You got a problem ?: 7 steps to effectively solve your biggest challenge

Vignaud, Gérald

ISBN 10: 232227366X / ISBN 13: 9782322273669

Published by BoD - Books on Demand, 2021

About this Item

Seller Inventory # I-9782322273669

Bibliographic Details

• Title: You got a problem ?: 7 steps to effectively solve your biggest challenge
• Publisher: BoD - Books on Demand
• Publication Date: 2021
• Language: English
• ISBN 10: 232227366X
• ISBN 13: 9782322273669
• Binding: Soft cover
• Condition: New

About this title

Synopsis

If there is one thing common to all human beings on earth, it is this: We all experience problems! And, apart from the stories of the problem of bathtubs that leak and fill up at the same time that the primary school teacher suggests to us, it is unfortunately not at school that we learn this fundamental element of whole life: how to effectively solve a problem. In this awesome little book, you'll discover an effective process to solve them all. It breaks down into seven steps: - 1st step: Understand that your problem is a gift! - 2nd step: Adopt the appropriate physiognomy and state of mind for its resolution - 3rd step: Analyze the situation from an external, positive, emotionally detached and global point of view - 4th step: Start conceptualizing your problem solving process - 5th step: Take massive action! - 6th step: Identify the results obtained and constantly adjust your approach until you obtain the desired results - 7th step: Welcome your successes with happiness but also accept what cannot be changed by using the emotion generated as a leverage for your life Experience this unique process on your biggest problem, solve it, and finally take your life to the next level!

About the Author

Gérald Vignaud is a networker, speaker and personal development coach. Iconoclastic entrepreneur, he is the founder of different.land, a French alternative media. It focuses on the idea that the three major keys to creating a better future are education, ecology and a wise technology, and that they must all be interconnected with each other, each being a multiplier of the other two.