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Mission – Vision - Aims

Vision

The Department of Geomatics Engineering Technologies aspires to achieve leadership in the fields of Geographic Information Technology and Geomatics. We strive to become a distinguished educational and research center that actively contributes to advancing knowledge and providing innovative solutions to global challenges.

Vision Components

  1. Academic Excellence: Foster a learning environment that encourages students to achieve academic excellence in Geomatics Engineering Technologies.
  2. Research and Innovation: Promote and support pioneering research and innovation in aerial photogrammetry, Geographic Information Systems (GIS), and remote sensing to advance knowledge and technological development.
  3. Community Engagement: Strengthen collaboration between the department, the local community, and related industries by providing consultancy services and technical solutions to address societal challenges.
  4. Sustainable Technologies: Focus on developing and adopting sustainable geomatics technologies that contribute to environmental protection and sustainable development.

Mission

The Department of Geomatics Engineering Technologies is committed to achieving excellence in geospatial data analysis and its applications while preparing highly qualified professionals capable of meeting the demands of the global labor market in the field of Geomatics Engineering. We seek to promote innovation and scientific research in order to develop effective solutions to contemporary geospatial challenges and support sustainable development.

Mission Components

  1. Skills and Knowledge Development: Provide advanced academic programs that enable students to understand and apply the concepts of Geomatics Engineering Technologies while developing the skills required to address modern challenges.
  2. Scientific Research: Promote a culture of research and development among faculty members and students, contributing to advancements in Geographic Information Systems (GIS), aerial image analysis, and remote sensing.
  3. Community Service: Contribute to solving geospatial challenges within the community and provide technical consultancy services to governmental institutions and non-profit organizations.
  4. Sustainable Development: Integrate the principles of sustainable development into educational programs and research activities to create a positive impact on society and the environment.
  5. Innovation Promotion: Encourage students and faculty members to apply technology and innovation in the design and implementation of Geomatics Engineering Technology projects.

Department Objectives

The objectives of the Department of Geomatics Engineering Technologies are summarized as follows:

  1. Providing High-Quality Education: Deliver high-quality academic programs covering a broad range of Geomatics Engineering Technologies concepts while equipping students with the skills needed to keep pace with technological advancements.
  2. Enhancing Research and Development: Promote research in Geographic Information Systems (GIS), aerial image analysis, and remote sensing to develop innovative technologies and methodologies.
  3. Strengthening Practical Education: Provide students with opportunities to apply theoretical knowledge through practical projects and hands-on training that enhance the learning experience.
  4. Developing Professional Skills: Establish strong partnerships with industry to ensure academic programs meet labor market needs while creating internship and employment opportunities for students.
  5. Contributing to Community Service: Offer technical consultancy to governmental institutions and non-profit organizations and participate in solving local and regional geospatial challenges.
  6. Promoting Innovation and Entrepreneurship: Encourage innovation and foster an entrepreneurial culture among faculty members and students to develop new technologies and innovative projects.
  7. Advancing Geographic Information Technology: Achieve excellence in teaching and applying Geographic Information Technology to understand and address contemporary geospatial challenges.
  8. Environmental Sustainability: Integrate sustainable development principles into research and academic programs to promote environmental responsibility and sustainable practices.

Graduate Profile

Graduates of the Department of Geomatics Engineering Technologies possess multidisciplinary expertise that integrates engineering, surveying, and Geographic Information Systems (GIS). Their professional responsibilities can be summarized as follows:

  • Spatial Data Collection and Management: Conduct terrestrial and geospatial surveys using technologies such as GPS, Total Stations, and LiDAR systems.
  • Geospatial Data Analysis: Utilize Geographic Information Systems (GIS) software to process, analyze, and transform spatial data into accurate maps and analytical outputs.
  • Cartography and Spatial Visualization: Design high-quality digital and printed maps to support engineering projects, urban planning, and natural resource management.
  • Remote Sensing Applications: Analyze satellite imagery and Unmanned Aerial Vehicles (UAVs/Drones) data to extract topographic and environmental information.
  • Engineering and Planning Support: Contribute to infrastructure development, land administration, cadastral surveying, and monitoring environmental and urban changes.

 

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