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During the development of the device, each component was tested first to see if it has defects. After ensuring each component works properly, the Hardware system was assembled, and then programmed. It was then tested to check if it works properly and that each sensor and actuator was compatible with one another. After finalizing the device, it is now ready for use and data gathering.

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The flowchart shows the processes that we followed in order to complete the testing of the device, it starts from the components of the device being tested. After the components have been tested in order to make sure everything is working, the final testing of the device through collecting the responses of 15 respondents using the questionnaire aligned to the ISO 25010 requirements was conducted. After the quota of respondents has been met, the evaluation of the responses was conducted. After all procedures have been completed, the testing phase of the device will be completed.

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This flowchart shows the process in which the device is tested. After the device is recieved we tested the device's hardware performance to ensure that the hardware of the device is working as intended. Next, we tested the software performance of the device to ensure that the program of the device is working and functioning as intended.

After the making sure the device is working as intended, we then gathered data from 15 licensed motorcycle riders. We tested the device's performance by using a questionnaire aligned to the ISO 25010 Product Quality Standards. Following the data collection, we then evaluated the responses provided by the respondents. After the evaluation of the responses, it can be concluded that the device is high quality and passed the ISO 25010 standards.

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The flowchart shows the procedure of how our group tested the device. First of all, we divided the device into the helmet and the scaled-down motorcycle model part. We first tested the helmet, and if it doesn't go well, we repeat until we get a good outcome. Then, we test the scaled-down motorcycle part, and we repeatedly tested it to get a good result. After making sure that all the components are working properly and according to their functions, our group got a quota of 15 licensed motorcycle riders to test our device using a survey questionnaire aligned to the ISO 25010 Product Quality Standards. After finalizing, the testing phase is now completed and guarantees that the device is of high quality.

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After the device is assembled and completed, each component and hardware was tested to ensure that these components will work properly. If the hardware components are functioning properly, the next to test is the full software of the device to test if the programming and the code functions very well. After this, we proceeded to the final testing and started the data collection of the device using a questionaire aligned to ISO25010 with a quota of 15 respondents. After that their evaluations will be assessed and the testing phase of the device will be complete

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The testing phase for our project involved a comprehensive procedure to ensure all hardware and software components were working correctly. The process began with the assembly and completion of the device, Each hardware component went into testing, with repeated trials until the desired performance was achieved. Once the hardware was validated, the next step was to test the full software to ensure the programming and code were functioning properly.

Following this, we moved on to the final phase of testing, which included data collection through a questionnaire aligned with ISO 25010 Product Quality Standards. We gathered feedback from 15 licensed motorcycle riders who evaluated our device. This feedback was assessed to determine the overall quality and functionality of the prototype. After successful testing and positive evaluations, the testing phase was deemed complete, confirming that our device met the expected quality standards.