![]() ![]() ![]() You may feel that a similar result could be achieved by making Task B and Task C dependent on Task A with a Finish-to-Start relationship, however using the Start-to-Start method, both tasks MUST start at the same time regardless of any other task dependency. If you look at the predecessor column you can see that Task B is only dependent on Task A, however when Task A’s duration is extended both tasks move out due to the Start-to-Start dependency. You can see in the example below that when Task A is extended, Task B and Task C move out. This dependency type can be used to represent two tasks that should commence at the same time. Once Task A is complete, Task B can commence. This is the most commonly used dependency type, and it is also the default dependency type when linking tasks in Microsoft Project. Start-to-Finish (SF): The start date of one task drives the finish date of another.Finish-to-Finish (FF): The finish date of one task drives the finish date of another.Start-to-Start (SS): The start date of one task drives the start date of another.Finish-to-Start (FS): The finish date of one task drives the start date of another.There are 4 different types of task dependency: These tasks then need to be linked to show the relationship between them. When creating schedules in Microsoft Project the first thing that a Project Manager would typically do is to input the tasks involved in a project. I struggled to find anything online that gave a clear description so the aim of this blog is to fill that gap. The class covered something that no one had ever explained to me in a way that I truly understood the ‘Start-to-Finish’ dependency. I was recently fortunate enough to sit in on our Microsoft Project training sessions, Managing Projects with Microsoft Project. ![]()
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