1. ENVIRONMENTAL PROTECTION AND WATER ENGINEERING 


Sustainable development, circular economy and resource efficiency.
Climate resilience, adaptation and nature-based solutions.
CO₂ capture, utilization and sequestration.
Healthy environments: outdoor and indoor air quality.
Advanced pollution prevention, control and cleaning technologies.
Drinking water quality assurance and advanced treatment innovations.
Wastewater treatment, sustainable sludge management and recovery solutions.
Integrated waste management and sustainable alternatives.
Prevention and control of noise, vibration, EMF and ionizing radiation.
Integrated ecosystems protection, restoration and management.
Environmental management systems, cleaner production, policy and governance.
Environmental impact assessment, strategic planning and public engagement.
AI and machine learning for environmental engineering.
Mathematical modelling and digital twins.

Chairman – Prof. Dr. Raimondas Grubliauskas
Phone: +370 5 2512123
E-mail: crypt:cmFpbW9uZGFzLmdydWJsaWF1c2thc0B2aWxuaXVzdGVjaC5sdA==:xx

Secretary – Prof. Dr. Aušra Mažeikienė
Phone: +370 5 2512125
E-mail: crypt:YXVzcmEubWF6ZWlraWVuZUB2aWxuaXVzdGVjaC5sdA==:xx

 

2. ROADS, RAILWAYS  AND SMART CITIES 


Management, development and modernization of road and railway infrastructure.
Road and railway design, construction and maintenance.
Sustainable and innovative road and railway construction materials.
Road and railway safety.
Intelligent transport systems, road and railway smart technologies.
Reliability and durability of road and railway structures. 
Evaluation and simulation of city development.
GIS application in territory planning.
Solution impact assessment in economical, social and ecological aspects.
Sustainable living environment.
Arrangement of open spaces.
Systems, evaluation, development and infrastructure of urban transport.
Mobility management.
Public transport, benchmarking in public transport.
Evaluation of transport impact on environment. 

Chairman – Prof. Dr. Vilma Jasiūnienė
Phone: +370 5 2744709
E-mail: crypt:dmlsbWEuamFzaXVuaWVuZUB2aWxuaXVzdGVjaC5sdA==:xx

Secretary – Assoc. Prof. Dr. Lina Bertulienė
Phone: +370 5 2744721
E-mail: crypt:bGluYS5iZXJ0dWxpZW5lQHZpbG5pdXN0ZWNoLmx0:xx


 

3. GEOSPATIAL TECHNOLOGIES AND INNOVATIONS IN GEODESY, REMOTE SENSING, AND ENVIRONMENTAL MONITORING


Remote sensing for land use and land cover change detection.
Geospatial approaches to air pollution monitoring and climate data integration.
Big geospatial data analytics for land use forecasting and impact assessment.
AI and machine learning applications in environmental and geospatial monitoring.
Geospatial contributions to climate change mitigation and environmental protection.
Advances in gravimetric measurement techniques.
Modern photogrammetry: methods and applications.
Drone-based geospatial data acquisition and analysis.
Innovations in geographic information systems (GIS).
Permanent GNSS stations: monitoring, data processing, and applications.

Chairman – Prof. Dr. Jūratė Sužedelytė-Visockienė
Phone: +370 5 2744701
E-mail: crypt:anVyYXRlc3V6aWVkZWx5dGUtdmlzb2NraWVuZUB2aWxuaXVzdGVjaC5sdA==:xx

Secretary – Prof. Dr. Eimuntas Kazimieras Paršeliūnas
Phone: +370 5 2744705
E-mail: crypt:ZWltdW50YXMucGFyc2VsaXVuYXNAdmlsbml1c3RlY2gubHQ=:xx

 

4. ENERGY FOR BUILDINGS


1. AI and Digitalization in Building Energy Systems
•    AI-driven optimization of heat generation, CHP, and district heating networks
•    Digital twins, smart twins, BIM, city-scale digital planning, real-time energy management
•    Predictive analytics for gas and renewable energy integration in buildings
•    City-scale digital twins for energy and sustainability planning
•    Etc. 
2. Advanced Energy Generation and Supply for Buildings
•    Hybrid renewable energy systems for urban districts
•    Next-generation CHP plants and their role in decarbonizing building stock
•    Smart district heating and cooling
•    Integration of hydrogen and alternative fuels in building energy supply
•    Etc. 
3. Energy Efficiency and Sustainability of Buildings 
•    Energy simulation and performance prediction
•    Life cycle analysis (LCA), life cycle cost (LCC), sustainability assessment
•    Renovation deep renovation strategies
•    Energy efficiency and sustainability evaluation frameworks
•    Zero-waste construction and operation, circular design of buildings
•    Etc. 
4. Sustainable Building Services and Smart Control
•    Integrated HVAC design with AI-based control and optimization
•    Edge computing and IoT for real-time energy saving and heat retention
•    Smart building control platforms: from sensors to cloud analytics
•    Demand response and grid-interactive efficient buildings (GEBs)
•    SRI evaluation in buildings
•    Etc. 
5. Indoor Climate for Sustainable Buildings
•    Indoor air quality (IAQ) monitoring and management
•    Advanced airflow distribution
•    Personalized indoor climate control for occupant well-being
•    Digital tools for monitoring and improving thermal comfort
•    Etc. 

Chairman – Prof. Dr. Violeta Motuzienė
Phone: +370 5 2744717
E-mail: crypt:dmlvbGV0YS5tb3R1emllbmVAdmlsbml1c3RlY2gubHQ=:xx

Secretary – Assoc. Prof. Dr. Giedrė Streckienė
Phone: +370 5 2744718
E-mail: crypt:Z2llZHJlLnN0cmVja2llbmVAdmlsbml1c3RlY2gubHQ=:xx