 Hello fellow space nerds. My name is Alexander. I'm 13 years old and I go to Lake Braggack secondary school I've been home school for a couple weeks and I really appreciate public school teachers right now According to the NASA website, a background in Robox can help with the career at NASA Thanks for the info. So while the distance learning program is kicking off where I live, I'd much rather build a rover But I have to start small and wow, I never appreciate how hard NASA engineers work This basic circuit board is a little harder to control than I thought but I'm getting better This is my most recent project. It uses analog digital Dega, resistors, a multicolor LED and a heat sensor It's a meat thermometer to create a machine that changes color depending on the temperature I wire it all into this red board and it works It's cool how the sensor changes resistance based on the temperature and then the Arduino can measure it based on the voltage And with that I have completed step 10 of my journey Step 1 million miniature perseverance Mars rover. Next step learn what a semiconductor is The big plan is to try to build a mini perseverance that can boldly go across the living room For that off to learn semiconductors, motors, more C and a ton of other things that I don't even know exist I'm really going to have to persevere Want to try this for yourself? I found plans on the NASA at home website for a detailed mini rover That was the inspiration for me trying to make my own If you want to try this for yourself, but don't want to go through the long learning process How's it goes to go there? So thank you to NASA at home for the inspiration I've got a plan set the torn up kids toys and a lot of time on my hands Let's see how much engineering we can get done