An article outlining various physical effects and how they influence oceanic circulation. Extensive research and data analysis allowed laboratory work to be fully and accurately conveyed in article form.

Experimental data was collected, processed and analyzed to identify relationships between frequency and the dielectric properties of the tested liquids. The project involved mathematical calculations, data analysis and visualization, interpretation of experimental results, scientific research and the production of a detailed technical report. 

Working collaboratively with a large experimental dataset, we processed, analyzed and visualized the data to identify patterns and relationships between key variables. 

Research and experimental data were analyzed to compare material properties and their impact on photovoltaic performance. The findings were then communicated through a professionally designed scientific poster, requiring complex technical information to be transformed into clear, concise and visually accessible conclusions. 

Experimental results were analyzed to compare the behavior of different shapes and identify relationships between geometry, fluid interactions and orientation. The findings were evaluated and presented in a structured technical report, combining experimental analysis with relevant physical theory.