Full-Time Programmes
Bachelor`s Degree
⇓ Geodesy and Remote Sensing
Period of study:
4 years
Mode:
Full-time
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Focus Areas: • Geodesy
• Space Geodesy and Navigation
• Aerial surveying and photogrammetry • Survey of Natural Resources By Remote Sensing Methods |
Learning Outcomes
use land-, aerial-, and satellite-based measurement methods and information technologies, e.g. through remote sensing
create topographic plans and maps based on survey results
measure objects on the Earth's surface down to the millimeter range and create 3D models
develop solutions for positioning and navigation of objects on Earth, in water, and in the air
learn methods that you can use to determine the Earth's gravitational field
Career Paths:
A geodetic engineer career path can be rewarding and challenging. The majority of geodesists work in land and planning services as surveyors. They work with and for architecture services, taking measurements to ensure that buildings or urban plans are constructed on structurally sound surface, in the right places and that the measurements are aligned.
Geodetic engineers may advance to supervisory or managerial positions. With experience, they may become project managers, working on several projects at one time. Some geodetic engineers move into executive positions in engineering, surveying, mapping, or land management firms. Some become independent consultants.
Entry Requirements:
Compulsory :
Russian
Mathematics
Optional :
Computer Science
Physics
Geography
⇓ Applied Geodesy
Period of study:
5 years
Mode:
Full-time
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Focus Areas:
• Engineering Geodesy
• Engineering and Geodetic Provision of Construction and Exploitation of Oil, Gas, and Energy Facilities
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Learning Outcomes
carry out topographic and geodetic surveying at different scales
gather and apply spatial data using close range methods, aerial and satellite survey.
monitor the external environment using topographic, geodesic and cartographic materials, remote sensing and GIS-technologies
carry out studies in the field of photogrammetric bridging
Career Paths:
Thanks to the broad and diverse skills you acquire in the courses you will be able to master challenges in private industry, in research and development as well as in public service. Our graduates work in organizations and services of different departmental subordination that are engaged in geodesy, engineering surveying, geodetic support, cadastre of real estate and land management. They also carry out special geodetic measurements during exploitation of surface and subsurface of the Earth, create original inventory, and cadastral maps at private topographic-geodesic enterprises.
Entry Requirements:
Compulsory :
Russian
Mathematics
Optional :
Computer Science
Physics
⇓ Cartography and Geoinformatics
Period of study:
4 years
Mode:
Full-time
RUS |
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Focus Areas:
• Mathematical Cartography
• Topographic and Ecological Mapping
• Digital Mapping • Computer and Geoinformation Technologies in Map Production and Research |
Learning Outcomes
Graduates of the programme are able to:
create maps based on mathematical models
create spatial data bases and banks
perform satellite positioning and decode aerospace imagery
model the Earth surface or separate territories by means of computer graphics and design
Career Paths:
Cartographers typically work for the government at a local, state and federal level. They may also work for science, management or technical consulting services, as well as architectural or engineering services. Other employers include commercial map publishers, local authorities, private consultancies, and utilities companies.
Besides cartographers, there are several other careers that work closely with geographical data. One related career is a geospatial analyst, who examines geographical records to track the development of historic landscapes and help plan for the future. Another similar job is a GIS specialist, who designs databases and systems for storing geographical data.
Entry Requirements:
Compulsory :
Russian
Mathematics
Optional :
Geography
Computer Science
⇓ Information Systems and Technologies
Period of study:
4 years
Mode:
Full-time
RUS |
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Learning Outcomes
Graduates of the programme are able to:
collect
and process big data
build
artificial intelligence systems
develop
system software products, database management systems, operating systems
create
web servers, internet sites
Career Paths:
Graduates of this program are prepared for project work in the design and development of information systems for a variety of purposes. A Bachelor's degree holder can work as a WEB administrator, database developer, specialist in digital video, computer graphics and animation, as well as a system analyst and programmer.
Entry Requirements:
Compulsory :
Russian
Mathematics
Optional :
Physics
Computer Science
⇓ Applied Computer Science
Period of study:
4 years
Mode:
Full-time
RUS |
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Learning Outcomes
Graduates of the programme are able to:
conduct
system analysis
apply
coding and object-oriented programming in practice
develop
projects to automate and informatize applied processes and create information
systems in applied areas
model
and improve applied and information processes
Career Paths:
Graduates of the program can pursue careers in a variety of fields: artificial intelligence and system programming, software development and computer games, data analysis, computer linguistics, Internet programming, development of recommendation systems etc. Computer technology is applicable in all areas where there are large flows of information. It is not only IT, but also geology, medicine, aviation, banking, advertising and telecommunications.
Entry Requirements:
Compulsory :
Russian
Mathematics
Optional :
Physics
Computer Science
⇓ Cyber Security
Period of study:
4 years
Mode:
Full-time
RUS |
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Focus Areas:
• Organization and technology of data protection |
Learning Outcomes
Graduates of the programme are able to:
collect
and analyze raw data to solve problems in the field of information security
carry
out legal, organizational and technical support of information protection
develop
new tools (technical, hardware, software) designed to protect data
Career Paths:
The range of positions that can take a graduate with a bachelor's degree is quite large: database administrator, information security engineer, IT specialist, database developer, software and hardware information security specialist, SAP specialist, programmer.
Entry Requirements:
Compulsory :
Russian
Mathematics
Optional :
Physics
Computer Science
⇓ Optical Engineering
Period of study:
4 years
Mode:
Full-time
RUS |
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Focus Areas:
• Optical Technologies and Materials
• Optoelectronic devices and systems
• Applied Optics
• Optical Systems Design • Medical optics and Optometry |
Learning Outcomes
After graduating the programme you can:
take optical measurements
create drawings and models using computer and engineering software
construct typical optical and optoelectronic devices, systems, and their components
install, test and exploit optical devices
elaborate technical and design documentation
Career Paths:
Graduates are ready to work in optical design, optical fabrication and testing, optical fiber communications, laser and optical engineering, — and to successfully pursue higher degrees and an academic career.
Qualified optotechnical engineers are in demand in laboratories that research and develop devices and systems based on the use of optical radiation. Specialists are needed in the production sphere and can find employment in organizations and companies that operate optoelectronic devices for various purposes.
Entry Requirements:
Compulsory :
Russian
Mathematics
Optional :
Computer Science
Physics
⇓ Laser Engineering and Technologies
Period of study:
4 years
Mode:
Full-time
RUS |
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Focus Areas:
• Laser Information Systems
• Laser Technology
• Metrology, Standardization and Certification
• Laser Optoelectronic Devices and Systems
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Learning Outcomes
After graduating the programme you can:
adjust, repair and operate laser and optoelectronic devices
create optoelectronic and laser devices, systems and their components
make drawings using computer technologies
carry out experimental studies in the field of laser influence on substances and materials
engage in research and design activities in the field of laser systems and technologies
Career Paths:
Graduates are ready to work in optical design, optical fabrication and testing, lasers, optical detectors, optical instrumentation, and optical fiber communications — and to successfully pursue higher degrees and an academic career.
Qualified optotechnical engineers are in demand in laboratories that research and develop devices and systems based on the use of optical radiation. Specialists are needed in the production sphere and can find employment in organizations and companies that operate optoelectronic devices for various purposes.
Entry Requirements:
Compulsory :
Russian
Mathematics
Optional :
Computer Science
Physics
⇓ Electronic and Optoelectronic Devices for Special Purposes
Period of study:
5 years
Mode:
Full-time
RUS |
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Focus Areas:
• Laser Technology
• Optoelectronics
• Coherent and Nonlinear Optics
• Applied Optics
• Metrology, Standardization and Certification |
Learning Outcomes
The degree programme is focused on training specialists in the field of development and use of optical and laser technologies for remote sensing.
The graduate of the specialty program is able to:
implement GIS in Information Analytics
use electronic and optoelectronic remote sensing systems
design and construct optoelectronic devices using image recognition technologies
analyze and forecast the results of complex technical systems operation
develop basic information components for remote sensing GIS
Career Paths:
Specialization implies a wide range of activities for graduates. After graduation, specialists can work as design engineers, process engineers, and mechanical engineers at enterprises that develop and produce Earth remote sensing instruments as well as at organizations that operate instruments and systems of Earth remote sensing.
Entry Requirements:
Compulsory :
Russian
Mathematics
Optional :
Computer Science
Physics
⇓ Land management and cadastre
Period of study:
4 years
Mode:
Full-time
RUS |
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Focus Areas:
• Real Estate Management
• Real Estate and Land Cadastre
• Real Estate Appraisals and Cadastre
• Land Management and Planning • Geodesic support of Land Management • Protection
and Rational Use of Land Resources |
Learning Outcomes
You will be able to:
carry
out measurement work using specialized equipment and programs, determine the
coordinates of the borders of real estate objects and their area
use
modern computer equipment, software, and GIS for land surveying and cadastre
works
perform
cadastre registration and real estate evaluation
develop
projects of territorial planning
Career Paths:
Graduates
may work in real estate agencies, investment and insurance companies,
exchanges, auction firms, tender and bidding commissions and other real
estate-related organizations. There is need for specialists in property and
land management for such state bodies as committees for land resources and land
management, property management committees, tax inspections etc.
Entry Requirements:
Compulsory :
Russian
Mathematics
Optional :
Computer Science
Physics
⇓ Architecture
Period of study:
5 years
Mode:
Full-time
RUS |
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Focus Areas: • Architcture and Envirronment Design
• Engineering and Technologies
• Landscape Architecture |
Learning Outcomes:
You will be able to:
perform design of object- spatial environment, interiors, and landscape architecture
analyze the structural capacity of different materials and construction methods
create layouts and digital 3D models
elaborate and administrate construction contracts
Career Paths:
An architecture degree wil equip you with a broad range of specialist skills that will be valuable for a range of careers. After graduation you may work in various architectural companies and design institutes as an architect, restorer o creator of landscape panoramas.
Entry Requirements:
Russian
Mathematics
Art work / drawing
⇓ Urban Planning
Period of study:
4 years
Mode:
Full-time
RUS |
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Focus Areas:
• Architecture and Environmental Design
• Engineering and Technology
Landscape Architecture
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Learning Outcomes
You will be able to:
perform layout drawings
make accurate technical calculations
create concepts for large urban structures and complexes
elaborate urban planning documents and master plans
carry out designer supervision of construction
Career Paths:Urban Planning is a promising career. Urban planners develop land use plans and programs that help create communities, accommodate population growth, and revitalize physical facilities in towns, cities, counties, and metropolitan areas. Graduates can work for construction companies, engineering companies or government agencies.
Entry Requirements: Russian
Mathematics
Art work / Drawing
Master's Degree
⇓ Geodesy and Remote Sensing
Period of study:
2 years
Mode:
Full-time
RUS |
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Focus Areas:
• Geodesy
• Space Geodesy and Navigation
• Aerial Surveying and Photogrammetry
• Survey of Natural Resources by Remote Sensing Methods |
Learning Outcomes
You will be able to:
make
high-precision geodetic, astronomical, and geodynamic measurements
collect,
process and distribute spatial data (surface and physical fields of the Earth,
near-Earth space and outer space)
perform
positioning and timing of objects and processes on the Earth's surface and in
the outer space
display
the Earth's surface or certain areas on plans, maps and digital models
develop
global, regional, municipal and local geoinformation systems
A geodetic engineer career path can be rewarding and challenging. The majority of geodesists work in land and planning services as surveyors. They work with and for architecture services, taking measurements to ensure that buildings or urban plans are constructed on structurally sound surface, in the right places and that the measurements are aligned.
Graduates of the master's program work at geodesic enterprises, design and survey and research organizations, design and construction offices, enterprises for exploration, prospecting and mining.
Entry Requirements: Core subject examination
⇓ Information Systems and Technologies
Period of study:
2 years
Mode:
Full-time
RUS |
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Focus Areas:
• Information security of information and communiucation systems
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Learning Outcomes
You will be able to:
develop
software and implement information technologies and systems
build artificial
intelligence systems
carry
out projects aimed at creating programs, complexes and information bases
High level of training helps graduates to find work in large IT companies. There they can take a position as an application or system programmer, or as a system administrator. Those students who have mastered the skills of development are often offered positions as engineers in the design of information systems.
Entry Requirements:
Core subject examination
⇓ Cyber Security
Period of study:
2 years
Mode:
Full-time
RUS |
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Focus Areas:
• Information protection in geographic information systems and spatial data acquisition systems |
Learning Outcomes
You will be able to:
perform
system analysis of the application domain, identify threats, and assess
information system vulnerabilities
develop
systems, complexes, means and technologies of data security
organize
and perform commissioning of information security systems and tools
With a master's degree, graduates can easily apply for senior positions in the IT department. They become applicants for positions such as senior system administrator and head of the information security department. Professionals with teaching skills lead teaching activities using their own methodologies. Some may join the research staff of a state-owned enterprise and hold the position of chief information security systems developer.
Entry Requirements:
Core subject examination
⇓ Applied Computer Science
Period of study:
2 years
Mode:
Full-time
RUS |
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Focus Areas:
• Big spatial data analysis
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Learning Outcomes
You will be able to:
apply
modern technologies to develop mobile and web applications using web services,
single-page applications, Spring Boot, Angular platforms
use
JWT technologies to ensure application security
design
high-performance information systems and system software
The scope of qualified personnel in the field of applied computer science covers a rather large spectrum. Masters can be business analysts, programmers, and software developers. The profession of developing various games and leisure applications is now at the peak of popularity. Thanks to their in-depth knowledge of the professional field, graduates can open their own business and run an information technology service company upon graduation.
Entry Requirements:
Core subject examination
⇓ Applied Computer Science (Tyumen)
Period of study:
2 years
Mode:
Full-time
RUS |
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Focus Areas:
• Cross-cutting digital technologies in real estate management
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Learning Outcomes
You will be able to:
conduct
system analysis of the application domain, identify threats, and assess the
vulnerability of information systems
develop
the architecture of information and technological complexes and systems
create
new ways and means of designing new devices and processes
The scope of qualified personnel in the field of applied computer science covers a rather large spectrum. Masters can be business analysts, programmers, and software developers. The profession of developing various games and leisure applications is now at the peak of popularity. Thanks to their in-depth knowledge of the professional field, graduates can open their own business and run an information technology service company upon graduation.
Entry Requirements:
Core subject examination
⇓ Applied Computer Science (Tomsk)
Period of study:
2 years
Mode:
Full-time
RUS |
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Focus Areas:
• Open source software for developing geoservice |
Entry Requirements:
Core subject examination
⇓ Cartography and Geoinformatics
Period of study:
2 years
Mode:
Full-time
RUS |
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Focus Areas:
• Mathematical Cartography
• Topographic and Ecological Mapping
• Digital Mapping • Computer and Geoinformation Technologies in Map Production and Research |
Learning Outcomes
You will be able to:
collect,
organize, and process spatial data at different scales
develop
geoinformation systems and edit digital maps
create evaluation and forecast maps
implement
computer technology in scientific research and business environment
carry out monitoring surveys aimed at
environmental conditions and pollution
Career Paths:
Our graduates work in organizations and services of different departmental subordination that are engaged in geodesy, engineering surveying, geodetic support, cadastre of real estate and land management. They also carry out special geodetic measurements during exploitation of surface and subsurface of the Earth, create original inventory and cadastral maps and plans at private topographic-geodesic enterprises.
Entry Requirements: Core subject examination
⇓ Optical Engineering
Period of study:
2 years
Mode:
Full-time
RUS |
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Focus Areas:
• Optical Technologies
• Optoelectronic Devices and Systems
• Applied Optics
• Optical Systems Design
• Nanotechnology and Microsystems in Optical Engineering • Military Optics and Optoelectronics |
Learning Outcomes
Graduates of the programme are able to:
perform
optical, electrical and photometric measurements using modern technical equipment
design
units and systems of optical, laser and optoelectronic equipment by means of
computer programs
elaborate
plans of experimental research in optical engineering
create
engineering technologies and models to diagnose the state of optical devices
and systems in the process of operation
Career Paths:
The master's degree program means a significant increase in employment opportunities and self-fulfillment. Graduates will be able to work at enterprises and at the initial stage take positions of design engineer, research engineer, optics-analyst or junior researcher. In the future, they may become project team leaders, laboratory chiefs, senior research scientists, and managers at various scales.
Entry Requirements: Core subject examination
⇓ Land Managment and Cadastre
Period of study:
2 years
Mode:
Full-time
RUS |
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Focus Areas:
• Real Estate Management
• Real Estate Cadastre
• Land Cadastre
• Real Estate Appraisals an Cadastre
• Land Management and Planning
• Geodesic Support of Land Management •Protection and Rational Use of Land Resources |
Learning Outcomes
You will be able to:
collect
and analyze design data on land management, urban and territorial planning
apply
modern information technologies, and modeling techniques
create
cadastre maps and develop cadastre information systems
monitor
the compliance of developed schemes and projects with the existing legislation
and norms
develop
programs for improving the use of land resources
to
carry out experimental research in the field of land management
Career Paths:
The areas of professional activity of land management specialists are agencies of the Federal Real Estate Agency, municipal services, organizations engaged in economic and legal activities in the field of land relations, large agricultural companies, industrial enterprises that use significant areas of industrial land (oil and gas production, mining, railroads and highways, pipeline routes and power lines, etc.).
Entry Requirements: Core subject examination
⇓ Architecture
Period of study:
2 years
Mode:
Full-time
RUS |
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Focus Areas:
• Architecture and Environmental Design
• Landscape Architecture
• Theory and History of Architecture and Urban Planning
• Architecture of Residential Buildings and Complexes
• Architecture of Public Buildings and Complexes
• Architecture of Industrial Buildings and Complexes |
Learning Outcomes
You will be able to:
create
projects aimed at the maintenance, restoration, construction, prospective
development and other necessary transformation of the artificial environment
and its elements
elaborate
project documentation: architectural design layouts, drawings, cost sheets, tables
and calculations
to
supervise the implementation of the urban planning projects
carry
out applied and fundamental scientific research in the field of architecture
and urban planning
Career Paths:
Graduates can work in design institutes, architectural bureaus, urban planning organizations, in city departments of architecture, construction or landscaping. As well they may become members of expert councils and advisory groups or perform their own business.
Entry Requirements: Core subject examination
Doctoral Degree
⇓ Optical and Optoelectronic Devices and Systems
Period of study:
2 years
Mode:
Full-time
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Areas of Research:
• Laser Physics
• Wave, Integral, and Fiber Optics
• Nonlinear Optics
• Optoelectronics • Plasmonics and Bioengineering • Optical Communcation Systems Development • Development, Modernization, and Creation of Devices and Systems Based on Various Photonic Principles • Creation of New Materials (metamaterials) for Photonic, Optic, Optoelctronic and Other Application |
⇓ Geodesy
Period of study:
3 years
Mode:
Full-time
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Areas of Research:
• The Surface of the Earth, Other Planets and Their Satellites
• Near-Earth Space
• Artificial and Natural Objects On and Inside the Earth and Other Planets • Territorial and Administrative Formations On the Surface of the Earth • Processes Taking Place Inside the Earth and Planets • Physical Bodies of the Earth, Moon, and Planets • Geodynamic Phenomena and Processes • Gravitational, Electromagnetic and Other Physical Fields |
⇓ Geoinformatics and Cartography
Period of study:
3 years
Mode:
Full-time
RUS |
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Areas of Research: • Theoretical and experimental research in the development of scientific and methodological foundations of geoinformatics and cartography
• Collection, registration, storage, transfer and processing of geodata
• Creation of geoinformation systems for various purposes, databases of digital information
• Interaction of Geoinformatics and Mapping
• Exploring the phenomena of cartographic information, cartographic projections, and other problems of mathematical cartography • Creation of new methods of making and designing maps and atlases • Cartographic Generalization and Toponymics • Improving the technology of map publishing and the organization of cartographic production |
⇓ Aerospace Earth Observations and Photogrammetry
Period of study: 3 years
Mode:
Full-time
RUS |
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Areas of Research:
• Development and research of technologies capturing various elements of research objects as images
• Theories and technologies for imaging and quantifying the dynamics of natural/technogenic processes
• Image Decoding
• Updating topographic, land surveying, environmental and other maps |
⇓ Land Management, Cadastre and Monitoring
Period of study:
3 years
Mode:
Full-time
RUS |
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Areas of Research:
• Development of cadastral land status systems, scientific bases for land acquisition, unified methodology for maintaining the state real estate cadastre, land management projects etc.
• Regulation of the main indicators and operation modes of land use
• Land monitoring: basics, objectives, functions, content and organization
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