Tag: software-engineering

Seven pioneers helped turn programming from an ad hoc craft into a discipline concerned with architecture, correctness, modularity, cost, risk, and dependable systems.

OS/360 converted IBM's compatibility promise into one enormous software program. Its overruns became a permanent lesson in why software effort does not scale like factory labor.

The Apollo Guidance Computer was a concentrated public investment in embedded computing, integrated circuits, and ultra-reliable software whose spillovers reached far beyond the Moon program.

The hardest part of vibe coding begins after the demo works. This article examines the tests, security, monitoring, architecture, and ownership needed to cross into production.

The most important vibe-coding professionals are not simply the people generating the most code. They are the practitioners defining how AI-first software work stays useful, reviewable, secure, and accountable.

Software history often celebrates launches, but the longer story is maintenance: correcting, adapting, extending, migrating, and preserving systems after their first release.

David Parnas's 1972 information-hiding argument changed modular design from a matter of grouping related steps into a discipline of concealing decisions most likely to change.

The 1968 NATO conference at Garmisch helped establish 'software engineering' as a deliberate response to growing problems of complexity, reliability, cost, scheduling and maintenance.

Structured programming reframed program clarity as an engineering property, arguing that control flow should be composed from understandable structures rather than arbitrary jumps.

Fred Brooks turned the difficult IBM OS/360 experience into a theory of software project management centered on communication, conceptual integrity and the limits of treating people as interchangeable units of effort.