern quality control techniques to include the design of statistical process control systems, acceptance sampling, and process improvement. This course covers various topics such as the concepts of quality improvement, DMAIC process, statistical process control design, use, and interpret control charts for variables, design, use, and interpret control charts for attributes, analysis of process capability and measurement system capability, design, use, and interpret exponentially weighted moving average and moving average control charts.
Pre-Requisite: 1840201
1840304 Project Management and Network Analysis 2 credits
Fundamentals of project management (Planning, Organizing, Leading and controlling). In this course students will learn how to construct work breakdown structures (WBS) for any project, and how to schedule projects using different techniques as AOA, AON, PERT or GERT. Then students learn how to find the critical path and compute the different types of floats, total float, free float, interfering float and independent float of the activities. They are then able to make a time-cost analysis for the project in order to find the minimum crash cost using two different techniques.
Pre-Requisite: 1840201
1840306 Industrial Manufacturing Technology II 2 credits
This course aims to enhance the student’s ability to decide on the most appropriate manufacturing processes for polymeric, ceramic and composite materials products. For each process, the main processing methods, the used tools and machines, the products and the processing variables will be discussed. The student will be able to analyze the effect of processing variables on the properties of the products, to optimize the processing variables and to solve engineering problems in the manufacturing field.
Pre-Requisite: 1840303
1840308 Industrial Manufacturing Technology Lab 1 credits
This practical course allows the students to practice the main production processes in the workshop. They will have the chance to operate common production machinery and practice processing cases of real materials in a real life work environment. This practical course will cover experiments related to the topics discussed manufacturing technology 1and 2 courses. Co-Requisite: 1840306
1840322 Industrial PLC Programming & Control 2 credits
Industrial PLC Programming & Control introduces students to the fundamental principles of programming techniques for Programmable Logic Controllers (PLCs) within industrial contexts. This specialized course focuses on creating logic and control algorithms to automate and optimize manufacturing processes. Covering essential concepts like PLC architecture, ladder logic programming, and interfacing with sensors and actuators, it lays the groundwork for participants to master crucial skills in process control, data acquisition, and system monitoring. As a foundational introduction, this course equips individuals with the knowledge necessary for successful roles in industrial automation and control systems.
Pre-Requisite: 1810330
1840322 Technology of Machines and Tools 2 credits
The Technology of Machines and Tools course delves into the principles and applications of machine and tool technology, computerized machines, and Computer Numerical Control (CNC) systems . The course covers various topics including material machining, material removal processes, 3D Printing, and automation integration. Participants gain hands-on experience through projects, developing skills in precision machining, safety protocols, and maintenance practices. This course prepares students for careers in manufacturing and industrial engineering, emphasizing practical applications alongside theoretical understanding.
Pre-Requisite: 1840319
1840324 Technology of Machines and Tools Lab 1 credits
The lab component of “The Technology of Machines and Tools” course offers hands-on experience in machine and tool technology, including computerized machines , 3D printing , and CNC systems. Students engage in projects focusing on precision machining, safety protocols, and maintenance practices, while also exploring material machining and automation integration. This practical approach prepares students for careers in manufacturing and industrial engineering, emphasizing both theoretical understanding and practical skills.
Co-Requisite: 1840322
1840401 Proposal for graduation project 1 credits
During this course, the student will have to identify a realistic problem or an engineering developmental solution related to the company in which he is trained, in agreement between the company and the supervisor from the university, and he will analyze and measure (quantitative) the impact of this problem on the company, especially in the financial aspect, and then develop proposals for solutions Clear scientific engineering to solve this problem, as well as developing an initial design to solve this problem, including the materials and resources that the company must provide. And the student will have to write a report in a correct technical style and according to the model approved by the department, which includes scientific research and a review of previous studies and references related to the problem. A financial analysis of the expected cost of implementation and the expected profits behind the solution.
Pre-Requisite: 1840006
1840403 Modeling and Simulation Workshop 2 credits
In this workshop, participants will apply engineering modeling and simulation techniques using a mix of engineering tools and software, including MATLAB programming and MATLAB Simulink, alongside other industry-standard software. Emphasizing practical aspects like model development and system optimization, the workshop enhances participants’ skills for real-world engineering scenarios. Through interactive sessions, students engage with a range of tools, fostering versatility in leveraging simulations for effective decision-making.
Pre-Requisite: 1810330
1840405 Green and Eco Manufacturing 2 credits
This course aims to provide the students with the principles and practices of green manufacturing in order to reduce energy consumption, minimize waste and environmental impact while maximizing efficiency and sustainability. The course covers methodologies, technologies, and policies that support green manufacturing processes.
Pre-Requisite: 1840306
1840407 Human Factors and Ergonomics 2 credits
This course explores the principles of human factors and ergonomics (HFE) and their application in industrial engineering. Students will learn how to optimize human-system interactions to enhance safety, performance, and well-being. The course covers physical, cognitive, and organizational ergonomics, emphasizing the design of work environments, tools, and systems. This course is essential for industrial engineering students to create safe, efficient, and user friendly systems.
Pre-Requisite: 1840304
1840409 Supply Chain Management 2 credits
This course provides an in-depth understanding of supply chain management (SCM) principles and practices, emphasizing their application in industrial engineering. It covers the strategic and operational aspects of effectively managing the flow of goods, services, and information from suppliers to customers. The course aims to equip students with the knowledge and skills necessary to design, analyze, optimize, and improve supply chain processes in various industrial contexts. Pre-Requisite: 1840305
1840411 Mechanical Elements and Systems 2 credits
This course covers essential mechanical engineering components, focusing on their design, analysis, and application. Students will learn about mechanical elements that form the foundation of complex machinery, emphasizing the mechanics principles ensuring performance and reliability. Topics include fasteners and joints (bolts, screws, welding), gears and gear trains (types, ratios, design), bearings and lubrication (friction, maintenance), springs and dampers (design), shafts and couplings (alignment, balancing), belts and chains (maintenance, failure analysis), and seals and gaskets (types, applications). Students will gain skills to design, analyze, and maintain these components for reliable systems.
Pre-Requisite: 1840216
1840404 Total Quality Management 2 credits
Total Quality Management (TQM) is a comprehensive approach involving philosophy, methodology, and tools to establish continuous improvement within organizations. It engages all departments and employees in enhancing processes and products, aiming to reduce costs and exceed customer expectations. TQM incorporates principles of business and social excellence, promoting sustainability in competition, efficiency, leadership, and partnerships. This course’s objectives include introducing students to core principles, developing skills to use quality management methodologies, and implementing TQM in diverse business and public sectors, integrating occupational safety and hazards management systems.
Pre-Requisite: 1840302
1840406 Smart Industrial Systems : IoT-AI 2 credits
Smart Industrial Systems: Integrating IoT, AI, and Automation” is a two-credit hour course for Bachelor level Industrial Engineering students. It focuses on the integration of Internet of Things (IoT), Artificial Intelligence (AI), and automation into industrial processes. The course covers key topics such as the role of smart systems in industry, the use of IoT in improving industrial efficiency, the application of AI and machine learning in industry, principles of industrial automation, and the integration of these technologies to create advanced industrial systems. The course includes real-world case studies and hands-on lab sessions. By the end of the course, students will be equipped to design and implement smart industrial systems. Pre-Requisite: 1840320
1840408 Smart Industrial Systems LAB 1 credits
This lab course provides a comprehensive introduction to Python programming, Raspberry Pi, Internet of Things (IoT), Artificial Intelligence (AI), and Industrial Automation. Each week focuses on a different topic, starting with Python basics and advancing to the integration of IoT, AI, and automation. The course includes hands-on exercises and a final project that allows students to design and implement a smart industrial system. The content is subject to change based on student learning objectives and advancements in the field. This course aims to equip students with the skills needed to create advanced industrial systems using cutting-edge technologies. Co-Requisite: 1840406
1840410 Industrial Robotics 2 credits
The aim of this course is to introduce the students with the components, operating fundamentals, application, and programming methods of industrial robots. Furthermore, the course will provide the students with analytical methods and guidelines to design industrial robots. Topics will include robotic motors and their control, sensors, transducers, kinematics analysis for robotics, interfacing, and simulation techniques. Examples from the industrial field will be provided to make direct connection with the real applications on the market. Pre-Requisite: 1840320
1840412 Facilities Planning and Layout 2 credits
Introduction to facilities planning, strategic role of facilities planning in organizations. Facility layout planning and types. The student will learn how to: Define requirements, Be able to design the product, process and schedule, Space Utilization: Understand the flow system, activity relationships, and space requirements. Specify personnel requirements, Develop alternatives Design material handling systems.
Pre-Requisite: 1840304