E2Packman

ITEC-UTCN is a research center, founded in 2001 by Prof. Dr. Ing. Dan PITICA, an internationally recognized engineer, and it is currently led by Prof. Dr. Ing. Ovidiu Aurel Pop, Dean of Telecommunications, Electronics and Information Technology Department of TUCN. ITEC expertise covers a broad spectrum of competencies: circuit design, modeling, simulation and cross-simulation of electronic circuits (analog, digital, power, RF/EMI) using: Multisim, Pspice, Matlab, Pcad; system design: modeling and simulation for electro-mechanical systems: power devices, actuators, mechatronics; using: Matlab, Simulink, LabVIEW; HW Application design, fast-prototype design, PCB design for mass production, BOM/AVL design, DfT and testability for embedded applications, power supplies, interface/signal conditioning boards; SW Application design: embedded control applications for OS and non-OS targets, broad range of targets TW Application design: testing and design of testing systems: SW and HW testing process, HiL and SiL, design of testcases for SW; Training services: LabVIEW trainings, Embedded Systems trainings, TW and HiL operation; Power systems - design, simulation and testing of power supplies with power factor correction - PLC (Power Line Communication) for energy measurements equipment - inductive heating technologies, data loggers for power industrial control, medical , as well as dee tech expertise in spintronic devices. Starting from thin film elaboration and device patterning, we fabricate and study novel devices by employing materials with tailored interface functionalities. Spin-orbitronics is an emerging field of spintronics, concerning the use of spin-orbit coupling (SOC) in magnetic and nonmagnetic materials to generate, detect and exploit spin-polarized currents. SOC in magnetic multilayer stacks lacking inversion symmetry promotes, via the interfacial Dzyalosinskii-Moriya interaction, chiral spin textures, like chiral domain walls or skyrmions, that can be efficiently manipulated by the spin currents. This opens the way for a new generation of energy-efficient electrically controlled spintronic devices, a key challenge for modern electronics.

ITEC-TUCN has been and continues to be actively involved in numerous European research projects related to the semiconductor industry, nanotechnology, and advanced materials, applied engineering, in more than 20 projects. Through these projects, the center contributes to cutting-edge developments in micro- and nanosystems and reinforces its role as a key partner for innovation and collaboration within the European semiconductor ecosystem.