Water scarcity is quite a large problem lets try to tackle this by taking unpotable salty water and distill it into potable drinking water.
Making an EEPROM programmer would allow me to simplify many logic circuits as I can program EEPROMs to hold a specific “code-block” of a circuit.
3D printers are cool! Let’s make a 3D printer to learn more about control systems and mechanical design. Let’s also keep it affordable but still accurate.
Water scarcity is quite a large problem lets try to tackle this by catching water from low-lying clouds in arid mountain regions.
Clock circuits are quite useful especially for making breadboard computers as it allows us to run the fetch-decode-execute cycle without having to manually step the cycle.
Let’s make a website to organize all my stuffs into one place. Let’s also make the website easy to read and pleasant to look at.
Let’s create an initial design for a solar UAV that is able to fly in the air perpetually. Lets use parts that are affordable and non-specialist so that this can be done at home.
Ever since the 3D printer was finished we were stuck with a mess of wires, let’s make a housing for all the electronics. Making it general purpose would allow me to use the electronics easily for other projects too.
Making a general purpose breadboard computer would be very cool, but we first need a way to design the computer to prevent unessasary pain. A properly done program would allow me to use it for electronic projects in the future too.
Creating some cool-looking graphics for the website’s homepage would make the page a lot less boring. Let’s also learn how to program ray-traced graphics while we are here too.
Let’s make a Analog task manager inspired that allows us to display the CPU core loads, CPU core temperatures, CPU power consumption, GPU load, GPU temperature, GPU power consumption, and memory usage.
Let’s use the digital logic simulator to build a 16-bit custom computer with a 32-bit address bus using 7000 series of ICs on a breadboard, let’s also first run the design in the my digital logic simulator to ensure that it works correctly before building it. Let’s also try to keep complexity low by cheating and using dedicated memory ICs rather than building our own memory from scratch.
Okay so there’s this electric car competition, our school has an electric car. Let’s improve the design to make it vastly superior to other racecars, I have limited time to complete this so lets blitz it and hope for the best. This is a team project!