• understanding of the theoretical foundations underlying the environmental research methods, information support and methodology for conducting field and camera studies;
• ability to process monitoring results, research and analysis of dependencies, build forecasts;
• ability to select and use ready-made software tools (mathematical software packages) for analytical, graphical, numerical solving of mathematical problems, which are models of phenomena and processes in complex dynamic ecological and environmental systems.

• Fundamentals of environmental biotechnology;
• Scientific basics of simulations and prognostification of the environment.

Introduction to Information Technology. The concept of information systems (IS), their classification. Content and phases of information and measurement technologies. The concept of information-measuring systems (IMS), their purpose, generalized block diagram. The main types of information measuring systems. The principles of measurement systems. The technology of synthesis of geoinformation monitoring. GIS. Trends in global information systems. Database Management Systems. Universal information-measuring system for environmental monitoring.

1. Посудін Ю.І. Практикум з методів вимірювання параметрів навколишнього середовища/ Посудін Ю.І. К.: ЗАТ «НІЧЛАВА», 2007. - 226 с.
2. Посудін Ю.І. Біофізика і методи аналізу навколишнього середовища/ Посудін Ю.І.К.: 2011. -296 c.
3. Методи вимірювання параметрів навколишнього середовища/ Масікевич Ю.Г., Гринь С.О., Герецун Г.М. та ін. Чернівці, Зелена Буковина, 2005. - 341 с.

• current control, oral examination (40%)
• final control (control measure, exam): written, oral form (60%)