Lecture
How AI Is transforming hardware development
- at -
- Hall C6C6.501
- Language: English
- Type: Lecture
Lecture description
As electronics and hardware systems become more complex, development teams are being asked to deliver increasingly sophisticated products within shorter development cycles and with limited engineering capacity. Modern designs require coordination across thousands of components, multiple disciplines, and extensive documentation. This session examines how AI can help organizations meet current and future development requirements by augmenting high-impact engineering workflows, capturing and reusing institutional knowledge, and helping teams keep pace with rising complexity. Drawing on enterprise deployments and real-world examples, AllSpice CEO Valentina Ratner will present practical applications of AI in design reviews, early error detection, documentation, traceability, and engineering knowledge reuse. The session will explore how structured, machine-readable design data and organizational context enable AI systems to assist engineers in identifying issues, surfacing relevant information, and accelerating routine engineering tasks. The presentation will address the foundational capabilities needed to deploy AI-assisted workflows effectively, including structured design data, version-controlled engineering workflows, and capturing engineering intent in ways that both engineers and AI systems can use. Attendees will gain insight into how AI complements existing engineering systems and where deterministic tools remain essential for rule enforcement, compliance, and repeatable workflows. The session will also explore how organizations can unlock greater value from available technologies by connecting design data, historical project knowledge, and engineering processes into a unified environment that supports AI-augmented engineering. Attendees will leave with a framework for identifying high-impact use cases, prioritizing adoption efforts, and implementing AI capabilities that improve engineering efficiency, design quality, and time-to-market.
