The profession of a surveyor and remote sensing specialist has a wide range of application of knowledge and skills, plays an important role in the development of the modern world.
The main advantage of the profession is the opportunity to work on a variety of construction sites, from small individual houses to large infrastructure projects such as bridges, highways and airports.
Most master's students study on a budget basis. A large number of budget places is due to the demand for graduates.
A surveyor measures and determines the geographic coordinates of points on the ground, creates plans and maps, and controls the quality and accuracy of construction work. This allows construction projects to be accurate, reliable, and meet all requirements.
A remote sensing specialist has mastered modern technologies of satellite systems, manned and unmanned aerial photography, and can obtain and analyze information about the Earth and its surface. These technologies allow studying changes in climate, terrain, and forest conditions, determining different types of soil, finding mineral deposits, assessing crop conditions, monitoring plant growth, etc.
The «Geodesy and Remote Sensing» program is aimed at training high-level specialists who successfully implement design solutions using innovative approaches based on the constantly evolving capabilities of modern technologies in design and survey activities, capable of obtaining and analyzing Earth remote sensing data. The program provides for the development of methods for measuring and determining spatial coordinates and heights of points on the ground, creating maps and plans, and using aerospace information obtained by satellites and other means to analyze and study the Earth's surface.
The program includes the development of knowledge and the field of geodetic measurements and methods for processing them, skills in working with tools and devices for conducting geodetic work, as well as the study of software and hardware topographic and geodetic complexes, the study of geodetic development, the creation of maps and plans, including the use of geographic information systems (GIS), including the principles of creating digital terrain models and orthogonal sources of information.
An important part of the program is the study of remote sensing methods, the development of modern satellite and aviation systems used to collect spectral data. The program includes the study of methods for processing and analyzing spectral data, including the study of various applications of remote sensing, such as the study of climate, soil condition, vegetation, forests and other geological and environmental parameters.
The program includes the study of software and computer technologies used in geodesy and remote sensing, such as GIS, special programs for processing geodetic and spectral data, as well as three-dimensional modeling and visualization of spatial information. The training includes such software products as KREDO, nanoCAD, Photomod, Agisoft Photoscan, Panorama, etc.
The profile is a specialized area in the field of geoinformatics and digital economy. The profile focuses on the application of geospatial technologies and platforms to solve problems of the digital economy and geospatial data management.
The profile is aimed at acquiring knowledge of modern methods and technologies of geographic information systems (GIS), global navigation satellite system (GNSS), remote sensing and other geospatial tools, their operating principles and application in the digital economy.
The key objective of the profile is to train qualified specialists capable of using geospatial data and technologies in various sectors of the digital economy, including studying methods of using GIS to manage transport systems, tourism, urban development, agriculture and other industries, methods of integrating geospatial data with other types of data to create complex information systems.
One of the important aspects of training is the development of skills in working with geospatial platforms and software, studying the principles of working with platforms and services that provide access to geospatial data, such as mapping services, spatial data analysis services and data visualization services. This includes studying methods for developing applications based on geospatial technologies using various software interfaces and programming languages.
Duration of full-time study - 2 years
The profile is aimed at training specialists capable of performing production tasks on the creation, management, maintenance and development of the state coordinate base, tasks on providing engineering and engineering-geological surveys, tasks on the development of networks of differential GNSS stations for conducting geodetic and topographic works during engineering surveys, construction and operation of buildings and structures, land surveying, cadastres and other special works, as well as tasks related to the needs of the country's defense.
The profile includes conducting scientific research in the field of coordinate-time, navigation support of territories and other fundamental scientific, economic and technical tasks.
Duration of full-time study - 2 years
Duration of study by correspondence - 2 years 6 months
The educational program provides for educational and industrial practices, including the acquisition of skills in working with modern geodetic equipment, unmanned aerial vehicles and software products for data processing. Educational practice takes place both on the territory of SSUGT and in specialized organizations.
In order to obtain practical skills in mastering the acquired competencies, industrial practice is provided. The collected industrial material and the experience gained will allow you to prepare a final qualifying work, and also contribute to the further employment of graduates.
Professionals in the fields of geodesy and remote sensing take an active part in the development and improvement of the modern world. Such specialists are in high demand in oil and gas producing and mining companies, at the largest construction sites both in Russia and abroad.
After completing their studies, graduates can work in various fields, including construction, engineering and surveying companies, government agencies, scientific and research institutes, as well as in the field of the environment and resources, agriculture and geology.
In particular, graduates can successfully apply the acquired knowledge and skills in various areas of the digital economy: in companies engaged in the development and implementation of geospatial solutions, in government agencies involved in infrastructure and territorial management, as well as in research institutions.
SSUGT closely cooperates with the largest companies in Russia, such as: PJSC «Surgutneftegaz», PJSC AK «ALROSA», PJSC «NK «ROSNEFT», JSC «Vankorneft», PJSC «Gazprom Neft», PPK «Roskadastr», etc.
Including among the main employers are OJSC «Stroyizyskaniya», OJSC «ArktikGaz», OOO «Neftegazstroy», ZAO «Sibgiproles», JSC «PO Inzhgeodeziya», JSC «SNIIGGIMS», OOO «Novosibirsk Engineering Center».