Task cycle is a key performance metric used in project management to measure the time taken to complete a specific task or process. It provides valuable insights into the efficiency and effectiveness of project management processes, allowing you to identify bottlenecks, inefficiencies, and areas for improvement.

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What is Task Cycle and How to View in Orangescrum?
Time metrics are a set of performance indicators used to measure and evaluate the efficiency and
effectiveness of an organization's time management. These metrics are crucial in providing insights into
how much time is being spent on particular activities and projects, and how efficiently this time is being
utilized.
Effective time management is a critical component of achieving organizational success, and time metrics
can help identify areas where time is being wasted or not being used to its full potential. By tracking
time metrics, organizations can improve their productivity, reduce costs, and optimize their resources.
Some common time metrics include cycle time, lead time, task duration, time to market, and time to
resolution. Each of these metrics has its unique purpose and can help organizations measure different
aspects of their operations.
Overall, time metrics are essential tools that can help organizations improve their time management
practices and achieve their strategic goals. By tracking and analyzing these metrics regularly,
organizations can identify areas for improvement and make data-driven decisions to optimize their time
management practices.
There are several types of time metrics used in project management, and some of the most common
ones are:
Task Cycle: The amount of time it takes to complete a single cycle of a specific task or process, from
start to finish including the time it took in each status or stages of project development. It is used to
identify bottlenecks and optimize processes to reduce cycle time.
Lead Time: The time it takes to complete a task or project from the moment it is requested to the
moment it is delivered. It measures the entire time required to complete a task, including any waiting
time.
Task Duration: The time it takes to complete a specific task, from start to finish. This metric is used to
monitor task progress and identify potential delays.
Time to Market: The amount of time it takes to bring a product or service to the market, from idea
generation to launch. It measures the efficiency of the product development process.
Time to Resolution: The time it takes to resolve a problem or issue, from the moment it is reported to
the moment it is resolved. It is used to monitor service levels and identify areas for improvement.

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Time on Task: The amount of time spent on a particular task or project. It is used to monitor resource
utilization and identify potential areas for optimization.
Idle Time: The amount of time that a resource or equipment is not being used. It is used to identify
potential inefficiencies in the process and optimize resource utilization.
By measuring and monitoring these time metrics, project managers can identify inefficiencies, improve
their processes, and optimize their resources to improve project outcomes and meet project goals.
What is a Task Cycle?
Task Cycle is a time metric used in project management to measure the amount of time it takes to
complete a single cycle of a specific task or process, from the time it is first moved to a status such as
‘started,’ ‘in-progress,’ ‘testing’ etc. to when it is resolved. It represents the time required to produce a
unit of work or deliver a specific output.
The time taken from the beginning of a phase to the end of the phase in project development is called
cycle time. To be able to calculate task cycle we need to understand cycle time. Task Cycle can be
calculated by determining the stat-time and end-time of each status.
In software development, cycle time refers to the time it takes to complete a specific task, such as
coding or testing.
By measuring task cycle, project managers can identify potential bottlenecks and areas for improvement
in the process. For instance, if the cycle time is longer than expected, it may indicate inefficiencies or
delays in the process that need to be addressed. By optimizing the process and reducing cycle time,
project managers can improve productivity, reduce costs, and deliver projects more efficiently.
How to Calculate Cycle Time?
To calculate cycle time, you need to determine the start and end points of the process or task you are
measuring. Here are the steps to calculate cycle time:
Cycle time (CT) = Net Production Time / Number of Units made
Determine the Start Point: Identify the starting point of the process or task you are measuring. This can
be the moment a task is assigned, a product is ordered, or a service is requested.
Determine the End Point: Identify the endpoint of the process or task you are measuring. This can be
the moment a task is completed, a product is shipped, or a service is delivered.

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Calculate the Elapsed Time: Measure the time it takes to complete the process or task, from start to
finish. This is the elapsed time or the cycle time.
For example, if you want to calculate the cycle time for a manufacturing process that starts when raw
materials are received and ends when the finished product is shipped, you would follow these steps:
Determine the Start Point: The start point is when raw materials are received.
Determine the End Point: The end point is when the finished product is shipped.
Calculate the Elapsed Time: Measure the time it takes to complete the manufacturing process, from
when the raw materials are received to when the finished product is shipped. This is the cycle time.
Once you have calculated the cycle time, you can use it to monitor the efficiency of the process and
identify potential bottlenecks or areas for improvement. By reducing the cycle time, you can improve
productivity, reduce costs, and deliver projects more efficiently.
What are the benefits of calculating your cycle time?
Calculating your cycle time can provide several benefits, including:
Identifying Bottlenecks: By measuring the cycle time of a specific task or process, you can identify
bottlenecks and inefficiencies in the process. This allows you to make data-driven decisions to optimize
the process and reduce cycle time.
Improving Efficiency: By reducing the cycle time, you can improve the efficiency of the process or task.
This can help you complete projects faster, reduce costs, and improve customer satisfaction.
Optimizing Resource Utilization: By monitoring the cycle time, you can identify how long it takes for
resources to complete a specific task. This information can help you optimize resource utilization and
allocate resources more effectively to achieve better results.
Increasing Agility: By reducing the cycle time, you can increase the agility of your organization. This
allows you to respond quickly to changing market conditions and customer demands, and improve your
competitiveness in the market.
Improving Quality: By reducing the cycle time, you can improve the quality of the work you produce.
This is because a shorter cycle time allows you to identify and correct errors and defects more quickly,
resulting in higher quality outcomes.

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Overall, calculating your cycle time provides valuable insights into the efficiency and effectiveness of
your processes and tasks. By measuring and monitoring cycle time regularly, you can identify
opportunities for improvement and make data-driven decisions to optimize your operations and achieve
better results.
How to Streamlining Project Management with Cycle Time Analysis?
Streamlining project management with cycle time analysis involves using the insights and information
obtained from analyzing cycle time to optimize and improve project management processes. Here are
some steps you can take to streamline project management with cycle time analysis:
Identify the Processes to Analyze: Identify the key processes and tasks that are critical to the success of
your project. These could be processes related to product development, project planning, resource
allocation, or quality assurance.
Measure the Cycle Time: Measure the cycle time for each process or task using the steps outlined
earlier. This will help you identify bottlenecks and inefficiencies in the process.
Analyze the Data: Analyze the data to identify patterns and trends. Look for areas where the cycle time
is longer than expected or where there are bottlenecks in the process. Use this information to identify
areas for improvement and develop a plan to optimize the process.
Implement Changes: Implement the changes to optimize the process. This could involve improving
communication between team members, streamlining workflows, automating processes, or optimizing
resource allocation.
Monitor Progress: Monitor progress regularly to ensure that the changes are having the desired effect.
Measure the cycle time again to ensure that it has been reduced and that the process is more efficient.
By streamlining project management with cycle time analysis, you can improve productivity, reduce
costs, and deliver projects more efficiently. By optimizing processes and reducing cycle time, you can
also improve the quality of the work you produce and increase customer satisfaction.

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How can you use Orangescrum to calculate task cycle?
Orangescrum is a project management software that allows you to manage tasks, projects, and
resources, and also provides features to measure and track task cycle. Here's how you can use
Orangescrum to calculate task cycle:
1. Create a Project: Create a project in Orangescrum that you want to track the cycle time for.
2. Add Tasks: Add tasks to the project and assign them to team members.
3. Start Timer: Once a team member starts working on a task, they can start the timer within
Orangescrum. This will track the time taken to complete the task.
4. Stop Timer: Once the task is completed, the team member can stop the timer. Orangescrum will
record the elapsed time.
5. Moving the status of the task: Move the status of the task from ‘start’ to ‘in-progress’. After
completion of the task, move the status from ‘in-progress’ to ‘testing’. After the test-pass, move
the status of the task to ‘production’.
6. Calculate Task Cycle: Orangescrum will automatically calculate the time elapsed for each task
status based on the start and stop times recorded by the timer.
(Image: View of task cycle in Orangescrum for a popup implementation in app)

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7. Analyze Data: Once you have measured the cycle time for each task, you can analyze the data to
identify patterns and trends. This will help you identify areas where you can optimize the
process and reduce cycle time.
By using Orangescrum to calculate task cycle, you can monitor the efficiency of your projects, identify
bottlenecks and inefficiencies, and make data-driven decisions to optimize your processes and improve
project management.
Conclusion:
In conclusion, task cycle is a key performance metric used in project management to measure the time
taken to complete a specific task or process. It provides valuable insights into the efficiency and
effectiveness of project management processes, allowing you to identify bottlenecks, inefficiencies, and
areas for improvement.
By measuring and monitoring task cycle regularly, project managers can optimize project management
processes and reduce the time taken to complete tasks, resulting in improved productivity, reduced
costs, and higher quality outcomes. Furthermore, with the help of project management software tools
like Orangescrum, it has become easier than ever to track and calculate task cycle, making it an essential
tool for modern project management.
Overall, understanding and optimizing the task cycle is essential for effective project management and
can help organizations stay competitive in today's fast-paced business environment.