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It was challenging trying to code on my own but I also think it was because I wasn't as familiar with each type of block. The introductory lessons were helpful in getting me acclimated to the program though. I could definitely see this being part of a STEM challenge, where students are charged with making their Microbit complete different tasks.

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Similar to the previous lesson of adjusting speed I attempted to code by myself to see if I could figure it out. I completely forgot that I had to code the left and right sensors on the Microbit. Which explained why he kept stopping after one turn, regardless of where I started him on the black circle. After I included for both sides, this was a success.

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The Microbit did better avoiding tall walls, and the few times it did hit the wall was more of an environment issue. The wheels kept getting caught on the edge of the carpet, so when it tried to turn it got stuck.

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I’m wondering if the color of the obstacles has an impact on what the bot avoids?? He would run into bigger items but smaller ones were easier for him to navigate from.

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I used the original code to adjust it's speed. I think that learning about speed before the fancy moves would've prevented me from having it accidentally running into walls and things because it was so fast before!

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I decided to try to find the code myself in the beginning, and then checked side by side after a while of getting frustrated with not really knowing where certain blocks where, but this lesson was successful.

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He would move when plugged up to the USB, but when not connected I could only get him to play music. I tried different combinations of code and couldn’t figure it out. I eventually used the HEX file to see how it should flow, but when I opened up the Microsoft MakeCode for microbit, I had trouble trying to open up the code that was already downloaded on my microbit (the code I got from the HEX file).

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I downloaded the code, but also documented myself attempting to build the code too.

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I downloaded the code just to see if I could do it successfully...and it was! There was about a three second delay before it took off and I wasn't ready.

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I thought I would be able to jump right into the lessons, but I received an error message saying that “this file does not have an app associated with it for performing this action.”

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These videos are from an earlier project we did when we used the Microbit to code on Scratch. Overall the assembly was difficult for me due to the instructions being pictures and not many words. I need both visuals and text for clarity. I ended up watching a YouTube video and followed along, and that was helpful to watch step by step. The screws I remember last time seemed to give many people issues before, so I did not attempt to deconstruct and rebuild my bot. To be honest, I don't think he will be deconstructed anytime soon since so much work went into assembling him.

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Step 3: Assembly Is Completed-Finished Microbit

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Step 3: Assembly Is Completed-Finished Microbit

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Once the bot was assembled I felt a sense of accomplishment but also relief that the end result of the assembly came out the way it was intended to. I acknowledged that the process took me longer than it should've. I also recognized that when constructing the bot the directions in the manual were picture led. I personally would've preferred written instructions. I ended up going to YouTube and watching some assembly videos throughout to make sure I didn't miss a step or incorrectly assemble the bot. Seeing it turn on for the first time was a great experience that the hard work I experienced earlier was shown with the bot ready to go the first time.

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As I started to assemble I was very frustrated that I couldn't assemble the robot car in a timely manner. My nails and my frustration caused me to stop multiple times when constructing. Finally, I was told that screwdrivers (most) are magnetic on the ends so you can easily pick up small nuts and screws. Once that happened, I found myself becoming more invested in the project again. The end goal was to always get the bot built and program quickly.

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Step 1 of Assembly. Unboxing and Setting Up

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Step 1 of Assembly. Unboxing and Setting Up

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During the unpacking phase, I was really excited because items were laid out and organized by what part of the Yahboom Smart Robot Car that would need to be assembled. I loved that it came in separate bags making it easier to know exactly what bolts, nuts, and other materials went with a specific part of the Microbit.