Scientific Research Projects
Research Projects under the PRFU Framework
Improving control techniques applied to conventional and renewable electrical power systems.
Study and development of an electromagnetic process for the separation and recovery of metallic and non-metallic waste using eddy currents.
Study of devices based on III–V nitride materials for optoelectronic applications.
Establishment of an industrial waste recycling chain (crushing, separation, and neutralization).
Water pumping and treatment using ozone in hot regions.
Transition from the conventional national grid to a smart grid to achieve better energy efficiency in Algeria.
Integration of renewable energies into the Algerian power grid through multi-terminal direct current networks (MTDC).
Development and improvement of ozone generation processes using dielectric barrier discharge and ozonated water: applications in agriculture and agri-food industries.
Contribution to security and efficient data transmission in communication systems using satellite-based Internet Protocol DVB (DVB-S, DVB-S2, DVB-RCS): application to medical data streams.
Intelligent control and management of continuous flow systems.
Design, monitoring, and real-time supervision of egg hatcheries.
Contribution to analytical and numerical modeling of electronic and optoelectronic components based on wide bandgap materials (SiC, GaN, InN, etc.): associated I-V, C-V, and DLTS characteristics.
National Research Projects (PNR)
- Design and manufacture of an ozone-based device for the treatment of infectious healthcare waste (DASRI).
- Design and production of a digital solar power regulator.
- Development of an ozone-based sterilizer for medical instruments and hospital supplies.
- Remote diagnosis of renewable energy system faults using wireless sensors and the Internet of Things (IoT).
- A new technology for self-cleaning and cooling of solar panels using electro-wind energy.
- Implementation of a self-cleaning process for photovoltaic panels.
Joint Projects (Mixed Projects)
Ozone technology for water reuse.