
In our complete book summary, we elaborate on 3 types of problems-simple, complicated and complex-and why/how checklists work for all of them including unexpected issues or complex problems with no fixed formula.

Tackling Complex, High-Stakes Problems with ChecklistsĮven if checklists can reduce mistakes, can they be applied for all types of scenarios and problems? The simple answer is YES.
#CHECKLIST MANIFESTO FULL#
You can get a detailed overview of the key examples in our full 13-page summary. In the book, Gawande covers numerous examples and case studies, ranging from restaurants to theaters, medicine, aviation and construction.
#CHECKLIST MANIFESTO VERIFICATION#
This creates a verification process to safeguard against human fallibility and enforce discipline to maintain performance standards. In a nutshell, human fallibility leads to avoidable errors in increasingly complex environments: Why checklists workĬhecklists explicitly spell out the essential steps in a task.

In reality, checklists are about facilitating a culture of teamwork and discipline, which are crucial for a wide range of contexts, including complex problems that involve expert skills and knowledge.

It’s a common misconception that checklists are merely about ticking boxes and mindlessly following protocol. For the full details, examples and tips, do get a copy of the book, or get a detailed overview with our complete book summary bundle.
#CHECKLIST MANIFESTO HOW TO#
In The Checklist Manifesto summary, we’ll outline Gawande’s learning journey and key insights on how to use and develop checklists. He discovered a simple but powerful solution to getting things right: using checklists. Concerned by the number of errors in the medical field-many of which are fatal-surgeon Atul Gawande set out to investigate the possible causes and solutions to such avoidable failures. Yet smart, highly-trained, and experienced people still make avoidable mistakes regularly.

Over the past few decades, mankind has acquired extensive knowledge-we can predict hurricanes and tornadoes, build skyscrapers and save people from critical diseases and injuries.
