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Challenge

TRIZ and AI-Driven Innovation

TRIZ and AI-Driven Innovation

Unlock Advanced Problem-Solving at the Intersection of TRIZ, AI, and Industrial Revolution
Open for application
Our challengeOutcomesPotential progressInformationProviders

Our challenge

This challenge explores how the TRIZ methodology, supercharged by Artificial Intelligence (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
Study format
Hybrid
Application period
1 November 2024 – 10 January 2025
Study period
3 February – 11 July 2025
Credits
6 ECTS
Pace
0%
Hosting university
INSA Group
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Learning outcomes

Using digital tools

By the end of this challenge, you will be able to use a variety of digital tools for collaboration, content creation, and problem-solving. You will also use digital tools to advise on patents.

ESCO SKILLS

Use IT tools

Analysing problems

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

Solve problems

Thinking innovatively

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

ESCO SKILLS

Think innovately

Presenting arguments

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

Give live presentation

Potential progress

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Less than 5
5 or more
Goal based on on your motivation scan

Entrepreneurship, technology and innovation

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Critical and innovative thinking

Inter-personal skills

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Information

• Skills to be Gained: Master the TRIZ methodology through the FINDER platform, learn how to utilize cutting-edge AI technologies (GPT-4, deep learning, GANs, NLP), and develop advanced problem-solving techniques.

• AI’s Impact on the Targeted Field: Gain insights into how AI and LLMs enhance innovation processes and streamline the creation of groundbreaking solutions in industrial settings.

• Practical Application of Theoretical Knowledge: You will work hands-on with FINDER to tackle real-world challenges, applying TRIZ and AI technologies such as GPT-4 and GANs to generate actionable, industry-ready solutions.

• Interdisciplinary and International Collaboration: FINDER facilitates global teamwork and cross-sector cooperation, enabling participants to collaborate remotely with peers and industry experts.

Hosting university

INSA Group

INSA Group

Challenge provider

ArcelorMittal