Within CERN, there is an initiative for the development of a new muon detector under the name MuonE. It has determined a need for a new detection technology because of the age and loss of expertise in the maintaining and production of the existing experimental setups. A prototype muon detector based on scintillating fibers and Silicone Photo Multiplier (SiPM) chips has been proposed and made. SiPMs consist of an array of Single Photon Avalanche Diodes (SPAD) with both slow and fast outputs. Scintillation fibers emit photons in contact with a beam of charged particles, such as electrons and muons. They also act as an optical fiber and conduct said photons to photo sensitive detectors with a high degree of efficiency. Development board Citiroc 1A by the company Weerock was used for data acquisition. The housing of the SiPM board and scintillating fibers was modeled and 3D printed based on the measurements of said board. In the scope of this work, twelve SiPM detection channels have been calibrated. Their work has been characterised in both darkness and under the influence of a source simulation, with and without scintillating fibers. A blue LED was used as the source simulation. Staircase calibration curves were made in the response to the reverse polarisation potential of the SiPM chips, as well as S-curve calibration curves in the response to the measurement clock frequency, LED voltage and the duration of the current impulse through the LED. It was concluded that the threshold of detection should be set at 3.5 electronvolts, which is 400DACu. This completely excludes electrical noise, cross-talk effect between the different SPADs of one SiPM chip, and false positives due to light leakages. It has also been determined that the scintillating fibers significantly improve signal detection.