Across the board, supply chain issues and rising costs are impacting engineering and construction projects. The costs of construction materials have elevated over the past year due to growing demand and major disruptions to production fueled by the pandemic. These disruptions are responsible for construction material shortages much like the auto industry is facing with microchip shortages.
WCDA Blog
“BIM” is Not a Four-Letter Word
The term BIM (Building Information Modeling) has the power to make a seasoned construction veteran cringe. I get it. BIM may sound scary to those who have not used its full advantages. A foreman once told me, “I’m not going to let a Nintendo tell me how to do my job!” Fair enough, but when applied appropriately, BIM can benefit building projects in a variety of ways by aiding design planning, coordination, construction, operations, and facilities management.
Addressing Critical Water Infrastructure Needs in Uncertain Times
The ongoing COVID-19 pandemic has had a significant impact on the continued development of critical infrastructure, creating growing uncertainty concerning financing opportunities and project delivery.
Why Should Water Collaborative Delivery Projects Have an Integrated Design Manager?
The idea of an integrated design management role for collaborative delivery projects is not a new one. For over 20 years, vertical commercial collaborative delivery projects have assigned an integrated design manager to drive seamless collaboration for overall project success. However, when describing this position in the water industry, the immediate response is, “What is an integrated design manager?”
Supply Chain Engagement
Water/wastewater projects are becoming larger and more complex. Our industry is continuously innovating to maximize the productivity of existing and new plants. Recent events related to the COVID-19 outbreak may have permanent changes in the way plants are designed and built. The design and procurement process for collaborative delivery projects requires early involvement of supply chain partners to reduce risks for a successful proposal and construction.
The Art and Science of Digital Delivery
Digital tools are the bread and butter of construction management, used to track schedules, budgets, checklists, daily journals, RFIs, etc. About 25 years ago, design engineers began a wholesale conversion from 2D flat drawings to 3D digital design tools. The benefits of converting to 3D included clash detection, electronic tracking of bits and parts for an electronic equipment and materials inventory, and easier owner visualization.
City of Goodyear, Arizona, Takes Critical Step in Ensuring Its Water Future
In early 2017, the City of Goodyear, Arizona, initiated the procurement process for the implementation of a robust water management plan. On November 1, 2019, construction began on the new $129 million surface water treatment campus with an initial capacity of 8 mgd and future build-out to 16 mgd. The new surface water treatment facility will use state-of-the-art water treatment technology; maintain water quality and quantity for the citizens of Goodyear; and will allow the City to continue its aggressive pace of development and economic growth.
Timing Can Be A “Risky Business”
The discussion on risk allocation and project contingency versus design-builder contingency has been well documented in several previous blogs. The WDBC Water and Wastewater Design-Build Handbook also provides excellent guidance on best practices for risk allocation. However, my recent experiences on current projects have led me to believe that, far too often, a project’s price, contingency, and schedule are adversely impacted by not addressing project risks with the right team members at the right time, and this topic is worthy of further discussion.
Achieving Triple Bottom Line (TBL) Success using Progressive Design-Build Delivery
Triple Bottom Line (TBL) success involves a team commitment to balancing not only the economic (financial) components of a project, but also that of social responsibility and environmental stewardship. Projects that seek this achievement must focus equally on each of these goals.
How Do You Achieve a High-Performing Team for Construction Management at-Risk (CMAR) Projects While Avoiding Off-Ramps?
Every team that starts a CMAR project wants the end result to be successful. So, why are some projects successful and others end with owners choosing to enact the off-ramp clause and terminate the contract? When an owner decides to pursue the off-ramp clause, it often means that a major disagreement with some aspect of the project has occurred—either the projected costs to construct the project are over the budget or the approach is not in alignment with the owner’s goals. Off-ramp provisions in contracts are essential to protecting owners, but when the off-ramp is enacted, the result is a delay in the overall project schedule and perhaps increased project costs.