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This course aims to provide students with a comprehensive Islamic perspective on life, humanity, and the universe by explaining the relationship between man, his Creator, others, and the world around him. It equips students with essential knowledge of Islamic creed, law, and civilization, strengthening true faith derived from the Qur’an and Sunnah. The course also develops moral and spiritual values, highlights Islam as a comprehensive way of life, and explores its role in promoting intellectual security and addressing contemporary cultural challenges..

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This course provides students with fundamental knowledge and skills in differentiation as an introductory course for science and engineering students. It covers the basic elements and concepts of calculus, including functions, limits, continuity, and derivatives, as well as applications of differentiation. The course develops students’ ability to analyze functions, compute rates of change, apply differentiation rules, and perform analytical and graphical interpretations in real-life and engineering contexts..

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This course provides students with the knowledge and skills needed to master computer use and its main applications. It introduces the hardware and software components of computers, operating systems, file management, data protection, networks, the internet, and methods of online communication and e-commerce. The course includes practical training on word processing, presentation, and spreadsheet software. It also develops students’ proficiency in using e-learning management systems and fosters teamwork and collaboration skills..

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This course addresses linguistic topics related to words and their classifications, syntax and structure, nominative and accusative cases, as well as rhetorical subjects such as declarative and imperative sentences, simile, metaphor, pun, and antithesis. It aims to train students to use correct Arabic free of grammatical and spelling errors, enhance their expressive and linguistic abilities, and enable them to communicate ideas effectively in both spoken and written Arabic..

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This course introduces students to the skills and components of educational and cognitive theories, including modern adaptation skills, information processing, and creativity. It also covers effective study skills, time management, and test-taking strategies. The course develops creative and critical thinking abilities and trains students to apply these skills in academic and personal contexts, enhancing self-development, responsibility, and decision-making..

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This course aims to develop the fundamental English language skills of students in science and engineering disciplines, focusing on listening, speaking, reading, and writing. It introduces basic scientific and technical terminology through interactive and communicative activities. By the end of the course, students will be able to use everyday expressions, engage in simple conversations, describe familiar topics, and write short comprehensive paragraphs relevant to their academic and daily life..

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This course teaches the basics of engineering drawing utilizing freehand sketching and mechanical drawing. It covers the fundamental principles of orthographic projection, dimensioning, sectional views, and isometric and perspective pictorials. The course aims to develop students’ ability to visualize and represent three-dimensional objects accurately, use drawing instruments effectively, and communicate technical ideas clearly through graphical representation.Engineering Drawing.

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This course introduces students to the fundamentals of geology and its relevance to civil engineering. It covers the earth’s surface features, geological processes, rock classification, mineral and soil properties, and groundwater. Emphasis is placed on understanding the structure of the earth’s crust, rock engineering properties, and geological factors affecting civil structures. Students will also learn the importance of geology in site investigation, design, and construction practices..

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This course introduces students to the fundamentals of engineering, its disciplines, and the role of engineers in society. Topics include the greatest engineering achievements of the 20th century, engineering fields and careers, job functions, academic success skills, teamwork, and problem-solving. The course also covers the engineering design process, concurrent engineering, and interdisciplinary aspects of engineering projects. It aims to help students understand engineering as a profession and develop a sense of responsibility and creativity in their future careers..

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This course develops students’ abilities to prepare and write technical reports and professional correspondence in a clear, concise, and organized manner. It covers the fundamentals of technical writing, including laboratory reports, project proposals, design descriptions, safety and risk analyses, and resumes. Students learn to structure engineering documents according to standard formats, analyze and evaluate engineering designs, and use precise technical language suitable for professional communication in engineering practice..

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This course provides students with a clear and comprehensive understanding of statistical methods and their applications in engineering. Topics include data presentation and analysis, measures of central tendency and dispersion, probability theory, discrete and continuous statistical distributions, sampling methods, hypothesis testing, correlation, and regression analysis. The course emphasizes applying statistical techniques to solve engineering problems and make data-driven decisions..

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This course provides students with the fundamental principles of engineering mechanics, covering both statics and dynamics. It includes the study of vector and scalar representation of forces and moments, static equilibrium of particles and rigid bodies, principles of work and energy, friction, laws of motion, and kinematics. The course develops students’ analytical skills in formulating and solving mechanical problems and understanding the relationship between forces and motion in engineering applications..

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This course introduces students to the fundamentals of surveying, including both theoretical and practical aspects of measuring and mapping natural and constructed features on the earth’s surface. Topics include surveying instruments, distance and angular measurement, coordinate computations, error analysis, leveling, area and volume calculations, and applications of surveying in engineering projects. The course also covers the use of modern equipment such as total stations and software tools like SURFER for contouring, mapping, and curve setting..

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This course introduces the fundamentals of mechanics of deformable materials and their applications in structural engineering. Topics include stress and strain concepts, Hooke’s law, failure and yield criteria, allowable stresses, factor of safety, axial loading, bending, shear force, torsion, and combined loadings. The course also covers stress and strain transformation using Mohr’s circle, and column buckling analysis. Emphasis is placed on understanding deformation, material behavior, and strength for safe structural design..

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This course introduces civil engineering students to the fundamentals of computer-aided drawing and drafting using Autodesk AutoCAD software. Students learn to create, edit, and manage engineering drawings for civil and environmental projects. Topics include drawing and editing commands, layers, dimensioning and annotations, blocks, templates, plotting, and an introduction to 3D modeling. The course aims to develop proficiency in AutoCAD, enabling students to convert real civil structures into accurate and detailed engineering drawings..

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This course introduces students to the principles of fluid mechanics, focusing on the properties and behavior of fluids at rest and in motion. Topics include continuity, energy, and momentum principles, Bernoulli’s equation, fluid statics and dynamics, pressure measurement, and flow in pipes. The course prepares students for advanced applications in hydraulics and hydrology within civil engineering, emphasizing practical understanding and analytical problem-solving skills..

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This course introduces students to the fundamentals of environmental engineering, focusing on sources and types of pollution, characteristics of water, and water quality analysis. Topics include water demand estimation, population forecasting, water distribution systems, water treatment processes, and treatment units such as aeration, sedimentation, coagulation, filtration, and disinfection. The course also covers environmental risk assessment, pollution control measures, and international water quality standards. It aims to develop students’ understanding of environmental protection principles and their ability to design and operate basic water treatment systems..

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This course provides an introduction to the analysis of structures, focusing on the stability and determinacy of beams, frames, trusses, cables, and arches. Topics include statically determinate and indeterminate structures, influence lines, elastic deflection curves, and deflection analysis using analytical and energy methods. The course also includes laboratory experiments on beam and truss deflections. It aims to equip students with analytical skills to evaluate structural behavior, compute internal forces, and apply theoretical knowledge to practical engineering problems..

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This course introduces students to the fundamentals of soil mechanics, including the formation and classification of soils, physical and mechanical properties, and their behavior under loading. Topics include soil composition, grain size analysis, Atterberg limits, soil classification systems, compaction theory, permeability, consolidation, shear strength, lateral earth pressure, and slope stability. Laboratory work covers sieve and hydrometer analysis, specific gravity, compaction, and permeability tests. The course aims to equip students with the knowledge and skills needed to analyze and interpret soil behavior for geotechnical engineering applications..

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This course introduces students to the components and properties of concrete, including cement production, water and admixtures, and their effects on concrete behavior. It covers the properties and testing of fresh and hardened concrete, mix design for normal concrete, and both destructive and non-destructive testing methods. The course emphasizes concrete durability and quality control. Students will gain hands-on experience in laboratory testing and develop the ability to analyze mix components and produce high-quality concrete for construction applications..

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This course trains students to apply their academic knowledge of civil engineering to a real-world project through the preliminary design phase. Students work in multidisciplinary teams under faculty supervision and, if possible, interact with real clients. The course involves developing and presenting a detailed design-build proposal that meets project requirements, professional standards, cost considerations, and sustainability goals. It emphasizes teamwork, communication, problem-solving, research, and the application of relevant engineering codes and design practices..

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This course provides students with a comprehensive understanding of engineering project management principles, including the project life cycle, planning, execution, monitoring, and control. It covers resource management, budgeting, procurement, quality control, environmental and safety management, and risk assessment. The course introduces key tools and techniques such as earned value analysis, PERT charts, and stakeholder management. It aims to enable students to analyze project cost and schedule data, evaluate project performance, understand contract types, and apply professional project management practices effectively..