A useful coin is a well-spent coin.
We provide the ability to accurately size software as a management and control technique for successful project delivery. This leads to function point estimation methods. Quantitative functional software sizing uses IFPUG Function Point Analysis to develop an objective and quantifiable measure of business and functional requirements, non-functional technical requirements, and software source code.
The View From Your Customer – The Business
A Technology-Agnostic Sizing Method to Compare IT Products
A Proven Method to Assess & Optimize Your Productivity
Is your Organization Function-Point Driven ?
How Does it Work ?
We work with your project managers to gather requirements and design artifacts available in your environment, such as Agile epics and user stories, use cases, business and functional requirements, RICEFW objects, technical design components, etc..
After doing some initial sizing based on the above artifacts, we interview subject matter experts who are familiar with the required product functionality to help fill in the gaps and ensure we aren’t missing anything
After validating with subject matter experts, we now have a robust size input that can be used in parametric cost and schedule estimation tools. This can be used for a variety of purposes to include: feasibility assessments, alternatives analyses, formal project estimates, assessment of the impact of requirements additions, forecast to complete and benchmarking.
About the founder
Vianney D. Lejeune is an end-to-end IT Service and Program Manager with over 10 years of experience in IT Consultancy, regarded as talented and result-focussed by his peers.
His company manages its own IT Services to deliver efficient and quality services related to the Internet for small businesses, and IT support for end-users.
Supported by chosen and skilled IT contractors, including off-shore support, the company is expanding towards other businesses on an international scale.
Further information and references are available on request.