Energy Efficient Processes and Resilient Critical Infrastructures (CEEP)
This research group within the laboratory conducts research and development activities related to systems analysis, modelling, design, simulation, development and testing control applications on different industrial and laboratory platforms with a focus on the energy field.
Research activities:
- Modelling and simulation of critical infrastructures (smart grid, smart cities, air pollution and agriculture);
- Fault detection and diagnosis of critical processes;
- Risk management and assessment of critical situations;
- Modeling, design and simulation of automated processes;
- Simulation of related activities at various levels of process control, supervising and monitoring using specialized languages with applications in control, command, protection and diagnosis of industrial processes;
- Automation and protection in power systems, power plants, microgrids, energy communities etc.
- Providing project management, system testing and quality assurance
- Tackling control problems for energy efficiency and net zero buildings
- Assuring reliability and resilience for critical infrastructures
Specific collaboration interests lay in using automatic control strategies for complex energy systems to attain energy efficiency and environmental standards.
We are also applying ICT and AI technologies to the smart grid by developing associated informatics tools for monitoring, control and integration in high-level distributed structures.
Laboratory platforms facilitate teachers, young researchers and students’ training for validation, testing and optimization of control methods and algorithms. Also, it allows the design of technological scenarios for the practical application of control methods.
PhD studies, leading advanced research in energy systems, will be organised under the coordination of Prof. Dr. Ing. Ioana Fagarasan, Prof.dr.ing. Sergiu Stelian Iliescu and Prof.dr.ing. Grigore Stamatescu
Services in Research and Development activities:
System Analysis and Design:
- Requirement analysis and design of ICT/IoT/IIoT architecture
- Providing project management, system testing and quality assurance
- Design of industrial testing scenarios
- Training on PLC programming
Modelling and simulation:
- Modelling, design and simulation of automated processes;
- Process simulation together with process control, supervising and monitoring using both specialized and high-level languages with applications in control, command, protection and diagnosis of industrial processes;
- Digitalization, automation and protection in power systems, power plants, and energy communities
- Modelling and simulation of critical infrastructure;
Fault Detection and Diagnosis
- Fault detection and diagnosis of critical processes;
- Risk management and assessment of critical situations
- Vulnerability identification
Application field:
Smart grids, smart buildings and smart cities, smart agriculture, environmental monitoring and control, drones, quantum applications
Research and development projects:
- (2023-2024) Proiect ARUT, Energy efficient automation System for smart agriculture monitoring and control (SAMI), project director: Nicoleta ARGHIRA
- (2023-2024) Proiect ARUT, Energy consumption optimization in smart buildings through personalized assessment of comfort conditions (Human-Build), director de proiect: Iulia Vasilica I. STAMATESCU
- (2023-2024) Proiect AOSR-Teams, Digital platform for estimating the level of seismic degradation of buildings using machine learning techniques (DIGITERRA), director de proiect: Vasile CALOFIR
- (2019-2023) POCU/379/6/21/124651 “Attracting candidates (future students) to tertiary engineering university education and their training for current labour market application”, Project manager P2 UPB: Ioana FAGARASAN;
- (2019-2023) POCU/320/6/21/122333 “New and flexible educational offers in tertiary university and non-university technical education in line with new labour market requirements”, Project manager P4 UPB: Ioana FAGARASAN;
- UEFISCDI Contract no: 72BG, Advanced Process Management System for Intelligent Specialization in the Energy Domain (ASID), Project Director: Ioana FĂGĂRĂŞAN;
- UEFISCDI Contract no: 82BG, Energy Efficient Automation and Telemetry System for the management of Resources in Precision Agriculture (SA-TERRA), Project Director: Sergiu Stelian ILIESCU
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Ioana Fagarasan
The didactic and research experience within the Department of Automation and Industrial Informatics,...
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Vasile Calofir
Vasile Calofir is an Associate Professor at the Faculty of Automatic Control and Computers, within...
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- FAGARASAN Ioana
- ILIESCU Sergiu Stelian
- STAMATESCU Grigore
- ARGHIRA Nicoleta
- STAMATESCU Iulia
- CALOFIR Vasile
- NICHIFOROV Cristina
- SIMOIU Mircea
- SCHULER Ana
- CRETU Georgiana
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The core purpose of PRECIS is to enhance its infrastructure within National University for Science and Technology POLITEHNICA Bucharest, driving technological advancements and technological transfer for the development of innovative engineering products, processes and new generation technologies for a better future.
Our mission is to build a safe, supportive academic enrichment space where the engineering creators can go from ideea to product, from concept to prototype and beyond.
