- Project plans
- Project activities
- Legislation and standards
- Industry context
- Specialist wikis
Last edited 25 Feb 2021
Rolling wave programming
Programmes describe the sequence in which tasks must be carried out so that a project (or part of a project) can be completed on time. They offer a view of how the project will be divided into activities, the duration of those activities, and logic links to preceding and succeeding activities.
Rolling wave programming (or rolling wave planning) is a method of programme development in which the details of the programme are progressively elaborated as the project proceeds. This is based on the assumption that it will be possible to develop the plan for specific activities in more detail closer to the time that they are actually executed.
NB Earned Value Management Handbook, Published by the Association for Project Management in March 2013 suggests that planning packages (PPs): ‘…represent work that cannot yet be planned as work packages because of a lack of detailed information. They must be converted into work packages before they can commence.’
It proposes that: ‘The requirement for a periodic conversion, from planning package to work package, is the result of setting up the project using rolling wave planning, whereby only the current phase of a project is planned in detail and future phases are planned in outline. The conversion process is a fundamental aspect of project control using EVM (earned value management) and results in a more controlled project baseline.’
 Related articles on Designing Buildings Wiki
Featured articles and news
Activities summarised by the Construction Industry Council.
How Islamic architecture shaped Europe. Book review.
The campaign to preserve a rare blacksmith bridge.
Transitional options for the next generation of heating technologies.
Additional support being offered to job seekers with autism.
BSRIA adds to its series of illustrated guides.
ECA calls for energy levy reform.
ICE considers creation of new professional designation.
Principles of conservation for bronze objects. Book review.