Dominican Republic marks a technological milestone with the first university microchip
In a significant breakthrough for national innovation, the Pontificia Universidad Católica Madre y Maestra (PUCMM) has officially unveiled the first microchip designed and manufactured in a Dominican academic environment. The event, which was attended by President Luis Abinader, served as the stage to announce government support for the creation of a national-scale semiconductor laboratory, aimed at boosting research in various higher education institutions.
The development of this electronic component was made possible thanks to the collaborative work of 27 students, professors, and alumni from PUCMM, who dedicated a year to completing the critical stages of architecture, simulation, verification, and physical circuit design. After finalizing the design, the project was sent to an international foundry for silicon manufacturing.
Technical details and functionality
The manufacturing process culminated in the creation of 50 units, of which 10 were encapsulated for immediate use as operational electronic components. The remaining 40 pieces are kept on the original silicon wafer, allowing for a detailed analysis of the material.
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Rafael Batista, professor and researcher on the project.
Applications in health and artificial intelligence
The utility of this microchip already has practical applications in development. The research team is currently working on a smart blanket aimed at the healthcare sector, capable of monitoring patients on prolonged bed rest to prevent pressure ulcers. In this system, the chip acts as the central control unit that processes the collected data.
Looking to the future, PUCMM has already begun the design of a second version of the device. This new model will incorporate neural processing capability, in order to execute artificial intelligence operations directly from the hardware. With these efforts, the institution seeks to close the technological gap and train highly qualified professionals for the global semiconductor industry.
