Auto electrical
- 2025
- 2022
- 2019
- 1997
- 1990
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| Course No رقم المساق | Course Name اسم المساق | Credit hours الساعات المعتمدة | Course Description وصف المساق |
|---|---|---|---|
| 2001 | Arabic Language | 3 | The Arabic language course is considered a fundamental requirement for the college of applied professions. The course aims to prepare students to communicate fluently in Arabic in their daily lives and academic work by providing them with basic practical knowledge and skills in Arabic language and its arts that are in line with their needs and knowledge. This will enable them to use it correctly in reading, writing, and speaking, reflecting positively on their performance and increasing their self-confidence and the confidence of others in them. The course includes lessons in grammar, morphology, and basic linguistic rules, as well as listening, speaking, reading, and writing exercises. Additionally, it also includes the study of common vocabulary and phrases in the Arabic language. |
| 2002 | English Language | 3 | It aims to develop the students' four basic skills: writing, reading, comprehension, correct pronunciation, and speaking. As well as the development of basic language rules, which include: verbs, direct speech, prepositions, and the conditional sentence. It also aims to provide the student with English words and terms related to the student's daily and practical life. Writing technical .reports in English |
| 3219 | Entrepreneurship | 3 | " Entrepreneurship course is an educational course aimed at developing students' skills in managing and operating small and medium-sized enterprises، and teaching them how to develop their ideas and turn them into successful projects. During the course, students are taught many basic concepts and skills in the field of entrepreneurship, such as market research, development of administrative and marketing plans, management of human and financial resources, creation of business plans, innovation, and digital transformation. The course is taught practically, relying on practical activities and applied projects that allow students the opportunity to apply the concepts they have learned in their own projects. Entrepreneurship course is considered one of the important courses that helps students achieve their dreams of self-employment and financial independence." |
| 3350 | Digital skills | 3 |
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| Course No رقم المساق | Course Name اسم المساق | Credit hours الساعات المعتمدة | Course Description وصف المساق |
|---|---|---|---|
| 2003 | Studies in Arabic & Islamic Thought | 3 | The course deals with introducing Islamic culture, its characteristics, and its sources, discussing some contemporary cultural issues, and Islam’s view of them, as well as talking about issues pertaining to the Muslim community such as the educational and moral system, rehabilitation for marital life, and family and community rights in Islam, especially with regard to psychological rehabilitation of those about to get married, as well as the rights and duties of each of the spouses over the other, and talking about important rules to tackle marital problems. |
| 2017 | Physical Education | 1 | The physical activity course is designed to promote health and fitness and improve students' athletic skills. It includes various concepts and physical activities, including team sports such as soccer and basketball, and individual sports such as running, swimming, weightlifting, and yoga. In addition, the course emphasizes teamwork, collaboration, and challenge. It also focuses on committing to sports ethics and social responsibility, and learning about some of the injuries that can occur on and off the field, their causes, symptoms, and first aid methods. This course is useful for improving physical and mental health, balance, coordination, and self-confidence. It also promotes discipline, dedication, and perseverance in sports and other activities in life. |
| 2999 | Anti - Corruption "Challenges & Solutions" | 3 | This course provides in-depth knowledge about the global and local concept of corruption, and the complex forms it takes in both official and unofficial institutions alike. The course also discusses the most important factors that increase the likelihood of corruption and its spread, whether those related to the structural organization of state institutions, or the political and social complications that affect the work of these institutions and weaken their ability to combat this phenomenon. Additionally, the course covers the most important strategic plans and globally recognized approaches to combating corruption. It also introduces the national strategy for combating corruption. |
| 3550 | Artificial Intelligence Applications | 1 | An intensive practical course specifically designed for vocational education students, introducing the fundamental concepts of artificial intelligence with a focus on practical applications in technical professions. Students learn through real-world examples and tools that do not require complex programming, and the course concludes with a student-presented project related to their field of specialization, utilizing various AI tools. |
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| Course No رقم المساق | Course Name اسم المساق | Credit hours الساعات المعتمدة | Course Description وصف المساق |
|---|---|---|---|
| 2005 | Mathematics (1) | 3 | This course strengthens students’ understanding of functions like; polynomials, absolute value functions, greatest integer functions, trigonometric functions, exponential and logarithmic functions, in preparation for the process of differentiation and integration. Then students will extend their experience with functions as they study the fundamental concepts of calculus: limiting behaviors, continuity, the derivative by definition, the differentiation rules including chain rules and implicit differentiation. Finally this course covers basic ideas of integration; definite integral, anti-derivatives and indefinite integrals, the Fundamental Theorem of Calculus, and some integration's methods . |
| 2006 | Engineering drawing | 2 | The graphic language, graphic instruments and their use, orthogonal drawing and sketching, classification of surfaces and lines, projection of views. Pictorial drawing, oblique and isometric drawing, layout of circles, inclined surfaces and arcs, prediction of third view. |
| 2007 | Engineering Workshop | 2 | This course aims to introduce the student to the principles of manufacturing, as well as the proper handling of machines, equipment, and various tools without falling or causing practical accidents in workshops, factories, and various construction projects, as well as to provide him with the knowledge of the processes required to complete a part. |
| 2068 | Internal Combus. Engines Lab. | 1 | Engine calculations, mixture ratio for different fuels, engine volume calculation, compression ratio, engine power, engine torque, engine efficiencies, thermal, mechanical and volumetric |
| 3400 | 2 | "Introduction to maintenance; general technical factors affecting vehicles and factors influencing wear and tear. The course covers fault detection and diagnosis, maintenance methodologies, and diagnosing mechanical faults in Internal Combustion Engines (ICE) using specialized tools and equipment. It also addresses the detection and maintenance of cooling and lubrication system components, coupling and drive systems, and braking systems. Furthermore, the course emphasizes the use of service manuals (catalogs) in maintenance operations, as well as the diagnosis, maintenance, and troubleshooting schedules for ignition system components." | |
| 3401 | 2 | This course aims to study various electronic systems in vehicles, such as electronic brake systems, electronic suspension systems, airbag systems, central locking systems, electronic transmission control, cruise control systems, and warning systems. | |
| 3402 | Vehicle electrical and electronics | 3 | Batteries, various ignition systems, starter motor system, charging and generation circuit, generation and charging regulator circuit, lights, additional circuits such as wipers, windows and electronic locking |
| 3403 | Internal compustion engines | 3 | Principles of the work of internal combustion engines, reciprocating four-stroke, two-stroke, parts and specifications of internal combustion engines, valves, engine calculations and characteristics, fuel used, feeding systems in engines (gasoline, diesel), cooling systems, lubrication systems, forced charging in engines. Rotary engines and gas turbine engines. |
| 3405 | Engine management systems | 3 | Fundamentals of controlling ignition systems and electronic injection systems, Fundamentals of electronic control of engine exhaust gases, Engine control unit sensors, Electronic engine control unit actuators, Fuel injection systems in gasoline engines, Fuel injection systems in diesel engines, Engine emissions control systems, Charging systems different air, etc. |
| 3406 | 1 | This course covers the understanding of different engine control systems, their components including sensors and actuators, and various diagnostic methods for these components. Diagnostic techniques include using automotive scan tools, signal analyzers, multimeters, and other devices such as engine pressure testers and fuel injector testers. | |
| 3407 | 1 | Conducting exercises and educational situations on each of the batteries, the various ignition systems, the start-up engine system, the charging and generation circuit, the generation and charging regulator circuit, lights, additional circuits such as wipers, windows and electronic locks. | |
| 3411 | 1 | Practical examination of various electrical and electronic systems in vehicles, airbags and seat belt systems, crash sensors, precautions to be taken during system maintenance, various vehicle communication systems, technology and speed of each of these systems, identification of the principle of CAN Bus work, ways to protect the system from jamming, check CAN Bus network, anti-theft system, system mechanism, luxury system in modern vehicles (electronic seat, electric mirror and window, cruise control, parking assist system, navigation system) | |
| 3412 | Electric and hybrid vehicle technology | 3 | This is an introduction to hybrid and electric vehicles, their operating mechanisms, types, and forms, as well as the batteries used in them and the main components of hybrid and electric vehicles, including the high-voltage system. The course also covers the proper and safe procedures for handling high-voltage systems in these vehicles, as well as the different types of hybrid systems in cars. |
| 3413 | 1 | Safety procedures in dealing with electric and hybrid cars, various technical procedures on the hybrid car, parts of the high-voltage system in the hybrid car, disconnecting the high-voltage system, dismantling, installing and examining the inverter, disassembling, installing and examining the battery, examining the high-voltage wires in hybrid cars. |
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| Course No رقم المساق | Course Name اسم المساق | Credit hours الساعات المعتمدة | Course Description وصف المساق |
|---|---|---|---|
| 2011 | Principles of Elect. Ciruits | 3 | This course aims to study the electrical quantities, the elements of the direct current circuits, ohms law, Kirchhoff's laws, series and parallel connections, techniques of analyzing dc circuits, mesh and nodal analysis, Thevenin Theorem and superposition principle, and energy saving elements . Studying Alternating current circuits and analyzing them by complex numbers, power triangle, resonance circuits, and inductive circuits. |
| 2012 | Principles of Elect. Circuits lab. | 1 | Experiments in electrical circuits basics; resistive circuits (series, parallel, compound), ohms law, superposition principle, thevenin’s, Norton theorems, and maximum power transfer. kirrshoff’s laws, application in ac circuits, frequency response of RL, RC and RLC circuits resonance circuit, transformer’s. |
| 2130 | Automobile Science | 3 | Power transmissions, clutch system, road resistance, torque converter, manual and automatic gearboxes, axles and articulations, differentials, axle installation, tires, bodywork, suspension system, steering system, and braking system |
| 2271 | Electronics | 3 | The Electronics course introduces students to the fundamentals of electronics and its basic components. The course covers the study of the characteristics and operation of diodes and rectifiers, as well as transistors and their various types, with detailed explanations on how to use them in electronic circuits. The course aims to build a solid foundation for understanding electronic principles and practical applications of electronic devices in various technical fields. |
| 2343 | Electronics lab | 1 | Introducing the student to the practical applications of diodes, such as conversion circuits from alternating voltage to continuous voltage and transistor applications related to electronic circuits of amplifiers and oscillators of various types, and qualifying him with mathematical methods for analyzing electronic circuits, especially amplifiers, through the representation of electronic devices Circuit models for different frequencies. |
| 3151 | electrical machines | 2 | Basic theory of electrical machines, fundamentals of direct current ad Alternating current motors and generators, construction and operation, their types, electrical and mechanical characteristics, methods of starting of and breaking. Studying single phase and three phase transformers, construction and operation, equivalent circuit analyzing and voltage regulation electrical characteristics and transformer tests, and methods of connections. |
| 3152 | electrical machines lab | 1 | Implementation of practical exercises to connect and operate different DC motors, experiments to verify different properties curves (electromechanical and mechanical properties), and experiments on starting, braking and speed control methods. In addition to experiments with the properties of electric generators. |
| 3156 | vehicle mechanics workshop | 1 | Tools, equipment and devices used in repair and maintenance, installation and adjustment of vehicles, valves, cylinder head, crankshaft assembly, cylinders, engine lubrication, cooling system, fuel system in spark-ignition engines, fuel system in compression-ignition engines, engine performance tuning, measurements for a set Cylinders, crankshaft and camshaft. Brakes, clutch, gearbox (slip and hydraulic), differential gears, connecting shafts, rear axle mounts, drive system, car tires, doors, windows and tires. |
| 3414 | Field Training 1 | 2 | Training the student on specific skills within his specialization within the university laboratories, and on the field in cooperation with the local industry, institutions and local bodies, under the supervision and follow-up of the faculty |
| 3415 | 2 | Training the student on specific skills within his specialization within the university laboratories, and on the field in cooperation with the local industry, institutions and local bodies, under the supervision and follow-up of the faculty | |
| 3417 | Graduation project | 3 | The graduation project, as a requirement for students expected to graduate, aims to give the student an academic opportunity within which he can deepen his understanding of one or more aspects of his specialization and try to achieve a constructive scientific addition using his academic achievement, abilities and the university’s capabilities such as libraries, laboratories, workshops, faculty and others |
| 3551 | Electronic Control Circuits | 3 | "This course focuses on the practical applications of control circuits in electric vehicle (EV) systems, emphasizing the integration of various sensors and actuators with microcontrollers. Students will learn sensor calibration techniques, control of different types of electric motors, and the internal architecture of automotive Electronic Control Units (ECUs). Additionally, the course covers the implementation of automotive communication protocols, such as the CAN Bus." |
| 3552 | Automotive controls | 3 | "This course aims to provide students with fundamental knowledge of various microcontrollers, such as Arduino, PIC, and Raspberry Pi, focusing on their architecture, programming, and Input/Output (I/O) interfacing. It also covers programming essentials, including variables, loops, conditional statements, and functions, as well as the use of arrays and data handling. Furthermore, the course addresses the programming of both digital and analog inputs and outputs." |