Learning on the left. Application on the right.

Systematic program design, recursion, data definitions, and testing.

Object-oriented design, testing, persistence, and maintainable software.

Logic, proofs, discrete structures, and the mathematical foundations of computing.

Computer architecture, memory, assembly, and low-level systems reasoning.

Data structures, algorithmic analysis, trees, heaps, and image structures.

Hardware/software interfaces, concurrency, memory hierarchy, and systems performance.

Relational modelling, SQL, normalization, and database-backed application design.

Human-centred design, prototyping, usability evaluation, and iterative research.

Artificial intelligence foundations, search, reasoning, and probabilistic methods.

Team software engineering, TypeScript architecture, testing, and maintainability.

Internet architecture, network protocols, reliability, and practical networked systems.

Advanced interaction design, evaluation, and research-informed prototyping.