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challenge

Inventive Design and AI-Driven Innovation

Inventive Design and AI-Driven Innovation

Unlock Advanced Problem-Solving at the Intersection of Inventive Design, AI, and Industrial Revolution
Open for application
DescriptionOutcomesPotential progressInformationProviders

Our Challenge

This challenge explores how the TRIZ methodology, supercharged by AI, can be leveraged to accelerate industrial innovation. Utilizing the FINDER platform (Framework for Inventive Design Research), a collaborative online environment specifically designed for this purpose, participants will engage with cutting-edge AI technologies, such as GPT-4 APIs, deep learning, GANs, and Natural Language Processing (NLP). Backed by an internationally-renowned industrial partner and part of the AIARD (Artificial Intelligence Assisted Research & Development) initiative, this challenge offers a unique opportunity to solve real-world industrial problems using next-generation tools.

The Team

DC
Denis Cavallucci
Teamcher
0 learners
Topics
-
Study format
Hybrid
Application period
1 June – 22 September 2025
Study period
1 October – 17 December 2025
Credits
3 ECTS
Hosting university
INSA Group
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Learning outcomes

Explain best practice for using digital tools in complex environments.

By the end of this challenge, you will be able to explain best practice approaches for collaboration, content creation, and problem solving based on your own experiences, as well as advising on patents.

ESCO SKILLS

Analyse problems and describe potential solutions

By the end of this challenge, you will be able to analyse a range of issues by using a variety of different methodologies and approaches.

ESCO SKILLS

Describe innovative solutions.

By the end of this challenge, you will be able to think creativley and innovatively, as well as develop creative ideas.

ESCO SKILLS

Execute a presentation.

By the end of this challenge, you will be able to present your arguments persuasively to a range of stakeholders, as well as participating in active discussions.

ESCO SKILLS

Potential progress

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Information

Imagine being at the forefront of industrial innovation, where AI and cutting-edge problem-solving techniques come together to transform how we tackle real-world challenges. In this challenge, you’ll dive into the powerful TRIZ methodology, enhanced by advanced AI technologies, to develop practical, industry-ready solutions. TRIZ stands for the ‘theory of inventive problem-solving’ and has been integrated by companies such as Samsung to promote innovation and dynamic problem-solving.

Using the FINDER platform, you’ll learn how to apply tools like GPT-4, deep learning, GANs, and NLP to solve complex problems. You’ll work on real industrial cases, collaborating with peers and industry experts from around the globe. This hands-on experience will not only help you master innovative methodologies but also give you a taste of how AI and large language models (LLMs) are reshaping industrial research and development.

Backed by an internationally renowned industrial partner and part of the AIARD initiative, this challenge is your chance to gain practical skills and build a strong foundation for working with AI-driven innovation.

Are you ready to push the boundaries of what’s possible?

Hosting university

INSA Group

INSA Group

Challenge provider

ArcelorMittal