- Conduct in-depth analysis to identify and define system requirements for phased array antenna systems,ensuring alignment with technical objectives and project goals.- Design and develop RF systems for phased array antennas.- Create and innovate RF board layouts, including component selection and schematic design.- Perform comprehensive measurements and testing on RF boards to verify designs and ensure compliancewith technical specifications.- Use advanced simulation tools to model, analyze, and design phased array antennas, aiming to achieveoptimal radiation patterns and efficiency.- Develop specialized software for simulating RF systems (including antennas) and conducting tests,enhancing the efficiency and accuracy of design validations.- Conduct field and laboratory tests on antennas to evaluate their performance, including pattern and gainmeasurements.- Perform testing to ensure antenna designs comply with relevant regulatory standards.

- Designing, developing, and testing RF components, antennas, wireless networks, and microwave systems.- Contributing to the development of a patented 1D waveguide-based phased array technology.- Designing patch antennas using CST Microwave Studio software.- Working with reflector antennas, including parabolic and other designs using geometrical optics.- Researching and developing new technologies in the R&D team, such as fabricating radomes with minimal losses and designing wide-band antennas (1 GHz to 22GHz).- Using scripting languages like Python, Matlab, and VB6 for post-processing and design optimization.- Measuring antennas in an anechoic chamber, from planar-near field to far-field.- Performing S-Parameters extraction from microwave passive components and radomes.

- Designing antenna systems.- Creating, modifying, and upgrading system block diagrams using AutoCAD LT.- Maintaining bill of materials (BOM) and part history in Agile.- Planning and executing link budget analysis.- Calculating G/T and other crucial antenna parameters.- Testing and troubleshooting RF systems, utilizing RF lab equipment like Network Analyzers, Spectrum Analyzers, Power Meters, and Oscilloscopes.- Managing product life cycle.

-Optimal waveform design for low probability of intercept in 5G communications. MATLAB and Python coding.-RAN Network-Military project.

- ARMS Project. Anti-Drone System.- Designed a signal jammer system. Different signal processing techniques (MATLAB, Wavelets, Fourier) and RF equipment (Oscilloscopes, signal generators, spectrum and network analyzers).- Project Management. Supervise the implementation of the jammer system to shoot down drones (ARMS project). Worked with RF equipment such as SDR, antennas, mixers, filters, amplifiers, DC/AC and AC/DC converters, attenuators, etc.

- Worked with MATLAB and Python to develop the ‘Sense and Avoid’ technique on a Drone. Rotational Synthetic Aperture Radar (ROSAR) processor simulator was made to work with simulated and real data.

- Developed the OPINATOR software project to deliver a stable and reliable software web application that allows to manage different APIS and tools for digital marketing. As a software developer different tools and technologies were used such as JAVA, SQL, HTML, CSS, JS among other resources.