There is growing tendency toward the application of high frequency electromagnetic waves in in areas such as wireless telecommunications and military technology. High frequency electromagnetic waves like microwave, millimeter wave and terahertz penetrate to the surface layer of a medium depending on the frequency and the conductivity. Moreover, the most important types of interaction between high frequency electromagnetic waves and the surrounding medium - when the medium is represented by a biological tissue model - are predominantly in the form of tissue heating. The objective of this study is to analyze the influence of exposure to electromagnetic fields in the frequency range of 1 MHz – 100 GHz on a biological model coated with soil samples. The biological model consists of three biological tissue: skin, fat and muscle. Further, four soil samples are used as a coating material based on their textual classifications which are silty clay, silty loam, sandy loam and loam. Results show that the different soil samples can reduce the amount of absorbed radiation, and heating in the skin tissue thus proved to be a good shielding material against high frequency electromagnetic waves, particularly for frequencies greater than 10 GHz.