Amerimix
EZ Scaffold Corp.
EZG Manufacturing
Hydro Mobile, Inc.
Loot
Non-Stop Scaffolding
PROSOCO, Inc.
SOLA/Keson
SPEC MIX LLC
Stabila
Westlake Royal Stone Solutions
Find-a-Contractor Masonry Buyer's Guide
“The Impact of Rework on Construction and Some Practical Remedies” will be held Wednesday, August 3, 2016, at 10:00 AM CDT.
“The Impact of Rework on Construction and Some Practical Remedies” will be held Wednesday, August 3, 2016, at 10:00 AM CDT.
July 28, 2016 7:00 AM CDT

The Impact of Rework on Construction and Some Practical Remedies webinar

Reveal the true cost of rework

By

The Mason Contractors Association of America (MCAA) will present “The Impact of Rework on Construction and Some Practical Remedies” on Wednesday, August 3, 2016, at 10:00 AM CDT.

Rework in the construction industry is frequent and well known. It is a drain on productivity, profitability and timeliness of project delivery for both contractors and owners. Additionally, the need for rework can have spinoff or downstream impacts for all project stakeholders. The causes of rework are, likewise, very well known: design and construction changes; errors and omissions; project enhancements; operability changes; fabrication changes and errors, etc.

While rework is common, the impact has not been thoroughly assessed, studied or discussed. This webinar assesses and identifies the typical cost of rework on a wide range of project types. It shows how the cost of rework is frequently understated and provides an estimate of the true “average cost” of rework. The webinar also identifies the average impact of rework on project duration in terms of time as well as unrecoverable extended overheads and the cost of liquidated damages. Finally, the webinar identifies a number of practical methods that can be employed by owners and contractors to substantially reduce both the cost and time impact of rework.

This information packed, 90 minute webinar will help:

  • Identify the reported cost of rework on construction as identified by a large number of studies.
  • Reveal the true cost of rework.
  • Provide an estimate of the average amount of delay caused by rework on the typical construction project.
  • Provide an estimate of the delay cost arising from rework.
  • Demonstrate a modeling technique which allows you to estimate the cost of rework on future projects.
  • Offer a number of practical recommendations intended to reduce the amount of rework on future projects.
This webinar will provide the following benefits for attendees:
  • Learn the typical causes of rework.
  • Gain an understanding of the real cost and time impacts of rework on construction projects.
  • Be provided with a model for predicting rework on new or future projects.
  • Gain information on a number of practical ways to reduce the amount of rework on future projects.
Who will benefit?
  • Contractor project managers, project sponsors, cost estimators and project control personnel.
  • Construction managers and design professionals performing services during construction.
  • Project owners and owner representatives.
Mason contractors registered for Masonry Certification will receive 1.50 credits in the Ethics and Business Practices discipline upon completion of this course.

This webinar is free to all attendees. Register for “The Impact of Rework on Construction and Some Practical Remedies” at www.masoncontractors.org/live.

Visit www.masoncontractors.org/live for more information and to view a full schedule of MCAA’s Live Webinar Series.


About the Author

The Mason Contractors Association of America (MCAA) is the national trade association representing mason contractors. The MCAA is committed to preserving and promoting the masonry industry by providing continuing education, advocating fair codes and standards, fostering a safe work environment, recruiting future manpower, and marketing the benefits of masonry materials.

 

Related Articles

More Masonry Headlines

“The MCAA is always a great resource for information.”

Travis Frantz
United Masonry Incorporated
MCAA member since 2006

Learn More