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The article discusses the main requirements for digital competencies of graduates of higher educational institutions for the oil and gas geological industry. A review of the main IT trends in the scientific and production activities of an oil and gas enterprise and a survey of the personnel skills necessary for their implementation is carried out, the requirements of an employer hiring a modern IT specialist are formulated and formalized.

The article discusses the results of a scientific project developing new methodological and technological approaches to the creation of geoinformation models for the purposes of waste and secondary resource management. The urgency and originality of the work are revealed, the goals and objectives of a geoinformation system, integrating a set of spatial information on the objects of the industry and on the key aspects of its development, are formulated. A description of the prototype of such system, implemented on the example of a pilot territory — the Arctic zone of the Russian Federation, — is given.

The article discusses the technology of forming a mapping database on objects involved in the field of waste management (sources of waste generation and recyclables, their processing enterprises and facilities for the disposal of industrial and household waste). Basic information resources providing information about such objects are analyzed, requirements for the database structure and description of technological stages of its formation are given. The proposed technology was successfully tested as part of the development of a prototype of a geographical information system for waste and secondary resources management, implemented on the example of the Arctic zone of the Russian Federation, as well as the creation of a geo-portal of the geographical information systems laboratory of Dubna State University, which provides geo-information support for the educational and research activities of the Institute for System Analysis and Management in terms of developing and maintaining cartographic databases.

The article deals with the issues of cartographic support development for effective decision making support in the field of waste and secondary resources management. The analysis of foreign experience is adduced, the database of the sources of recyclable materials is collected and illustrated by an example of the Arctic zone of the Russian Federation, some mapping results are presented. The presented technological devices can be used for the development of systems for data collecting, storing and processing in the field of environmental management.