Geoinformatics and Remote Sensing Master

Program Overview

The Geoinformatics and Remote Sensing Master's program at LBTU equips students with advanced knowledge and skills in analyzing and utilizing geospatial data. The program offers a comprehensive curriculum covering fundamental concepts, 3D modeling, and specialized tracks in agriculture and forestry, spatial land administration, or crisis management spatial organization. Graduates are prepared for careers in research, industry, or government agencies, where they can apply their expertise in geoinformatics and remote sensing technologies.

Program Outline

Degree Overview:

• The Geoinformatics and Remote Sensing Master's program at LBTU equips students with advanced knowledge and skills in analyzing and utilizing geospatial data.
• The program aims to produce highly qualified engineers capable of conducting scientific research and solving practical problems in various fields, including agriculture, forestry, land spatial administration, and crisis management spatial organization.
• Graduates will gain a comprehensive understanding of geoinformatics and remote sensing technologies, enabling them to work independently or collaboratively in research, industry, or government agencies.

Outline:

• Semester 1: Covers fundamental concepts and techniques in geoinformatics, including geodetic reference systems, geology and soil information, information technologies, remote sensing and photogrammetry, and geographic information system (GIS) technologies.
• Semester 2: Focuses on 3D modeling, scientific work development, transport infrastructure and logistics, hydrological modeling, geoinformation data acquisition and maintenance, and geodata management and protection.
• Semester 3: Allows students to choose one of three specializations:
• Geoinformation Provision of Agriculture and Forestry:
Explores cropping systems, animal production systems, and harmful organisms of crops and their monitoring.
• Spatial Land Administration: Covers sustainable land management, geodata in real estate cadastre, geoinformation for sustainable construction, spatial development planning, and land information systems.
• Spatial Organization of Crisis Management: Delves into crisis management, application of geoinformation in forecasting the origin of crises, geoinformation possibilities for crisis management measures, geoinformation products and activities during crisis management, and activities of geoinformation specialists and structures during crisis management.
• Semester 4: Culminates with the completion of a Master's Thesis, where students conduct independent research and demonstrate their knowledge and skills in the chosen specialization.

Assessment:

• Student performance is evaluated on a 10-point scale in each course.
• Assessment methods include individual tasks, group work, essays, discussions, short reports, reviews, data collection and analysis, presentations, and a final examination or formal test.
• The Master's thesis undergoes a comprehensive evaluation to assess integrated knowledge, skills, and competence.

Teaching:

• The program utilizes a combination of theoretical lectures, practical exercises, and hands-on project work.
• Faculty members are experienced professionals in geoinformatics and remote sensing, ensuring up-to-date knowledge and industry best practices.
• The program fosters an interdisciplinary approach, encouraging collaboration and knowledge sharing among students from diverse backgrounds.

Careers:

• Graduates of the Geoinformatics and Remote Sensing Master's program are well-prepared for careers in:
• Higher education and scientific institutions
• State administrative institutions
• Companies and institutions involved in geoinformatics and remote sensing
• Graduates can pursue roles such as:
• Geoinformatics engineers
• Remote sensing specialists
• Land surveyors
• Crisis management spatial organizers
• Researchers

Tuition fee per year: 3000 Eur