The main objective of the material acquired is to strengthen the academic and practical capabilities of the chip chair.

This equipment is intended to support the following key activities within the Chair:

• System-on-Chip (SoC) design: provides the necessary tools for the design, simulation, and validation of SoCs, ensuring a suitable environment for developing specialized hardware. This includes the use of electronic design software and intensive simulation platforms.
• Specialized sensors: Facilitate the integration and testing of specialized sensors in the context of SoCs, exploring innovative solutions for the interaction between hardware and the physical environment.
• Academic training: Support theoretical and practical teaching, providing modern technological resources for training students in the design and development of critical systems. This fosters the acquisition of advanced competencies needed in the field of SoCs.
• SoCs for critical systems: Developing and testing SoC-based solutions for critical applications, such as industrial, aerospace, energy, and control systems that require high reliability, efficiency, and performance.

Overall, this equipment drives innovation and training of specialized professionals, while fostering applied research in the design of advanced microelectronics solutions.