Q/P’s Approach
Q/P’s estimating methodology provides a structured framework to collect and analyze the data required to estimate your organization’s software projects. The model shown depicts the data collected and the resulting outputs.
The resulting estimate will provide your organization with:
Q/P Management Group's software estimating technique helps you to forecast a wide variety of projects and support activities including:
New Development and Enhancement Projects - Q/P provides estimates for effort, schedule, cost and staffing, based on project size, attributes and constraints.
Application Maintenance Support - Q/P estimates software maintenance staffing for defect correction, performance tuning and minor support.
Off-the-Shelf Software Solutions - Q/P performs a gap analysis of functional requirements vs. product offerings in order to aid in make/buy decisions. Q/P can also provide estimates for package enhancements, installation and hidden costs.
Q/P’s Services
Q/P will customize the estimating service to meet your organization’s needs. We can help you implement your organization’s own ongoing estimating initiative by training your staff in the necessary measurement techniques and processes, or we can provide estimating on a project by project consulting basis.
Q/P’s services include:
Please contact us to discuss how we can help you baseline your existing environment and establish an ongoing benchmarking process.
Call us at +1 781-438-2692 or
use our response form to request more information.
Click here and indicate your organization’s interests and/or questions using the 'Subject' and 'Text' sections.

I Long to Know the Longitude...
Determining where you are at sea is simply a matter of calculating your longitude and latitude. Determining latitude is derived easily enough by knowing the length of the day, or by the height of the sun or known guide stars. To calculate longitude at sea, you need to know what time it is aboard your ship as well as the time at your homeport or another place of known longitude. Up until about 300 years ago, this was easier said than done because of the lack of an accurate seagoing timepiece.
In 1773, John Harrison, an English clockmaker, solved the problem. A mechanical genius with little formal education, he pioneered the science of portable precision timekeeping. By eliminating the pendulum and using a combination of metals that resisted environmental changes, Harrison was able to create clocks that kept constant and correct time no matter how much they were tossed and pitched by the ocean's movement. For doing so, he was awarded 20,000 pounds (worth about $4 million US dollars today) by Parliament.
Software Measurement, Reporting and Estimating (SMRe) is a tool that automates software development project estimating, reporting and benchmarking of project performance metrics