Manuel Jimenez Email & Phone Number

Doraville, Georgia, Us

- 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.

Kgs. Lyngby, Dk

- 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.

Kgs. Lyngby, Dk

- 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.

Fairfax, Virginia , Us

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

Madrid, Madrid, Es

- 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.

Es

- 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.

Madrid, Community Of Madrid, Es

- 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.

Master'S Degree, Telecommunications Engineering

Master'S Degree, Electrical And Computer Engineering

Bachelor'S Degree, Engineering In Telecommunication Technologies And Services