Most project controls professionals will agree that the procurement function is so essential to any construction project, it should be tightly integrated into the project team and their systems. The following video demonstrates some of the features of 4castplus that highlight how this tight connection brings enormous value and reduces project risk.
This video is a follow-up to the recent 4castplus webinar and whitepaper on this same topic which discussed how project procurement can be successfully separated from 'corporate' procurement and embedded into the project team and systems. It goes on to propose an integrated solution that will satisfy the needs of corporate finance and project controls so that both business units achieve their requirements for the benefit of the whole company.
It may come as no surprise that the construction industry is one of last to embrace technology to improve productivity. According to McKinsey’s Digitation Report, the construction industry is one of the least digitized in the world (see Figure 1 below). Many contractors, about 40% of them according to the 2018 construction technology report, are still using a paper-based solution for documents, cost tracking, reports and other field-related items. This apparent lack of willingness to adopt newer, cloud-based solutions introduces productivity bottlenecks due to information delays, errors from rekeying data, missing data, lack of collaboration and wasted effort on the jobsite and in the office.
Figure 1 - McKinsey's Imagining Construction's Digital Future
Mega construction projects withstand a level of complexity like no other. More than ever, organizations are searching for ways to increase efficiencies, reduce costs, increase productivity, collaboration and automation on their construction projects. To achieve this, the project team needs to apply a significant level of rigor in the planning and management of projects and deliver key metrics and projections to all project stakeholders throughout its execution. Calculating a reliable month-over-month forecast requires that the project team has not only done sufficient upfront project planning, but they’re also performing ongoing monitoring, measurement and management of the project in order to produce an accurate report for the project's financial stakeholders.
Many EV professionals would argue that Planned Value is one of the most important metrics in earned value analysis. It provides the critical benchmark from which numerous other metrics are being compared.To give you an idea of what PV is, consider the example where you have a $1 million project that is scheduled to take 10 months to complete. An important aspect of project controls is to be able to plan out how that $1m will be spent over the 10 months. It obviously won’t be spent in one single lump. Neither will it be spent in an even, perfectly distributed rate over the 10 months.
The project spend will follow an uneven pattern – loosely following the schedule of activities and purchases that occur over the project’s duration. Planning the budget over the project’s timeline is called Time-Phased Budgeting. Planned Value is the value of scheduled project spend at a point in time of a project's duration.
Planned value is also referred to as Budgeted Cost of Work Scheduled (BCWS).