Reverse Scheduling

A time estimation guideline suggesting you should double or triple your initial estimate for complex projects to account for unforeseen delays, interruptions, and complications, directly addressing the planning fallacy and Hofstadter's Law.

A project planning technique where teams imagine a project has failed and work backwards to identify what could go wrong, helping combat the planning fallacy by surfacing potential obstacles and risks before they occur.

A time estimation technique that combats the planning fallacy by basing predictions on actual durations of similar past projects rather than internal assessments, using historical data to create more accurate and realistic timelines.

Project planning technique where teams imagine the project has already failed and work backward to identify risks. Research shows it increases accurate risk forecasting by 30%.

Project scheduling algorithm that identifies the longest sequence of dependent activities and calculates the minimum time required to complete a project, essential for effective time tracking and project management.

Project time estimation technique that breaks projects down into smaller, manageable tasks for detailed estimation, then aggregates them for an overall project timeline. Provides high accuracy through granular analysis and team involvement.