Track 01 – Computer Fundamentals
Learn computing history, operating systems, Pascal, Ada, Rust, compilers, linkers, privacy, AI, and modern hardware.
Open TrackAgila University
Choose a learning track
About 15 minutes per lesson, including practice. Complete every lesson check and pass every module assessment to earn this track certificate.
Track 08 – Web Development
Build accessible pages with HTML, CSS, and JavaScript, then continue to networking, security, and server engineering.
Open TrackTrack 22 – CPU Architecture & Portability
From bits and byte order to x86-64, Arm64, RISC-V, 6502, and Z80 portability.
Open TrackTrack 21 – BASIC
Numbered programs, loops, subroutines, and portability across BASIC dialects and CPU families. The lab uses Bywater BASIC.
Open TrackTrack 09 – Pascal
Structured programs, records, loops, and explicit tests.
Open TrackTrack 10 – Object Pascal & Objective-Pascal
Start with runnable Object Pascal; then study the distinct Objective-Pascal bridge to Objective-C.
Open TrackTrack 02 – Ada Engineering
Learn Ada from your first program through types, contracts, testing, and reliable components.
Open TrackTrack 06 – Flying V Application Development
Build applications with Flying V, Agila’s exclusive application language. Learn from the public Agila SDK and run examples in the browser.
Open TrackTrack 11 – Rust
Ownership, borrowing, collections, and reliable components.
Open TrackTrack 12 – C
C17 foundations for memory, systems interfaces, and kernel work.
Open TrackTrack 13 – C++
C++17 values, containers, resource ownership, and tests.
Open TrackTrack 14 – C#
Methods, objects, and collections. The lab uses the Mono compiler and its supported C# syntax.
Open TrackTrack 15 – Objective-C
Messages and objects using GNUstep Foundation on Linux; Apple UI frameworks require an Apple environment.
Open TrackTrack 16 – V (Vlang)
Learn standard V separately from Flying V and the Agila SDK.
Open TrackTrack 17 – Swift
Values, functions, collections, and optionals. Linux console programs run in this lab; SwiftUI is a separate platform topic.
Open TrackTrack 18 – Python
Readable programs, data structures, testing, and a route into AI runtime experiments.
Open TrackTrack 19 – Ruby
Objects, blocks, collections, and small explainable tools.
Open TrackTrack 07 – Understand and Review AI Code
Understand AI-generated code. Trace its behavior, check its claims, find mistakes, and test the result.
Open TrackTrack 26 – Algorithms & Data Structures
Continue beyond syntax through focused experiments and a documented project.
Open TrackTrack 27 – Concurrency & Scheduling
Continue beyond syntax through focused experiments and a documented project.
Open TrackTrack 28 – Secure Software & Testing
Continue beyond syntax through focused experiments and a documented project.
Open TrackTrack 29 – Networking & Protocols
Continue beyond syntax through focused experiments and a documented project.
Open TrackTrack 23 – Build Open Agila OS
Read and build the real public kernel, model its missing components, and work toward tested boot milestones. Prerequisites: Ada, C, and CPU architecture.
Open TrackTrack 24 – Server OS Engineering
Services, isolation, storage, observability, and recoverable server images. Continue from OS and networking foundations.
Open TrackTrack 25 – AI Runtime Engineering
Shapes, reference kernels, numerical error, memory lifetimes, quantization, and a small graph executor.
Open TrackTrack 30 – CPU/GPU Core & Memory Mapping
Twelve 15-minute sessions on topology, affinity, NUMA, address spaces, GPU buffers, synchronization, and measured task placement.
Open TrackTrack 20 – Objective Ada · planned
A proposed Agila language inspired by Objective-Pascal. Grammar, object model, ABI, compiler, and runtime are not specified yet. Study Ada, Objective-Pascal, and Objective-C as preparation. No completion certificate is offered for an unimplemented track.
Learn at your own pace. Complete the lesson check to receive your certificate, then continue to the next lesson. How learning works