About the training program
Research and development of methods to enhance technospheric safety of civil and industrial buildings, structures, and their complexes, including adjacent territories. Development of risk management methodology, justification of criteria and socially acceptable risk levels, and creation of methods for risk assessment and mitigation in construction projects. Justification, development, and optimization of spatial-planning and structural solutions for buildings and structures, taking into account wear and tear processes, the impact of natural and climatic conditions, as well as fires, explosions, accidents, and emergency situations, based on mathematical modeling.
What do graduates do?
• Occupational Health and Safety Engineer (HSE): Develops and monitors compliance with safety norms and regulations on construction sites, ensuring worker safety.
• Fire Safety Engineer: Designs and oversees fire safety systems at construction sites, conducts fire risk assessments.
• Industrial Safety Engineer: Ensures the safety of production processes and technological installations at construction sites, conducts risk assessments, and develops mitigation measures.
• Construction Safety Expert: Reviews project documentation, assesses compliance with safety requirements, and investigates incidents and accidents at construction sites.
• Environmental Safety Specialist in Construction
