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Why is there a Labor Overrun?
On a large multi-million dollar project, it shows up in the cost reports. On a smaller project, the schedule may start to show specific activity schedule slippage. The same estimator developed the bid, the project scope has not changed and your most trusted foreman says he has excellent crews. You might be experiencing labor inefficiencies and probably don’t know it. The cost reports and schedules might tell you that it occurred, but it will require additional data / analysis to determine why it has occurred and who has caused it to prove entitlement and to calculate your recovery costs.
Avoiding Death by a Thousand Cuts
Cost and Schedule Issues
You are a month and a half into construction of a planned one year project. It’s a new client and if you do well, you are in line to construct his future projects. However, the Engineers’ drawings don’t quite match the existing site conditions; there is already an inordinate amount of Requests for Information (RFIs), and the Client is very involved with your construction means and methods. No change orders have been written because 1: You “worked-around” the site layout problems; 2: There is still time to resolve the unanswered RFIs and 3: The finish milestone on the project has not been affected because you used float in the schedule. In any event, you don’t want to “nickel and dime” the new client.
Sustainability – Un-Definable Success in a Defined World
E. Mitchell Swann, P.E.
MDCSystems®
Consulting Engineer
This paper was originally presented at the CIBSE/ASHRAE International Conference on Building Sustainability, Value and Profit, held in Edinburgh. It has been updated slightly since that presentation.
Modeling of a Residential Photovoltaic System and Model Validation Using Measured Data
Incident Solar Radiation The south facing roof gets the maximum exposure of sun during the day, so this is where the solar panels can be mounted. The incident solar radiation (KW/m2) that the roof will get changes with the time of the day and the month of the year and...
Time Impact Analysis (TIA®)
Robert C. McCue, P.E., Consulting Engineertia-graphic
Stephen M. Rymal, P.E., Esq., Consulting Engineer
MDC Systems®
Critical Path Method (CPM) schedules and formalized methods of analyzing schedule impacts started to enter mainstream construction management practice in the early 1980’s. At that time, the industry recognized a need to accurately and scientifically measure schedule delays and conversely the affects of acceleration in real time during construction and also retrospectively after the work was completed. The ability to determine which party ultimately bore responsibility for schedule delays became the main focus on many projects as the assessment of liquidated damages or granting compensable time extensions became critically important to both owners and contractors. Just as the Rosetta Stone provided scholars with a means to translate Egyptian hieroglyphics into Greek text, Time Impact Analysis (TIA®) provides users with the means to translate Critical Path Method (CPM) activities into understandable schedule impacts.
Risk Management: Insuring Continuity of Supply
Over the last several years, supply management professionals have been spending a majority of their time in creating, implementing and managing Business Continuity Planning (BCP) for critical products, materials and services. BCP is a strategic management process that focuses on insuring continuity of supply. The main objective is to identify and minimize or eliminate business interruptions in the event of a catastrophic event or major incidents occurring within the supply chain that can lead to adverse consequences for your business. Ten to twenty years ago, supply disruptions were caused by major snow storms, truck breakdowns, labor strikes, fire or explosions, electrical outages, machine breakdowns or even a truck driver making an unscheduled social visit.