3D UNIV+RSES in Education

3D UNIVERSES are advanced, secure digital environments that integrate modeling, simulation, data science, and AI to create a complete, dynamic representation of the real world. 
For academics, they provide a trusted, scientific sandbox where students can:

• Experiment with AI-driven virtual twins of products, factories etc.
• Practice sustainable innovation by simulating product and process lifecycles.
• Master critical skills in a secure, cloud-based platform that mirrors the future of industrial workflows.

General AI (like consumer-grade tools) often focuses on creative content generation or answering general questions, sometimes with the risk of "hallucinations." AI for Industry is fundamentally different:

• It enables students to apply the rigor and scientific precision emphasized in theoretical courses.
• It is then leveraged to ensure reliable, verifiable scientific insights for high-stakes sectors like aerospace, life sciences, and manufacturing, preparing students for the rigorous demands of professional engineering.
• All of this, relying on the on three pillars of the 3DUNIV+RSES: Trust, Precision, and Science.

Virtual Twin Experiences are scientifically accurate, digital replicas of real-world scenarios, a product, a factory, or even the human body. They allow students to move beyond theoretical study by:

• Bringing Industry into the Classroom: They create a strong, practical bridge between academia and industry, ensuring that students' learning directly mirrors professional engineering practices.
• Enforcing Digital Continuity: The 3DEXPERIENCE platform ensures coherence and synthesis, mirroring industry demands for a single, consistent system view, and guiding students from siloed, multidisciplinary learning toward a unified, systems-thinking approach.
• Providing a single source of truth, with the 3DEXPERIENCE platform, that connects design, engineering, and manufacturing, teaching students essential collaborative skills.
• Simulating, predicting, and optimizing system performance with unprecedented accuracy.
• Integrating AI to understand complex systems, such as stress-testing a car's safety features before a physical prototype is needed.

Generative Experiences leverage Industrial AI to go beyond manual iteration. Instead of an engineer spending weeks creating variations, the AI learns from a industry's collective knowledge base to:

• Create entirely new concepts based on real-world data and AI predictions.
• Empower students to select, fine-tune, and converge on optimal solutions based on their scientific knowledge and coursework learnings.
• Guide the exploration of possibilities, drastically speeding up the transition from an idea to production-ready design. This technology empowers students to focus on high-level problem-solving and innovation rather than repetitive tasks.

A Virtual Companion is an intelligent co-pilot within the 3DEXPERIENCE Cloud platform. It'll help your teaching practices by:

• Accelerating the learning curve by providing instant access to collective knowledge and best practices.
• Speeding up repetitive tasks, allowing students to dedicate more time to complex problem-solving.

The Generative Economy is a transformative approach to value creation that focuses on developing sustainable and innovative experiences that positively impact the world. It’s an essential concept because it shifts the focus from just physical products to:

• Combining digital and real-world systems through virtual twins.
• Harnessing data-driven insights to optimize resources.

Teaching the Generative Economy prepares students to be creators of value that emphasizes environmental sustainability and societal advancement.