Course details

This course covers the fundamental skills required for effective computer use, including understanding the main components and their functions, utilizing core applications such as Word, PowerPoint, and Excel, as well as concepts of networks, e-services, and information security. The course also introduces e-learning and computer ethics..

Course details

The course aims to teach students the fundamental skills of computer-aided drawing using AutoCAD. Students will learn the interface, drawing and editing commands, layers management, dimensions, text, blocks, templates, and plotting techniques. The course also includes practical exercises on civil engineering drawings and an introduction to 3D modeling..

Course details

This course provides the basic principles of Engineering Mechanics essential for all engineering students. It mainly covers the two parts of mechanics: statics and dynamics, focusing on planar systems. Topics include vector and scalar representation of forces and moments, equilibrium of particles and rigid bodies, friction effects, laws of motion, kinematics, and dynamic equilibrium equations..

Course details

This is the first of two general English courses for Science & Engineering students. It aims to develop learners’ four language skills (listening, speaking, reading, and writing) following the CEFR A1 level. The course helps learners use vocabulary and common expressions in everyday situations, communicate in simple, routine contexts, and describe their surroundings in correct and simple English..

Course details

This course explores the integration of automation technologies in the mining industry, focusing on how advanced systems enhance efficiency, safety, and sustainability in mining operations. Topics include robotics, autonomous vehicles, remote monitoring systems, and data-driven decision-making tools. Students will gain knowledge of AI, machine learning, sensors, and digital twins to optimize mining processes, improve safety, reduce costs, and increase operational efficiency..

Course details

This course introduces the basic principles, concepts, and practices of mining engineering. It provides an overview of the mining industry, including exploration, extraction, processing, and reclamation of mineral resources. Students gain foundational knowledge of surface and underground mining methods, mining equipment, safety practices, and environmental considerations, preparing them for advanced study in mining operations..

Course details

This course introduces students to the fundamentals of surveying and its applications in mining projects. It covers theoretical principles, distance and angular measurement techniques, coordinate calculations, leveling, and topographic mapping using modern surveying instruments such as total stations and theodolites. The course also includes computations of area and volume, circular curves, and practical surveying applications relevant to mining engineering..

Course details

This course provides mining engineering students with a foundational understanding of geology. Topics include the Earth system, plate tectonics, minerals, types of rocks, geological structures, and geological time. Students learn to identify minerals and rocks, interpret geological maps, and analyze earth processes such as weathering, erosion, and earthquakes. Laboratory and fieldwork components reinforce theoretical knowledge through practical geological observation and analysis..

Course details

This is the second general English course for Science & Engineering students. It develops learners’ four language skills (listening, speaking, reading, and writing) starting from the A2 level of the CEFR. The course focuses on expanding vocabulary and expressions used in everyday contexts, enhancing the ability to communicate in routine tasks, and describing surroundings in simple and correct English. It also promotes learner autonomy, teamwork, and intercultural understanding..

Course details

This course introduces the fundamental principles and applications of Artificial Intelligence (AI) in engineering, with a focus on mining. Topics include machine learning, neural networks, optimization, and their use in solving real-world engineering challenges such as resource exploration, process optimization, predictive maintenance, and safety management. The course also addresses ethical, environmental, and regulatory aspects of AI applications in engineering..

Course details

This course covers the study of soil and rock properties, testing methods, and analysis to determine their physical and mechanical behavior. Topics include moisture content, Atterberg limits, specific gravity, sieve and hydrometer analysis, compaction, field density, and permeability tests. It also includes chemical and mechanical tests such as sulfate and chloride content, pH, organic matter, direct shear, unconfined compression, consolidation, and triaxial tests. The course provides practical skills in interpreting laboratory results relevant to geotechnical and mining engineering applications..

Course details

This course presents a systems approach to the principles, design, and application of major surface and underground mining methods, along with related equipment, services, and infrastructure. It covers geological factors affecting mining methods, exploration and exploitation stages, mine slope stability, drilling and blasting, loading and haulage operations, and different underground mining methods. The course emphasizes productivity, safety, efficiency, risk management, and sustainability in mining operations..

Course details

This course covers the principles and applications of mine ventilation systems, emphasizing their critical role in ensuring safety and productivity in underground mines. Topics include airflow dynamics, ventilation network design, pollutant control, and gas behavior in confined spaces. Practical sessions involve laboratory exercises on airflow measurement and computer simulations using tools such as Ventsim and ANSYS. The course also promotes professional ethics and safety responsibility in mining practices..

Course details

This course is designed for Science and Engineering students to develop their English language skills in professional and technical contexts. It focuses on the four core skills — listening, speaking, reading, and writing — using contextualized materials relevant to their field. Students learn technical vocabulary, language structure, and communication strategies needed for real-world professional settings. The course begins at the B1 level of the CEFR and aims to reach the end of the same level by completion..

Course details

This course provides an in-depth understanding of drilling and blasting techniques and their practical applications in mining and construction. It covers rock mechanics, drilling equipment, explosives and initiation systems, blast design, and environmental and safety considerations. The course includes fieldwork and hands-on training, enabling students to design efficient and safe blasting operations and understand environmental and regulatory aspects of drilling and blasting practices..

Course details

This course provides comprehensive training in the methodologies and technologies used to locate, evaluate, and develop mineral resources. It integrates theoretical knowledge with practical fieldwork, covering geological foundations, exploration methodologies, data analysis, resource modeling, sustainability, and project management. The course aims to prepare students for professional roles in the mineral exploration industry by equipping them with technical expertise and critical thinking skills for sustainable and economically viable exploration practices..