Welcome to the ECP3M laboratory website
Laboratory of Materials Processing and of Physico-Mechanical and Metallurgical Characterization
Established in 2010, the ECP3M laboratory is a space dedicated to scientific research, innovation and academic excellence in the field of materials. Our mission is to develop advanced approaches for the processing, characterization and analysis of the physico-mechanical and metallurgical properties of materials, in order to meet present and future technological challenges.
Our team of researchers, teacher-researchers, doctoral students and industrial partners works in a multidisciplinary spirit, combining fundamental and applied research. The laboratory is also committed to training young researchers and to promoting research results through scientific publications, national and international collaborations, and technology development projects.
We invite you to explore our website to discover our research areas, our ongoing projects, our publications and the experimental platforms available to us.
Welcome to the world of ECP3M, where science and innovation shape the materials of tomorrow.
Laboratory director
Professor Abdelkader BOUKORTT
Five disciplines, one laboratory
Electronics and electrotechnics
Hall-effect sensors, optoelectronic devices, solar cells, power converters and micro-transformers.
95 references →Applied sciences and chemistry
Thin-film processing (sol-gel, SILAR, dip-coating), nanocomposites, ZnO, CZTS, hydrothermal synthesis, materials characterization.
16 references →Physics
First-principles (DFT) calculations, magnetism, Heusler alloys, spintronics and 2D materials.
59 references →Automation and industrial programming
State-feedback control, microgrid energy management, real-time monitoring and supervision, industrial programming.
3 references →Mechanics
Multiaxial fatigue, contact mechanics, shot peening and residual stresses, durability of surface-treated parts.
18 references →
Wien2k · FPLO · SILVACO
Wien2k
Electronic-structure calculations of solids (APW+lo / LAPW) within DFT.
FPLO, FP-LAPW
Full-potential calculations for magnetic and spintronic materials.
SILVACO
Simulation of optoelectronic devices and electrical and thermal characterization.
Contact
The laboratory's contact details will be added soon.