PhD studies of ENVIRONMENTAL ENGINEERING last at least three years and grant, upon their completion, 180 ECTS credits (six semesters). Out of a total number of ECTS credits, the students gain 30 credits by taking required courses, 30 credits by taking elective courses, and 120 ECTS by supervised study research work, writing and defending a doctoral dissertation. 
The student who completes the doctoral academic studies of the third degree shall acquire the scientific title Doctor of Technical Sciences in the field of Environmental Engineering. 
A candidate wishing to be admitted to PhD studies is expected to have a bachelor's degree (240 ECTS) and a master's degree (60 ECTS) in the relevant or related scientific field. 
The doctoral study programme in Environmental Engineering enables students to acquire knowledge and skills, and to develop the abilities to understand and use contemporary knowledge and scientific findings in the field of environmental engineering.

Scientific Research Methods (required) 
Selected Areas of Mathematics (required) 
Environmental Management Methods (required) 
Systems Risk Analysis 
Physical Process in Working and Living Environment  
Chemical Processes in Living Environment  
Air Emissions Management 
Human Reliability Assessment 
Occupational Engineering Ethics  
Energy Processes and Living Environment 
Managing Environmental System in Energy Complexes 
Electromagnetic Radiation in Living Environment 
Electrotechnical Safety Systems 
Information and Collaborative Systems 
Bioclimatic Planning 
Soil Pollution and Remediation 
Selected Chapters from Sustainable Development Theory 
Selected Chapters of Fire Dynamics 
Selected Chapters from Urban Ecology 
Selected Chapters of Renewable Energy Sources 
Technogenic Risk Management 
Ecological Risk Management 
Fire and Explosion Risk Management 
Waste Management 
Water Management 
Knowledge Management in Environmental Safety 
Ambient Air Quality Management 
Environmental Management in Energy Systems 
Accident Risk Management Systems 
Integrated Safety Management Systems 
Contemporary Methods for Noise and Vibration Control 
Contemporary Techniques for Noise and Vibration Monitoring