Track 01 – Computer Fundamentals
Learn computing history, operating systems, Pascal, Ada, Rust, compilers, linkers, privacy, AI, and modern hardware.
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Explore the working Ada/V message-port core and x86-64 QEMU boot milestone. Learn the code, reproduce its tests, and contribute a focused improvement.
About 15 minutes per lesson, including practice. Complete every lesson check and pass every module assessment to earn this track certificate.
Learn computing history, operating systems, Pascal, Ada, Rust, compilers, linkers, privacy, AI, and modern hardware.
Open TrackFrom bits and byte order to x86-64, Arm64, RISC-V, 6502, and Z80 portability.
Open TrackOwnership, borrowing, collections, and reliable components.
Open TrackC17 foundations for memory, systems interfaces, and kernel work.
Open TrackReadable programs, data structures, testing, and a route into AI runtime experiments.
Open TrackUnderstand AI-generated code. Trace its behavior, check its claims, find mistakes, and test the result.
Open TrackContinue beyond syntax through focused experiments and a documented project.
Open TrackContinue beyond syntax through focused experiments and a documented project.
Open TrackContinue beyond syntax through focused experiments and a documented project.
Open TrackRead and build the real public kernel, model its missing components, and work toward tested boot milestones. Prerequisites: Ada, C, and CPU architecture.
Open TrackServices, isolation, storage, observability, and recoverable server images. Continue from OS and networking foundations.
Open TrackTwelve 15-minute sessions on topology, affinity, NUMA, address spaces, GPU buffers, synchronization, and measured task placement.
Open TrackLearn at your own pace. Complete the lesson check to receive your certificate, then continue to the next lesson. How learning works