Course details

This course introduces students to the fundamentals of computer systems, including hardware and software components, and develops essential skills for using computers and related technologies safely, ethically, and effectively. Practical training includes using the Windows operating system, Microsoft Office applications (Word, Excel, PowerPoint), email, and search engines, with an emphasis on information security and data protection..

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This course introduces the basics of engineering drawing through freehand sketching and mechanical drawing. It covers fundamental principles of orthographic projection, dimensioning, sectional views, isometric and perspective drawings. Students learn to use drawing instruments accurately and develop visualization skills to represent 3D objects effectively for technical communication..

Course details

This course provides students with the fundamental principles of engineering mechanics through the study of statics and dynamics in planar systems. Topics include vector and scalar representation of forces and moments, equilibrium of particles and rigid bodies in two and three dimensions, the principle of work and energy, effects of friction on equilibrium, and the laws of motion and kinematics. Students develop analytical and problem-solving skills to model and solve mechanical engineering problems..

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This course introduces the fundamentals of the mechanics of deformable materials. Topics include stress and strain, Hooke’s law, failure and yield criteria, allowable stresses, factor of safety, axial and bending stresses, shear stresses under shear force and torsion, shear force and bending moment diagrams, stress and strain transformation using Mohr’s circle, and buckling of columns. The course emphasizes analytical and problem-solving skills for analyzing and designing structural members under various load conditions..

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This course introduces the fundamentals of engineering geology, including earth surface features, physical properties of earth materials, plate tectonics, major geological processes, and structural geology. It covers the classification and types of rocks, mineralogical and physical properties, soil formation, clay minerals, and groundwater. Emphasis is placed on understanding geological structures and their importance in civil engineering applications..

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This course introduces the fundamentals of surveying and mapping, focusing on the measurement and representation of features on the earth’s surface. Topics include basic surveying principles, distance and angle measurement techniques, coordinate calculations, traversing, leveling, and contour mapping. Practical applications cover the use of modern instruments such as total stations and automatic levels in engineering projects, as well as computation of areas and volumes using SURFER and CAD software..

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This course introduces the fundamental principles of highway engineering, including highway system development, functional classification, travel characteristics (driver, vehicle, and traffic), and economic analysis. It also covers environmental impacts, geometric design elements (sight distances, horizontal and vertical alignments, cross-sections, intersections), and highway surveys and plans. Additionally, it addresses pavement materials, structural design, evaluation, and maintenance with emphasis on safety, environmental, and economic considerations..

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This course aims to enhance students’ English language proficiency by developing the four key skills—listening, speaking, reading, and writing. It builds on the Beginning A2 level and leads students to achieve the End of A2 level of the CEFR (Common European Framework of Reference). The course emphasizes improving fluency, using common vocabulary and expressions in daily contexts, and developing the ability to communicate in simple and routine tasks requiring direct information exchange, while fostering confidence in academic and professional English use..

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This course introduces students to the physical, hydraulic, and mechanical properties of soils and their classification based on engineering behavior through laboratory testing. Topics include soil formation, classification systems, index properties, weight–volume relationships, permeability, compaction, stresses within soil, consolidation, shear strength, and lateral earth pressure. The course emphasizes experimental methods to determine soil behavior and the application of geotechnical principles in engineering practice..

Course details

This course introduces the fundamental concepts and practical applications of Geographic Information Systems (GIS) in surveying. It covers GIS components including hardware, software, data structures, spatial reference systems, and projection methods. Students learn data acquisition, management, analysis, and visualization techniques for spatial data, as well as database design and map generation. Emphasis is placed on hands-on exercises and GIS applications in resource management, urban planning, and engineering projects..

Course details

This course aims to equip students with the basic knowledge and skills required to prepare engineering and surveying drawings using computer-aided design and drafting (CADD) software, particularly AutoCAD. Students learn how to create, modify, and manage drawings, apply dimensions, layers, and annotations, create and use blocks and templates, and prepare layouts for plotting. The course includes practical exercises on producing real-world survey engineering drawings using AutoCAD tools..

Course details

This course aims to develop students’ English language proficiency for professional and academic purposes in the fields of science and engineering. It focuses on enhancing the four language skills—listening, speaking, reading, and writing—while emphasizing technical vocabulary and expressions used in scientific and engineering contexts. The course enables students to communicate effectively, convey information accurately, and use appropriate terminology in professional settings. It starts at the B1 level of the CEFR and aims to reach the end of this level by the end of the course..

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This course introduces computer applications in surveying, focusing on computational programming and data processing using software such as MATLAB and AutoCAD. Topics include 2D and 3D coordinate transformations, projective transformations, propagation of random errors, feature extraction using software, normalization of images, space resection with collinearity equations, and derivation of survey information from terrestrial stereo photos. The course emphasizes practical applications of computer programs in surveying and photogrammetry for engineering problem-solving..

Course details

This course covers the fundamental principles of pavement construction and maintenance, focusing on materials, construction techniques, and quality control in highway engineering. Topics include pavement materials (aggregates, asphalt, cement), subgrade and base layers, asphalt and concrete paving operations, design and mix procedures, quality assurance, and specifications. The course also explores pavement performance evaluation, distress identification, maintenance and rehabilitation methods, and recycling techniques. Practical and laboratory work reinforce theoretical concepts through real engineering applications..

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The Graduation Project serves as a capstone experience where students integrate and apply the knowledge, skills, and methodologies acquired throughout their academic program to address real-world engineering problems or conduct original research. It includes project proposal development, literature review, project planning, data collection and analysis, implementation, documentation, and final presentation and defense. The course emphasizes teamwork, communication, problem-solving, and adherence to professional and ethical standards within an engineering context..

Course details

The Field Training course aims to provide students with practical and field experience that enables them to apply the theoretical knowledge and skills acquired during their academic studies in a real work environment. It involves performing engineering tasks related to surveying and road engineering under direct academic and professional supervision, enhancing students’ abilities in problem-solving and engineering decision-making. The course also develops teamwork, communication, professional responsibility, and adherence to safety standards in various workplace settings..