feat: Sensor-pod local temperature reading.

README.md

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 Final year project Applied Computing (IoT)
 
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-<img src="img\USVLIR.jpg" class="center" width="600" height="800">
+<img src="img\sensor-pod-local-temp.png" class="center" width="600" height="800">
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-# Executive summary
+
+
+## Academic Title - "USV-Lir Micro: bit Sensor Pod Abstraction"
+
+## Commercial Title - "Micro:Bit Sensor Pod breakout Board"
+
 This project carries on from the work done by the students of the SETU Applied robotics lab.
+
 The purpose of this project is to enhance the Unmanned Surface Vehicle (USV) Lir ecosystem by refining the sensor pod system. 
 
-As it stands, the USV has implemented a sensor deployment mechanism for maritime related measurements but currently the sensor pod system is in the prototype phase. This means that this aspect of the sensor deployment system has been left unfinished and needs to be worked on in order for the USV to be able to take water measurements autonomously.
-
-# Proposed solution
-The proposed solution is to take the current prototype of the sensor pod system and iterate on previous work done by students with the addition of making the system accessible for students by designing a micro bit library to interact with the sensor pod system.
-This would allow the USV to have the functionality of taking real time measurements and open up new use cases for the platform.
+Starting with calibrating sensors and designing a printed circuit board that has a Micro: bit interface. This involves calibration procedures, enhancing the vehicle's ability to collect and process data.
+
+The integration of a Micro: bit interface into the PCB aims to streamline communication between the sensors and the USV's central control system, enabling seamless data transmission and analysis.
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+Additionally, a custom Micro: bit library will be created in order to make it easier to program the Micro: bit sensor pod interface.
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+This allows both technical and non-technical people to contribute and launch their own sensor pod missions.
+