Jan 29th 2025 @ 13:00 UTC
Hype or Hope: How Impactful is AI for Battery Development?
Explore real-world AI breakthroughs, cutting through the hype to reveal today’s possibilities and future potential.
In a world brimming with bold claims about AI's ability to revolutionise engineering, distinguishing between the hype and reality has become increasingly difficult. From optimising battery cathode formulations to accelerating pharmaceutical discoveries, AI holds the promise of transforming how we tackle complex engineering challenges. But what is truly possible today, and what are leading companies already achieving with AI in practice?
At Monolith, we’ve been at the forefront of AI applications in engineering, collaborating closely with OEMs and engineering teams across various industries. Through our extensive experience, we’ve gained unique insights into both the transformative potential and practical limitations of AI in engineering workflows. Join us for an exclusive webinar, where Marius, our Vice President of Battery Growth, will share real-world examples and insights from his diverse experience across technical and commercial roles. Discover what leading companies are accomplishing with AI today and explore the future of AI-driven innovation in engineering.
Register now to secure your place and receive detailed joining instructions. Don’t miss this opportunity to cut through the noise and gain a clear understanding of what AI can truly deliver for engineering teams today.
If you cannot attend the live session, we would still encourage you to register to receive the webinar recording.
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Who should watch:
- Battery development engineers working to improve test repeatability and data reliability in the development of solid-state technologies.
- R&D leaders focused on accelerating innovation in solid-state batteries and optimising testing strategies with advanced tools and AI.
- Technical decision-makers exploring ways to enhance safety, efficiency, and scalability in next-generation battery systems, including solid-state advancements.