Inovation Solution in Geomatic
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DepartmentFaculty of Environmental Engineering
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Program code6211EX078
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Field of studyEngineering
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QualificationMaster of Engineering Sciences
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Duration1.5
About
This Master’s programme prepares specialists in measurement engineering and geomatics with advanced knowledge and practical skills. Students learn to understand and integrate concepts from different areas of geomatics, identify challenges, and apply effective solutions.
The programme focuses on optimizing data collection and modelling processes, developing innovative approaches for complex industrial tasks, and strengthening research and analytical competencies. Graduates are equipped to adapt to evolving technologies, lead projects, and contribute to scientific and professional advancements.
Upon completion, graduates are well-prepared for careers in public and private sectors, research institutions, and international projects. They also have the opportunity to continue their academic journey through doctoral studies at VILNIUS TECH or other universities worldwide.
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What will I be able to do?
Students will gain:
• Advanced knowledge of modern remote sensing methods, geodetic networks, GIS technologies, and the latest developments in geomatics engineering.
• Research and analytical skills to investigate geodynamic processes, model buildings and terrain, and apply innovative methodologies in scientific and practical contexts.
• Engineering competencies in computational modelling, geoinformation system development, and 3D spatial data management.
• Leadership and collaboration abilities for working in multidisciplinary teams and communicating effectively at national and international levels. -
What are my career opportunities?
Graduates can pursue careers in:
• Public and private sector organizations specializing in geodesy, cartography, remote sensing, and GIS.
• Infrastructure and construction companies requiring expertise in spatial data modelling and geoinformation systems.
• Research institutions and academia, including opportunities for doctoral studies at VILNIUS TECH or other universities worldwide.
• International projects related to smart cities, environmental monitoring, and innovative engineering solutions.
Study subjects
1 Semester
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APGDM17040 6 credits
Geodetic Laser Scaning Technologies (with course project)
Module aim
Knowledge about laser scanning technologies, their constructions and application in geodetic measurements. Ability to perform measurements, process data and evaluate results accuracy.
Module description
Laser scanning technologies, their working principles and applications in geodetic surveying are analysed. Performing of measurements, data processing with various software tools and variuos deliverables created.
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APGDM25008 6 credits
Geoinformation Systems Technology
Module aim
Prepare specialists of measurement engineering who obtained latest knowledge related to the technologies of the geoinformation systems, being able to understand, analyse and rise the problematic questions on the technologies of the geoinformation systems, with involving to their solutions the methods of the information technologies, creation and development of the geodetic control.
Module description
The module is intended to deepen knowledge about geoinformation systems technologies. The theoretical part presents the variety of technologies of geoinformation systems, explains the essence of the real world and data models of geoinformation systems. Great attention is paid to the topology of geoinformation systems data and the application of graph theory to structure geometric data. In the practical part, laboratory works are performed to understand various aspects of geoinformation systems technologies.
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APGDM17032 6 credits
Global Positioning Systems
Module aim
The aim is to introduce students with in-depth global positioning system variety of applications in user segment and system prospective development, explain the theoretical correlations about the Earth artificial satellites orbits, signal readability and factors who affecting it.
Module description
Global positioning systems are dynamic in space and time; they provide positioning services for the range of areas and sectors in the user segment. The course “Global Positioning System” presents the coordinates and time systems, satellites, the orbit, a constellation of satellites and the perception of signals from Earth’s atmospheric effects, multi-phased generators, mathematical models and Doppler effect. Global Positioning practice covered methods of measuring the performance of analytic processing of mathematical models and analysis of the results.
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APGDM17041 6 credits
Remote Sensing Methods
Module aim
Teach students to analyze and process satellite images and apply remote sensing methods in various fields.
Module description
Spatial data is obtained on the basis of remote sensing without physically touching the objects. Students are introduced to remote research equipment: satellite systems, sensors for various purposes, platforms that integrate sensors, data types and their processing methods. The use of data in various fields is discussed.
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APGDM25005 6 credits
Python Programming for geomatics 1
Module aim
To teach students the basics of Python programming, which they will be able to apply to solve geomatics problems.
Module description
Students are given an introduction to Python programming, which covers IDE configuration, basic syntax: local and global variables, data types, loops and control flow, functions, lists, dictionaries. Moves to object-oriented programming: objects and classes. Learns basic Python program development: debugging code, using libraries (via PyPi, pip, IDE), workflow.
2 Semester
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APGDM17021 6 credits
Spatial Information Infrastructures
Module aim
To provide students with knowledge in the development of spatial information infrastructures, to apply it to the creation and development of the geodetic base.
Module description
The module is intended to introduce the basic technologies of spatial information infrastructure development. It discusses the relevance and practical significance of spatial information infrastructure, data sources and their users. In the theoretical part, much attention is paid to the hardware and software used to develop the spatial information infrastructure. In the practical part, the main focus is on creating a spatial information infrastructure using Mapserver software. To deepen the knowledge, students are introduced to the elements of Web programming using procedures written in HTML.
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APGDM25001 6 credits
Scientific Researches and Innovations
Module aim
The aim of this module is to give understanding of the research and planning organization and innovation fundaments. To consider the topic of the final work, to examine literary sources.
Module description
To introduce the research development, diversity, education levels, knowledge, scientific classification, scientific research work in organizing, planning, error analysis, innovation politic. Assist in capacity to apply theoretical knowledge in practice, the preparation work on a masters or doctorate degree. Introducing the preparation of publications, funding opportunities for innovation and intellectual property protection and management.
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APGDM25006 6 credits
Python Programming for geomatics 2
Module aim
To provide students with practical experience and practical skills in using various geomatics programs with Python plugins.
Module description
These modules are designed to provide hands-on experience and practical skills in using Python for various geomatics applications: GIS Programming: Using Python with GIS software like ArcGIS or QGIS, Developing custom GIS tools and scripts, Automating GIS tasks and analyses; Remote Sensing Applications: Processing and analyzing remote sensing data, Using libraries like rasterio and GDAL, Integrating remote sensing data with GIS; Project Work: Practical exercises and projects to apply learned concepts, Real-world problem-solving in geomatics.
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APGDM17042 6 credits
Building Information Modeling
Module aim
Give to student theory and practices knowledge about digital modelling of building facade and inside; Provide the practices to make building modelling.
Module description
Students are introduced to modern methods, tools and modeling basics of external and internal measurement of buildings. Digital models of the exterior and interior of buildings are formed using measurement data, and their analysis is carried out. The presented software packages are designed for static modeling.
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APGDM25007 6 credits
Digital Terrain Models
Module aim
To provide students with an understanding of digital terrain modeling principles, types of terrain models and their application possibilities.
Module description
After completing the course, the student will be able to create an optimal digital model of a fragment of the Earth’s surface taking into account the engineering goals, check the quality of the data, and be able to present the created model and accuracy results visually.
3 Semester
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APGDM25002 30 credits
Master Graduation Thesis
Module aim
Start the tasks of the final master’s thesis and carry out the planned research.
Module description
Scientific research work in the field of geodesy and cartography. Based on the analysis of the literature, the goal of the master’s thesis, tasks, planned methods of practical measurements; geographic information systems and research have been clarified.