Engineering
Work description
1. Design of the base version of a control PCB for a 30x30 elements RIS at 140 GHz. 2. Optimization of the developed PCB according to the requirements of the devices used in the project (e.g., Schottky diodes, CMOS, microfluidics). 3. Manufacturing and testing of the developed PCB and validation of the interface with the 140 GHz RIS. 4. Configure an FPGA platform to interface with the control PCB. 5. Develop a Jupyter Notebook overlay for advanced control via the FPGA. 6. Write the activity report for the scholarship.
Academic Qualifications
Bachelor's degree in electrical engineering or related field
Minimum profile required
Experience in designing electronic circuits, as well as carrying out test and validation circuits.
Preference factors
Experience in programming FPGAs and Jupyter Notebooks.
Application Period
Since 23 Jan 2025 to 05 Feb 2025
Centre
Telecommunications and Multimedia