With the new Curiosity LPC board in place, seamless communication between the microcontroller, amplifier, and SD-card board was achieved. Rigorous testing and debugging were carried out, resulting in a fully functional system without any errors in the program part.

In the subsequent phase, the team undertook the critical task of verifying if the SD card effectively stored the received signals. To accomplish this, an analog signal was produced using an oscilloscope. The ADC part of the microcontroller performed impeccably, converting the analog signal into digital format. These digital signals were then successfully stored in the SD card and confirmed to be readable.

In the previous week the PC-based group took care of the hardware once again. Some preparations still needed to be made so that the ME sensors could be placed inside the box.The first step that the group took was drilling another hole in the outer boxes, so that there is one pin connector for the fluxgate sensors and two pin connectors for the ME sensors. Following that, cables were soldered to the designated pins for the ME sensors. The final step involved examining the circuit boards and discussing and finalizing the pin assignment. Once the ME sensors are ready for operation, the group will solder them to the prepared cables.