Geoinformatics
Educational and Scientific Institute "Institute of Geology"
Name
Geoinformatics
Program code
Qualification awarded
Мaster Degree
Length of programme
2 years
Number of credits
120
level of qualification according to the National Qualification Framework and the European Qualifications Framework
8
Qualification level
Second (Master)
Discipline
Natural sciences
Speciality
KnowledgeField EN
Specific admission requirements
Availability of a bachelor's degree in specialties 103 - Earth Sciences, 193 - Geodesy and Land Management and other related specialties
Specific arrangements for recognition of prior learning
Qualification requirements and regulations, including graduation requirements
The professional qualificationis awarded by a special Decision of the Examination Board after successful accomplishment of the study program and completion and defence of the Qualification Thesis under the following minimal prerequisites: the average score of the study outcome, your mark for the research activity,the qualification exam for the compulsory subjects, and finally, the defence of the Master’s Thesis is awarded (Supplement to the Diploma) should be 75 points or higher (out of 100);
Programme learning outcomes
1. Analyze the features of natural and anthropogenic systems and objects of the upper crust and its sedimentary layer in particular. 2. Apply their knowledge to identify and solve problems and make informed decisions in the thematic processing of geological and other geospatial data. 3. Be able to communicate with specialists and experts of different levels of other fields of knowledge, including in the international context, in the global information environment. 4. Develop, manage and manage projects in the Earth sciences, evaluate and ensure the quality of work. 5. Plan and carry out scientific experiments, write scientific papers in the field of geoinformatics. 6. Be able to carry out thematic processing and interpretation of geospatial data obtained by various methods of research of the geological environment, to develop appropriate algorithms and software products, to form geodatabases, to create web publications of cartographic data. 7. To know modern methods of research of the upper Earth and its geospheres and to be able to apply them in production and research activities. 8. Know the basic principles of management of enterprises in the field of nature management, their organization, production and organizational structure of management. 9. Develop and implement mechanisms of territorial management, geoplanning, monitor regional development, draw up plans and programs. 10. Demonstrate the ability to adapt and act in a new situation related to the work of the profession, the ability to generate new ideas in the field of geoinformatics. 11. Apply educational technologies and methods of teaching geoinformatics in educational institutions. 12. Model geosphere objects and processes using cartographic and mathematical methods and geoinformation technologies. 13. Identify and classify known and register new objects in the geospheres, their properties, phenomena and processes inherent in them.
Form of study
Full-time form
Examination regulations and grading scale
The final evaluation of learning outcomes at the University is carried out on a single 100-point scale. The assessment of the learner corresponds to the ratio of the level of professional and general competencies established in the assessment to the planned learning outcomes (as a percentage). The minimum positive level of evaluation is 60 points. According to the results of exams, according to the results of course and diploma works (projects); according to the results of work in practice, the student is given points on the following scale: "Excellent" 90 - 100%; "Good" 75 - 89%; "Satisfactory" 60 - 74%; "Unsatisfactory" 0 - 59%. If the final exam is not conducted in the disciplines, the results of the applicant's work are evaluated on a scale: "Enrolled" 60 - 100% or "Not credited" 0 - 59%.
Оbligatory or optional mobility windows (if applicable)
Work placement
Undergraduate internship in production, research internship in specialization, internship
Work-based learning
Director of the course
Tishaev
Geoinformatics
Educational and Scientific Institute "Institute of Geology"
Educational and Scientific Institute "Institute of Geology"
Occupational profiles of graduates
Jobs in companies, small enterprises and institutes that provide services and / or conduct research in the field of collection, processing,
analysis and thematic interpretation of geospatial data.
Access to further studies
Opportunity to continue education at the third level of higher education (Doctor of Philosophy)
Subjects
As part of the curriculum, students study the following disciplines
Development of geodatabases
Code: ОК 10,
Earth's evolution
Code: ?ОК 4,
Code: ?ОК 6,
Methodology and Organization of Scientific Research with the Basics of Intellectual Property
Code: ОК 1,
Professional and corporate ethics
Code: ОК 2,
Laws and regulations affecting the use of mineral resources
Code: ОК 3,
Mineral deposits modelling
Code: ОК 9,
Informational Technology in Geophysics
Code: ОК 11,
Modeling of oil and gas sedimentary basins
Code: ОК 13,
Ecological Assessment of Mining Projects
Code: ОК 5,
Big data in geosciences
Code: ОК 8,
Applied programming in Earth sciences
Code: ОК 7,
Pre-graduation Practical Training
Code: ОК 15,
Geostatistics
Code: ВК 2.1.2.2,
Data Mining & Artifical Intellince
Code: ВК 2.3,
Big Data & Database
Code: ВК 2.1,
Pedagogy and psychology of higher education
Code: ОК 14,
Academic Practice
Code: ОК 16,
Research Practice on specialization
Code: ВК 2.5,
Internet Technologies in Geosciences
Code: ОК 12,
SAR Interferometry and Neotectonics
Code: ВК 2.1.1.1,
Geoengine
Code: ВК 2.1.1.2,
Automatic Interpretation of Remote Sensing Data
Code: ВК 2.1.1.3,
Geomathematics
Code: ВК 3.1.3,