6B08301 Forest resources and forestry

The graduate is capable of improving and developing their intellectual and cultural level, using proficiency in Russian and foreign languages as a means of business communication. They are able to independently master new research methods and apply them in practice when organizing research and project work.
The graduate is oriented towards the development and implementation of measures for the multi-purpose, sustainable, and non-depleting use of forests to meet society’s needs for forest resources, taking into account the intended purpose of forests and the beneficial functions they perform.
They demonstrate competence in developing and implementing measures to preserve the biodiversity of forest and urban ecosystems and to enhance their potential, considering the global ecological significance of forests.
The graduate is capable of developing and implementing measures:
-for the conservation of forests of high environmental value and for ensuring their environmental, water-protective, protective, sanitary-hygienic, and other beneficial functions;
-for the protection and safeguarding of forests;
-for the production of planting material of forest-forming and decorative tree and shrub species;
-for conducting state forest inventories;
-for forest management planning;
-for providing forest management authorities and economic entities with information on the state of forests, including their quantitative and qualitative characteristics.
They participate in the creation and documentation of information for maintaining the State Forest Register and the State Cadastre of Forest Plots.

Formation of a highly educated individual capable of professional growth and mobility, possessing key and professional competencies in the field of forestry, and able to solve professional tasks in the forest sector and production.

List of professions: Forestry Engineer, Forest engineer, Head of the Forestry Department

Types of Activities: Environmental, Production

Objects: 1. Forest and urban ecosystems of various levels and their components.
2. Natural-technogenic forest management systems, including structures and measures that enhance the utility of natural objects and environmental components.
3. Participants in forest relations.
4. Technological systems, tools, and methods of forest cultivation for the prevention of water, wind, and other soil erosion, for the creation of protective forests, and for the reclamation of technogenic landscapes.
5. Systems and methods of state forest control and supervision over the use, protection, safeguarding, and reproduction of forests.