TRIZ. Engineering Problem-Solving Algorithm

🎓 Unlock Your Problem-Solving Potential with TRIZ: The Engineering Algorithm!

Course Title:

TRIZ. Engineering Problem-Solving Algorithm

Headline:

🌟 Develop your Problem-Solving skill! A Practical step-by-step guide for resolving Complex Problems.

Course Description:

The main goal of the course is to equip you with the most effective practical tool for Solving Complex Problems. This Algorithm, known as TRIZ, is a systematic approach that can transform the way you approach challenges. With its 8 STEPS, you'll discover a myriad of solutions to the issues at hand - from 10 to 100 and even more, depending on your dedication and effort.

Step 1: Framing the Problem Learn how to articulate the Complex Problem in such a way that it becomes clear how to eliminate any Simple or Complex Problem from the outset.

Step 2: Self-Elimination of Simple Problems Master the technique to self-eliminate Simple Problems, even if they fall outside your area of expertise. If the issue is Complex, move on to Step 3.

Step 3: Finding the Root Cause This STEP will guide you in uncovering the root cause of your Complex Problem. It's here that potential solutions begin to surface.

Step 4: Resource Identification Learn how to identify resources available to solve your Complex Problem, ensuring a cost-effective and sometimes even a no-cost solution.

Step 5: Desired Result Formulation Frame the desired result within the system, applying the resources identified in Step 4 to eliminate the Complex Problem efficiently. This step will yield several viable solutions.

Step 6: Contradiction Formulation and Principle Selection When multiple demands conflict with each other, this STEP helps you articulate these contradictions and select a principle to resolve them. If the accepted principles don't lead to a solution, it's time for Step 7.

Step 7: Applying TRIZ Techniques Gain access to 40 specialized TRIZ techniques to resolve physical contradictions and find an inventive solution to your Complex Problem.

Step 8: Selecting the Best Solution Choose the most effective solution from all those discovered throughout the seven STEPs of the Algorithm.

Can This Algorithm Solve Any Problem?

While it might sound too good to be true, the answer is almost a resounding yes! TRIZ can resolve about 95% of problems we encounter daily. The only exceptions are those cases where the nature of an undesirable phenomenon is unknown and requires preliminary research.

With this Engineering Problem-Solving Algorithm, you'll be equipped to tackle severe cases with confidence. It's not a magic wand, but with dedication and practice, it will lead you to reliable and cost-effective solutions.

Practice Makes Perfect:

As you master the TRIZ Algorithm, your skills will sharpen, making you more valuable in the job market. Problem-Solving is one of the top soft skills demanded by employers globally. By enhancing this skill, you're not just improving your personal capabilities; you're also positioning yourself as a highly sought-after professional.

📈 Enhance Your Career with Complex Problem-Solving Skills!

Enroll in the Course Today!

Take the first step towards becoming a master problem solver. The rewards are significant, and the benefits are immeasurable. Your ability to think critically and creatively will set you apart. 🌟

Remember, practice is key to becoming proficient in using the TRIZ Algorithm. With each challenge you overcome, your skills will improve, increasing your market value and opening doors to new opportunities. Don't miss out on this transformative learning experience!

P.S.: According to The World Economic Forum, these are the top 10 high-demanded soft skills:

1. Complex Problem-Solving
2. Critical Thinking
3. Creativity
4. ... (and many more!)

Enroll in the course and start your journey towards mastering these essential skills! It's an investment in yourself that will pay dividends throughout your career. 🚀