1. Natural sciences
Fundamentals of microbiology and immunology – cell biology, cellular organisms, single-celled organisms, viruses, microbiome, vaccination, and immunotherapy
2. Environmental area
Measures to support biodiversity – the importance of biodiversity conservation for humans; agrosystems – bio-strips, hedgerows, biocorridors, crop rotation; nesting facilities for animals; forests – agroforestry, nature-friendly management; open countryside – restoration of original biotopes (meadows, wetlands); direct involvement in actual nature conservation management
3. landscape architecture
Fundamentals of garden architecture – history of garden architecture, basic garden design procedures, ecological gardens, inter-building green spaces – green roofs, flower beds, practical exercises, creation of planting plans, agriculture, etc.
4. Technology, processes, and procedures
Technological processes – aspects of sustainable development/production, water technology, raw materials and energy, waste management, applied chemical processes, fundamentals of scientific work and Citizen Science – introduction to the issue, significance for society, working with information sources, presentation and promotion of results, GIS
5. GIS and remote sensing in the environment (upper grades)
monitoring landscape changes over time (deforestation, urbanization, land use change), building visibility analysis, vegetation analysis, heat island monitoring, risk prediction (droughts, floods, crisis management), map output creation, use of drones and satellite imagery for practical landscape monitoring, remote pilot certification