NCAME at Auburn University has partnered with Amaero to develop the use of AM within defence sectors such as aerospace and ...

Generative design helps engineers explore design, delivering 30-50% faster time-to-market, 10-50% weight reductions, and up ...

Ralph Wigum keeps coding work moving by reading prior outputs, ideal for greenfield specs and batch cleanup, giving steady, ...

As the 2025 ARIS (Academic Space Initiative Switzerland) rocketry cycle concludes, the student teams behind the HEPHAESTUS and HERMES projects credit their industrial partner, IRPD AG, with enabling ...

SDLC guides teams to plan, build, test, and deliver software. Discover phases, KPIs, tools, and checklist with our quick start guide. Picture this: You and your team have spent a tremendous amount of ...

Digital Health Technologies (DHTs) hold immense potential for transforming drug development. Although innovation in the DHT space has been rapid, the approval process for these technologies remains ...

According to Google DeepMind, their latest post highlights a streamlined AI workflow emphasizing four key stages: Prompt it, Learn it, Build it, and Plan it (source: Google DeepMind, Nov 21, 2025).

Directly presenting final requirements to AI often leads to code generation that deviates from intended outcomes because the AI lacks human intervention during the development process. Without ...

STAN produces a single source of truth for AI‑assisted development: a tarball of your repo plus deterministic text outputs from your build/test/lint/typecheck scripts. You get portable, auditable, ...

Medical device design and development is a process that helps to ensure devices that go to market are safe, effective, marketable, and profitable. The process is a blueprint of the phases needed to ...

Forbes contributors publish independent expert analyses and insights. We set an example for a better future via education and research. Launching new products is never a straight line—it’s a ...