TRIZ Asia does not begin with idea generation. We begin by defining what must improve, what system
is creating the current result and which problem is worth solving.
Clarify the business, customer or operational outcome and identify the parameters that matter most.
Map functions, process operations, flows, interfaces, resources, constraints and available evidence.
Separate symptoms from mechanisms and identify the controllable cause, contradiction or parameter with the highest leverage.
Use systematic innovation, TRIZ, resources, effects, analogues, feature transfer, trimming and functional search where relevant.
Test assumptions, identify secondary problems and define proof-of-principle work.
Support prototype development, scaling, decision gates and capability transfer as required.
Not every engagement requires every method. The method set is selected to fit the decision, technical system and evidence available.
Make conflicting requirements explicit so the solution space is not limited to compromise.
Explore next system pressures, S curve transitions and future architecture directions.
Make system interactions and process responsibilities visible.
Remove components or operations by transferring or eliminating functions without losing value.
Separate observed effects from mechanism hypotheses and find controllable causes.
Connect market, customer or business value to the technical parameters that should drive innovation.
Search for leading mechanisms by function rather than industry name.
Move a useful mechanism from a donor system into a recipient while checking fit and side effects.
Convert promising concepts into evidence through focused tests, prototypes and engineering reasoning.
Selected engagements can draw on international TRIZ and specialist collaboration. Through its strategic partnership with GEN TRIZ, relevant projects can access the GEN TRIZ Global Knowledge Network of more than 8,000 scientists, engineers and subject matter experts across 25 countries.
One bounded problem or decision with a focused output and next test plan.
End to end work from problem framing through concept directions and substantiation.
Technology search, future system exploration or roadmap development.
Capability building linked directly to real company problems.
Ongoing access across a pipeline of technical and innovation challenges.
A focused engagement sprint for a complex strategic or innovation decision, using MetaLens™ where appropriate.
