QUOTE(MyDaddy67 @ Nov 13 2012, 12:01 AM)
At the postgraduate level, we are taught to think like a scientist and how to successfully apply the scientific method to our research work. A critical feature of this process is testing our hypothesis with experiments.
Good experimental design for each and every experiment we conduct will greatly enhance our chances for success in the lab. Even if we obtain a negative result, a well-designed experiment will give us confidence in our work and the reliability of our data.
How do you generate creative ideas for problem-solving in designing good experiments? And, what is the advantage of your idea generation method?
I have used some of the methods described in Fig. 4.8. But unlike any other methods, TRIZ has tools for finding solutions. TRIZ will complement and fill in the gaps of how to actually find concepts to solve problems.
TRIZ is actually a comprehensive toolkit with simple tools for understanding “
what we want” and detailed tools for “
system analysis”, which are helpful for everything from invention of new systems to improving old ones. Engineers love finding good solutions and TRIZ offers systematic routes towards the ideal solution places and in addition offers ways of breaking any mental habits which prevent innovation, clarity of understanding and thought, or keep us stuck in the same old solution space. In TRIZ, this is called ‘breaking psychological inertia.’