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AI in New Product Development — A Team Primer

A practical introduction to how AI fits into engineering product development — covering the data foundations, integration frameworks, and real use cases your team needs to know before making any serious investment.

Updated Sep 29, 2026

About this course

Most product development teams know AI is changing their field. Fewer know where to actually start. The gap isn't enthusiasm — it's shared vocabulary and a clear picture of what the technology requires before it can deliver. This course is built to close that gap.

You'll work through three connected areas. First, the Digital Thread: the data backbone that AI depends on, and why fragmented tool landscapes are the real reason most engineering AI efforts stall before they scale. Second, a five-dimension framework — drawn from Accenture and Fraunhofer research — that maps what every engineering AI transformation has to invest in across data quality, interoperability, platform, context management, and governance. Third, a practical tour of where AI already delivers value across the V-model, from requirements through release, plus a grounded look at where multi-agent systems are headed.

This is a team primer, not a deep technical course. You won't need a machine learning background. You will leave with a shared frame your team can use to evaluate AI tools, spot integration problems before they become expensive, and have more productive conversations with vendors, architects, and leadership about what it actually takes to scale AI in engineering.

Details

Updated Sep 29, 2026
3 units, 6 lessons
3 projects
3 assessments

Skills you'll learn

Digital Thread Fluency

Explain what the Digital Thread is, how it differs from the Digital Twin, and why it is the prerequisite for scalable AI in engineering.

AI Capability Mapping

Distinguish between ML, Deep Learning, Generative AI, and Agentic AI and identify which engineering tasks each is suited for.

Framework-Based AI Assessment

Use the five-dimension framework to diagnose gaps in data quality, interoperability, platform, context management, and governance on a real team or project.

V-Model Use Case Recognition

Match concrete AI applications to the six engineering domains of the V-model and place them on a maturity scale.

Agentic Architecture Awareness

Describe how orchestrator, super-agent, and executor patterns will coordinate cross-domain engineering workflows and what foundations they require.

Syllabus

3 units • 6 lessons • 3 projects • 3 assessments

Learning activities

Every lesson gives you several ways to learn.

Read
Flashcards
Quiz
Visual lecture
Arcade

Frequently asked questions

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