Study Plan
Course details
This course focuses on improving English language skills in administrative and humanities fields, with emphasis on speaking, reading, writing, and listening.
This course aims to enhance Arabic language skills through reading, writing, and speaking, in addition to developing vocabulary, grammar, and syntax.
This course provides a comprehensive introduction to Islamic culture, focusing on fundamental Islamic principles and the history of Islamic civilization.
This course focuses on the essential skills for using computers and their applications in various fields, such as word processing and internet usage.
This course explores the concepts of family and community in Islam, emphasizing Islamic principles in building a strong family and a cohesive society.
This course focuses on developing critical and analytical thinking skills, as well as how to approach different problems and offer appropriate solutions.
This course focuses on enhancing verbal and written communication skills, with an emphasis on effective communication in professional and personal contexts.
This course covers the basic principles of geodesy and Global Positioning Systems (GPS), and how these systems are used in various applications such as mapping and navigation.
This course introduces students to the science of cartography and map-making techniques, focusing on methods of representing geographic data.
This course covers the fundamentals of geography, such as the study of regions, climate, topography, and the interactions between humans and the environment.
This course aims to improve students' English proficiency in administrative and humanities fields, enhancing their ability to speak and write in both formal and informal contexts.
This course focuses on the basic principles of Geographic Information Science (GIS), including key concepts and practical applications in the field.
This course discusses the role of creativity in achieving civilizational change and the role of innovation in enhancing societies and achieving sustainable development.
This course studies the geography of Saudi Arabia, including its climate, topography, natural resources, and population distribution.
This course covers the study of climatology, focusing on the factors that influence weather and climate in different regions.
This course focuses on the principles and techniques of Geographic Information Systems (GIS), and how they are used to analyze and display geographic data.
This course studies population distribution and patterns, focusing on social and economic factors affecting population distribution around the world.
This course focuses on the principles and techniques of geodetic surveying in geography, including the use of modern tools for measuring distances and angles.
This course covers economic geography, including the distribution of natural resources, economic activities, and their relationship with the environment and different communities.
This course focuses on improving English language skills in specific fields such as literature, arts, and other humanities studies.
This course covers urban geography, including urban growth, population distribution, and urban problems such as congestion, pollution, and transportation.
This course focuses on the use of aerial photography techniques in geography, including the applications of aerial imaging in map creation and terrain analysis.
This course encourages students to engage in volunteer activities that enhance their personal and professional skills while contributing to community service.
This course focuses on modern remote sensing technologies and the use of satellites in collecting and analyzing geographic data.
This course introduces quantitative geography and the use of mathematical and statistical tools in analyzing geographic data.
This course introduces students to entrepreneurship concepts, how to establish business ventures, and the challenges faced by startups.
This course covers the study of landforms and erosion processes, focusing on the natural and environmental factors affecting the formation of the Earth's surface.
This course introduces students to the basics of geographic databases and how to use them in Geographic Information Systems (GIS).
This course explores quantitative methods in geography, such as using mathematical and statistical models to analyze geographic data.
This course focuses on the design and planning of Geographic Information Systems (GIS), with an emphasis on data structure and tools used in building GIS systems.
This course covers the methods of analyzing and designing Geographic Information Systems (GIS), with a focus on using software tools in spatial analysis.
This course focuses on the application of Geographic Information Systems (GIS) in organizations, and how geographic data is used to support strategic and managerial decisions.
This course covers the basics of geospatial computing, including analyzing geographic data using high-performance computing and advanced software.
This course focuses on the fundamental principles of spatial analysis and how to apply them in Geographic Information Systems (GIS), such as analyzing patterns and geographic distributions.
This course focuses on designing geographic databases and how to use spatial data in Geographic Information Systems (GIS).
This course studies the geographic distribution of living organisms, including environmental and biological factors that affect the distribution of species.
This course covers the principles of map design and production using modern technology, focusing on accurately and effectively representing geographic data.
This course focuses on spatial analysis techniques in Geographic Information Systems (GIS), including analyzing spatial data using analytical tools.
This course covers the applications of Geographic Information Systems (GIS) in disaster management, including identifying disaster locations, analyzing impacts, and guiding responses.
This course teaches advanced geospatial computing techniques, such as using specialized software for analyzing and processing geographic data.
This course focuses on the methodological foundations of scientific research in GIS, with an emphasis on applied research and geographic data analysis.
This course covers how to develop geospatial websites and use modern technologies to present spatial data online.
This course covers the applications of geographic analysis in transportation systems, focusing on identifying geographic patterns of transport and analyzing movement flows.
This course focuses on studying spatial networks, such as transportation networks, and how to determine locations and analyze relationships between points in a geographic network.
This course covers how to use geospatial web maps to present geographic data online, and how to build interactive mapping applications.
This course covers mobile applications in the geospatial field, such as navigation and remote sensing applications.
This course aims to teach how to apply computing in spatial analysis using modern software and spatial analysis techniques.
This course focuses on the fundamentals of regional planning, including determining optimal land uses, managing natural resources, and regional development.
This course covers how to manage GIS projects by planning and directing activities related to the collection and analysis of geographic data.
This course requires students to complete a graduation project that reflects their skills in the geographic field, including research and practical application.
This course provides students with the opportunity to engage in cooperative training within institutions or companies related to geographical disciplines.
