Links

https://www.thewave.engineer/articles.html/productivity/legos-0002mm-specification-and-its-implications-for-manufacturing-r120/ Legos all snap together, but have you ever stopped to consider just how precise things need to be to ensure they always connect the same way?
https://r2d3.us/visual-intro-to-machine-learning-part-1/ No doubt with all the talk of AI you’ve heard of Machine Learning, this is a neat graphical representation of whats going on when the ML term is used
https://www.youtube.com/watch?v=XSQUrnoHFxk This screw counting device is pretty amazing it ties together all types of awesomely engineered mechanisms and sensors, be sure to check out his previous videos they are awesome
https://apps.npr.org/life-on-tristan-da-cunha/ Tristan da Cunha is a small island in the center of the Atlantic you’ve probably never heard of, this is a cool view into what it’s like there
https://www.youtube.com/watch?v=S2IroRPYE1U Wouldn’t be the start of April without some breakthrough tech solutions.
https://youtu.be/rTBkjR7JvzI?si=GMCaa2u1RuyotmN2 3D prints are ubiquitous but pretty much all of them are instantly recognizable for what they are with their z-layer lines, this is a cool tool to easily add a bit of a different texture to your next print

Cool historical fact

https://en.wikipedia.org/wiki/Harvard_Mark_II The Harvard Mark II was a relay computer, as it was around prior to the transistor it used mechanical relays to alternate current pathways. There were many other relay computers around this time, but what made the Mark II memorable over time is it was the origin for the term “Bug” in relation to computing, as in 1947 the computer was malfunctioning, the source of the malfunction turned out to be a moth that had found its way inside the machine