This course focuses on enabling students to gain a practical and simplified understanding of entrepreneurship. It begins with defining entrepreneurship and its role in society, moves on to identifying personal entrepreneurial traits such as leadership and creativity, and concludes with developing essential skills including time management, decision-making, and problem-solving. Students will explore the nature of small businesses, the characteristics of self-employment, and the key success factors in entrepreneurial ventures, including planning, idea development, and selecting an appropriate business model. The course also covers the preparation of a comprehensive business plan that integrates marketing, pricing, and digital promotion, while providing students with the basics of financial management, cost estimation, and funding methods. Additionally, students will be introduced to topics such as digital transformation, e-commerce, freelancing, and the applications of artificial intelligence in entrepreneurship, with the aim of enhancing their readiness for the modern labor market.

This course is equivalent to three credit hours, two of which are theoretical and one of which is practical. This course addresses the concept of corruption, its forms and definition locally, regionally and internationally, the role of the corruption system in Palestine, and the role of civil society institutions, good governance and local authorities in combating corruption.

This course focuses on the study of basic electrical systems in vehicles, with particular emphasis on the battery, starter system, ignition system, and charging system. Students will learn about the components and functions of each system—for example, the battery’s role in power supply, the mechanism of engine cranking through the starter, the ignition system’s role in combustion, and the function of the alternator and voltage regulator in recharging the battery. The course includes training in analyzing electrical diagrams, using diagnostic tools to troubleshoot faults in these systems, and emphasizes safety practices and understanding circuit behavior under various operating conditions.

This course covers the fundamental concepts related to the vehicle body and structure, including types of frames (body-on-frame and unibody) and their functions in load support and passenger protection. Students will become familiar with the main components of the vehicle body such as doors, roof, floor, pillars, and fenders, as well as the materials used in their construction, including high-strength steel, aluminum, and plastics. The course also addresses basic principles of structural design in accordance with safety and aerodynamic requirements, along with methods of fastening and joining various components.

This course focuses on the fundamental principles of repairing surface damage to a vehicle body without altering the structural framework. Students learn to identify types of minor dents and scratches and how to repair them using specialized tools and techniques such as dent pullers, fillers, and sanding and finishing tools. Training includes damage assessment, selection of appropriate repair methods, and surface preparation for painting, with an emphasis on applying safety standards and ensuring high-quality visual appearance.

This course aims to immerse students in a real-world work environment through hands-on training in certified vehicle body repair workshops and local automotive agencies. Students will become familiar with the nature of the workplace, the sequence of repair operations, and occupational safety standards. They will also actively participate in performing basic repair tasks under the supervision of experienced technicians. This course serves as a first step in developing a practical understanding of industry requirements and acquiring essential skills in handling vehicle body tools and components.

This course explores the physical and mechanical properties of engineering materials used in vehicle body construction, such as steel, aluminum, plastics, and composites. Students will learn about material characteristics including hardness, toughness, tensile and bending strength, weldability, formability, and behavior under different loads. The course also covers the impact of environmental factors such as corrosion and heat on material performance. It aims to equip students with the ability to select appropriate materials for repair operations and understand their behavior during welding, forming, and fastening processes—contributing to effective and safe maintenance that preserves structural quality.

The course aims to develop the students’ cognitive abilities and communication skills in Arabic language by introducing Arabic dictionaries, spelling and grammatical errors, and familiarizing them with ancient and modern Arabic literary models including models from the Holy Qur’an.

This course generally aims to develop students' major and minor English language skills. It provides students with a variety of linguistic patterns, different grammar patterns, grammatical structures, and common words and definitions. These, when acquired, enable students to communicate meaningfully in general and everyday situations. The course is geared toward equipping students with the skills they need to comprehend texts, contexts, and situations related to everyday life. Throughout the course, students will be exposed to a variety of listening approaches to expand and deepen their listening comprehension and critical thinking skills. Students are expected to acquire the skills necessary to express their opinions on everyday topics and problems, both orally and in writing, thus broadening their academic horizons.

This course complements the practical component of the Principles of Electrical Circuits course and aims to enhance students’ understanding of current, voltage, and resistance through laboratory experiments. Students will practice building simple electrical circuits and measuring their values using various instruments such as multimeters and current and voltage meters. The course also involves analyzing circuit responses under different operating conditions. Emphasis is placed on developing practical skills in wiring, diagnostics, and accurate use of measurement tools within a safe and organized environment.

This course aims to introduce students to the main systems that make up a vehicle and to understand how they function and integrate within the overall vehicle structure. It covers the study of the powertrain system, suspension and steering system, braking system, as well as the cooling and lubrication systems, exhaust system, and the body and supporting frame. The course focuses on the primary function of each system, the related mechanical and electrical components, and the basics of operation and visual inspection. This helps students develop a comprehensive understanding of vehicle structure and its relation to body systems and structural repairs.

This course focuses on the basic mathematical skills needed by vehicle body repair technicians in practical workshop applications. It includes simple arithmetic operations, calculations related to lengths, areas, volumes, bend angles, and unit conversions. It also covers the use of trigonometric ratios in determining dimensions, estimating material quantities, and calculating torque and forces acting on body parts. The course aims to enhance the ability to perform accurate calculations during cutting, welding, fastening, and dimension adjustment operations, thereby supporting repair quality and structural safety.

This course aims to consolidate the concept of Islamic culture and introduce students to sound cultural and intellectual concepts regarding the sources of Islam, the Islamic faith and its pillars, and Islamic law, which regulates all aspects of social, economic, and political life. It also clarifies Islam's position on a number of contemporary intellectual issues, as well as identifying the most important challenges facing Islam and its culture.

This Workshop gives the students new skills in mechanical and electrical measurement, metal planning, sawing, failing threading, cutting, arc shielding . Working and measuring tools , Machining , Joining of materials.

This course aims to enhance and enrich students’ skills with This course aims to enhance and enrich students' skills with modern information technology concepts, as well as computer and digital device skills, modern computer applications in practical life and the internet, information security concepts, and data analysis. Students apply the concepts and skills they acquire using appropriate software.

This course aims to provide students with fundamental knowledge of electronics principles, forming the basis for understanding electronic systems in vehicles. It covers electronic components such as resistors, capacitors, diodes, and transistors, as well as DC and AC circuits, amplifiers, and the operating principles of sensors and actuators. Students will also learn to read and analyze electronic circuits and use various measurement instruments such as oscilloscopes and multimeters. This course serves as an introduction to advanced electrical and electronic systems in modern vehicles.

This course aims to introduce students to the fundamental concepts of electrical circuit analysis. It covers the characteristics of current, voltage, and resistance; Ohm’s and Kirchhoff’s laws; and series and parallel connections. It also includes the principles of electrical power and energy. The course classifies electrical components such as resistors, capacitors, inductors, and voltage sources, with a focus on analyzing simple circuits using manual methods and schematic diagrams. This course provides the theoretical foundation for understanding electrical systems in vehicles and is complemented by the Electrical Circuits Laboratory course for hands-on skill development.

This course aims to introduce students to the basic principles of occupational safety and health, with a focus on their application in vehicle body repair and maintenance workshops. It covers safe handling procedures for hand and mechanical tools, precautions against hazards associated with welding, painting, and the use of chemicals. The course also addresses safe storage and transportation of materials, accident and emergency response mechanisms, and fire safety principles. Emphasis is placed on adherence to approved regulations and guidelines to ensure a safe and efficient working environment within the practical context of automotive body repair workshops.