Technologies / Artificial Intelligence

Engineering the Future: The Synergy of TRIZ and AI in Technical Innovation.

\Engineering the Future: The Synergy of TRIZ and AI in Technical Innovation\ is an intensive two-day training course that combines the power of TRIZ (Theory of Inventive Problem Solving) methodology with the capabilities of artificial intelligence (AI) to improve the process of solving technical problems. Participants will learn the secrets of TRIZ, the methodology behind some of the greatest technological breakthroughs of recent decades, and explore the potential of AI to multiply engineering creativity and efficiency. During the training, participants will take part in fascinating workshops where theory turns into practice, solving real engineering problems using the latest AI tools. They will learn to rapidly analyze problematic challenges and identify breakthrough solutions, and will present their innovative ideas, receiving valuable feedback from experts

Issues

Introduction to TRIZ
Problem solving process according to TRIZ
Introduction to AI in innovation processes
Integration of TRIZ with AI
Practical application of AI-assisted TRIZ
Optimization of technical solutions
Presentation and evaluation of solutions

Benefits

Career acceleration - gaining skills that will make the participant stand out in the labor market
Increase efficiency - learn to solve problems 10x faster than the competition
Creativity - discovering new ways of thinking about innovation
Make valuable contacts - meet other passionate innovators and industry experts
Receive concrete tools - leave the training with a ready-made set of techniques for immediate application

Who is this training for?

Engineers willing to go beyond the usual patterns of thinking

Designers who dream of creating breakthrough solutions

Technical managers looking to accelerate innovation in their teams

Anyone who wants to stay one step ahead of the competition in the world of technology

Prerequisites

Basic knowledge of engineering or design
Openness to new methods of problem solving
Laptop with internet access (optional, if required for practical exercises)
Willingness to actively participate in workshops and group discussions

Training program

Introduction to TRIZ — methodology history, basic principles and tools (technical and physical contradictions, ideal final result), group discussion about TRIZ application examples in engineering practice
Problem solving process per TRIZ — problem identification, contradiction analysis, TRIZ inventive principles (40 principles), contradiction matrix
Exercises: Technical contradiction identification — identifying contradictions in an example engineering problem and proposing innovative solutions using TRIZ principles
Introduction to AI in innovative processes — how AI supports solution pattern identification, overview of AI tools available for engineers
Integration of TRIZ with AI — connecting TRIZ systematics with AI capabilities to accelerate the innovation process
Exercises: Using AI tools — applying AI tools to data analysis and proposing TRIZ-based solutions

Solving complex technical problems — practical steps of applying TRIZ in combination with AI, group work on a real engineering problem
Technical challenge analysis using TRIZ and AI — patent analysis, identification of new innovative solutions, technical system evolution trends
Technical solution optimization using TRIZ and AI — AI algorithms for parameter optimization, simulations and evaluation of solution results
Group workshop — working on an engineering problem applying the full TRIZ+AI process (from contradiction identification to solution optimization)
Group presentations — groups present their solutions, discussion on the effectiveness of combining TRIZ and AI
Evaluation and summary — feedback from trainer and participants, individual plan for applying TRIZ+AI in daily engineering work

Delivery Methods

Online

Convenience of participating from anywhere
Interactive live sessions with trainer
Materials available for 30 days
No travel costs

On-site

Direct contact with trainer and group
Intensive hands-on workshops
Networking with other participants
Full focus on learning

Frequently asked questions

Who is the Engineering the Future: The Synergy of TRIZ and AI in Technical Innovation. training for?

This training is designed for professionals looking to develop skills in engineering the future: the synergy of triz and ai in technical innovation.. Required level: intermediate.

How long is the Engineering the Future: The Synergy of TRIZ and AI in Technical Innovation. training?

The training lasts 2. Available in online or on-site format.

Will I receive a certificate?

Yes — every participant receives a completion certificate confirming acquired competencies. EITT holds ISO 9001 accreditation.

Can this training be conducted for a closed group?

Yes — we offer dedicated closed trainings for companies. We customize the program to your team's needs. Contact us for an individual quote.