Effective crises management

Master the essentials of crisis management. Learn to identify, prevent, and control crisis situations while understanding key phases, preparedness strategies, and risk evaluation.

Waste treatment

The course introduces key waste-management concepts, treatment hierarchy, waste types across industries, core chemical and physical treatment processes, and analytical methods used in waste analysis.

Introduction to geoinformatics

The course introduces students to the fundamentals of geoinformation technologies, including spatial and temporal data, positioning, geodata and metadata, geographic features, and spatial data models.

Data mining methods

Find out more about data mining methods, such as decision trees, neural networks, logistic regression, support vector machines.

Nanomaterials and environment

Learn the methods of monitoring of the engineered nanoparticle presence in the environment, possibilities of assessments of their toxicity and risks they pose to the particular groups of organisms as well as human health.

Lighting systems operation

Acquire theoretical knowledge about the application of modern light sources and learn the new calculating methods of luminances, illuminances and glares.

Graphic systems

Acquire theoretical and practical knowledge in the field of the CAD system Autodesk Inventor Professional and learn the basics of creating 3D solid models, assemblies, and technical drawings.

Sustainable urban development

Discover the fundamental principles of urban engineering focused on the historical development of human settlements and its impact on the contemporary form of cities.

Human resource management

Discover the basics of human resource management, its historical development, and key activities—planning, recruitment, selection, training, and employee rewarding.