Is part of the R&D team, contributing to the development of 3D printing machinesutilizing LIFT technique for micro-electronics printing.• Gained expertise in free-space laser setups, optimizing the performance ofthe printer’s laser system to maximize precision and operational efficiency.• Managed and developed MATLAB code to control the printer’s operation,maintaining existing code and implementing new functionalities. Learned towrite efficient algorithms to execute desired commands to the hardware.• Acquired knowledge of materials mechanics and electronics to develop efficientprinting algorithms.

Worked on the development of a WiFi-based localization system that usesinterferometry principles and machine learning algorithms.• Designed and executed experiments to collect and analyze WiFi signal data.• Worked on the electronics and transmission mechanisms of the antennatracker, gaining expertise in signal processing to effectively interpret andanalyze the collected data, converting raw data into meaningful physicalmetrics.• Utilized Linux-based devices for data collection, writing Bash scripts toautomate data acquisition and manipulation.• Analyzed and visualized large volumes of data using Python, presentingfindings to both internal teams and clients.

Nano-Opto groupContributed to a project aimed at evaluating and enhancing the quality of imagesproduced by metalenses through experimental setups and image processing.• Assisted in the design and manufacturing of metalenses using EBL, optimizingnano structures to reduce aberrations and shorten production time.• Implemented free-space optical lab setups to assess the performance andparameters of the metalens.• Used Python and MATLAB for image processing to improve the quality ofimages produced by the lens, focusing on enhancing the output image as analternative to modifying the lens itself.

Contributed to a global research project focused on resolving archaeologicaldating using paleomagnetic analysis of archaeological material.• Conducted paleomagnetic measurements and analysis of archaeological samples collected from multiple excavation sites.• Analyzed large datasets using Python, processing significant volumes of datafrom numerous specimens, optimizing workflows for efficiency and accuracy.