March Blog: Boyang

During the month of March, I continued to finish the shell of micromouse. After discussing with our team members, we decided to design a part that we can fix the shell on the micromouse with screws. Except this part, I also designed a spacer plate which can separate the sensors. In the end of the […]

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March blog: Bright

For the march of blog before the Easter period, we have finalised the shell design and submitted it for printing. While that was done, l have been working on the OLED screen display to show which mode the micro mouse is operating it. We also perfected the white line following and now our aim is

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March blog: Adam

Throughout the month of march I have been working on redesigning an improved version of the white line sensor as the old white line sensor gave different values for the same surface and the 2 front sensors was not on a single circuit board. There have been some issues that have developed with the line

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March blog: James

Over the duration of March, the team has been hard at work and we have made substantial progress in regard to our micromouse objectives. As manager I have overseen tasks relevant to micromouse advancement such as white-line following, shell design and combat. I have assisted Adam with white-line following with measurements and assembly of a

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February blog: Boyang

During the month of February, our team gained great process in the white line following algorithm and the PCB IR sensor circuit. I dedicated to researching the shell of our micromouse. In early February, our team had a meeting about the appearance of the shell. Finally, we decided to use blue koopa as the shell’s

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February blog: Adam

Throughout the past month I have been working on the white line following algorithm. Much progress has been made and the micro mouse can now follow a white line although the program still needs some improvement as there are still some issues that can occur. Good progress has also been made with the shell design

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December blog: Adam

Throughout the month of December we have been further improving the PCB design by adding a special feature which will allow the circuit to activate the integrated buzzer when the infra-red sensor detects an obstacle. We have found that a better way of activating the integrated buzzer circuit may be to use the Raspberry pi

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