Thinking Tools for Innovation: Practical Patterns to Break Barriers

Interactive Workshop 

> Date: 2 March 2026, 9:00-12:30 CET
> Format: Online Live
> Participants: Up to 40

Innovation isn’t magic—it’s a skill you can master. Join our interactive workshop to learn proven thinking patterns, break cognitive barriers, and apply structured methods like Function Follows Form to develop innovative products, services, and processes. Discover how to make experimentation a safe, valuable part of your organizational culture and embed innovation into your daily work.

Why This Workshop?

Innovation is not about imagining a completely new reality—it’s about creating new value within the existing one and making ideas feasible. Many confuse innovation with pure creation, but true innovation requires systematic questioning of the status quo and the courage to experiment.

Research shows that anyone can become an effective innovator through structured practice. The real challenge for organizations is creating an environment where experimentation is valued—even when it leads to failure—because this is how individuals, teams, and businesses grow.

To embed innovative thinking into organizational DNA, two elements are essential:

  1. Software for the brain – thinking patterns that help identify and develop new possibilities.
  2. Software for the organization – routines that make innovation a natural part of everyday work.

This workshop introduces practical tools for both, helping participants break cognitive fixedness, apply structured innovation patterns, and organize systematic development processes.

 

Agenda highlights

Intro

  • Innovation vs. creation – why do people confuse them?
  • “Inside the box thinking” – two stages of innovative thinking
  • Why spontaneous innovation is rare
  • Cognitive fixedness and how to break it
  • Thinking patterns for innovation

Innovative Product and/or Service Development

  • The Function Follows Form (FFF) rule
  • Patterns for product, service, and process innovation
  • Applying the FFF process: subtraction, multiplication, division, adding new functions, creating new dependencies
  • How to organize a systematic innovation development process