3 hours to teach Blockain and Cryptocurrencies
Hi !
I'm a French student in 5th year of Engineering school (INSA Rennes), and I have to present Blockain & Cryptocurrencies to my schoolmates in 3 hours. I can divide this time as I want, for example : 1 hour lecture, 2 hours practicals.
I have some ideas of what to say during the lecture. HN was really helpful to find articles and videos (especially https://anders.com/blockchain/) but now I'm more struggling to find what to do during the practicals. If it is possible, I'd like to create a tiny currency, just for exercise, so that they could actually play with it, study the blockchain etc.
Do you have any idea how to do that, or do you have any other good idea ?
Thank you :)
7 comments
[ 3.4 ms ] story [ 26.5 ms ] threadBut efficient? I think it's a complicated enough idea that it'll require a bit to outline the problem it solves and then longer how it goes about solving it.
Their job is to write down the transactions on a piece of paper.
Then have some students be miners.
They write down unconfirmed transactions and roll 2 dice. If they get a pair of 1's they can create a block and give it to the node students to copy. (Could use a photocopier to speed things up)
Then have some students be users creating transactions and such like.
Try to cover all the possible scenarios when you are planning it out, what happens when multiple miners create a block at nearly the same time?
Be sure to grab a few friends and test it out first, try to predict what kind of questions people might ask.
Good Luck!
Someone shuffles a handful of decks together, this creates the feed of transactions going into the network. "Blocks" are created by grabbing a random set of recent open transactions and rolling dice, like you suggest. Pair of ones and that "block" can be passed on to all the other nodes. Others can continue "mining" if they want and try to create a fork, other miners may choose to base their work on the newest block.
Have some sorted stacks of cards or tokens available to quickly assemble copies of the blocks and transactions.