Add Row
Add Element
cropper
update
The Project Controls Daily
update
Add Element
  • Home
  • Categories
    • Cost Management
    • Schedule Management
    • Risk Management
    • Technology & Software
    • Certification & Career Development
    • ESG & Sustainable projects
    • Best Practices & Case Studies
    • Regulatory & Compliance
    • Leadership & Management
    • News & Trends
December 16.2025
3 Minutes Read

Why Swinerton's New Mass Timber Lead Signals a Sustainable Future

Modern building demonstrating mass timber construction with a green facade.

Pioneering Mass Timber Construction with a New Leader

Swinerton, a leading general contractor based in Concord, California, has recognized the growing demand for sustainable building materials by appointing William Silva as the new director of national mass timber. Silva, an industry veteran with over 30 years of experience and a 15-year tenure at Swinerton, will spearhead the firm's innovative initiative to expand its mass timber expertise.

With significant strides made since the launch of its first mass timber project in 2016, Swinerton and its affiliate, Timberlab, have successfully delivered over 80 mass timber projects across the United States, totaling nearly 6.5 million square feet. This rapid growth underscores the increasing acceptance of mass timber as a viable alternative to traditional materials like steel, particularly in the face of rising costs linked to tariffs on steel.

The Growing Demand for Sustainable Alternatives

Mass timber has gained traction in the construction sector for its environmental benefits, including reduced carbon emissions and the potential to achieve carbon neutrality in construction by 2034. According to a 2023 report, mass timber can sequester significant amounts of CO2, making it a crucial ally in combating climate change. As industries strive to meet sustainability goals, demand for mass timber is expected to double every two years, prompting companies to adapt quickly to this transformative trend.

Innovation Through the Center of Excellence

Silva’s new role will lead the creation of Swinerton’s mass timber center of excellence, aimed at consolidating expertise and driving innovation in mass timber construction. This initiative will work closely with Timberlab, enhancing collaborative design and construction processes, reducing costs, and advocating for policy reforms that facilitate greater adoption of mass timber in both commercial and residential projects.

The Future of Urban Construction

The trend towards mass timber is not merely about aesthetics; it is fundamentally changing the landscape of urban construction. Projects like Heartwood in Seattle illustrate the potential of mass timber to meet housing needs while being environmentally responsible. As regulatory frameworks evolve, cities are beginning to embrace mass timber not just as a building material, but as a crucial component in the transition towards sustainable urban environments.

Recent updates to building codes in various locations, including New York City, are paving the way for increased mass timber construction, aligning with broader goals of carbon neutrality and sustainable development. As more states and municipalities follow suit, the groundwork for a mass timber revolution in construction is being laid.

Looking Forward

Sawinerton's commitment to innovation and sustainability through the leadership of William Silva signals a promising future for mass timber in construction. As the industry shifts towards more eco-friendly practices, the strategic integration of timber construction may well become a benchmark for success in project management, cost efficiency, and sustainable building practices.

For professionals in project control, cost estimation, and construction management, staying informed about these developments is critical. The growth and evolution of mass timber will undoubtedly offer new avenues for career and project management, as demand for sustainable practices continues to rise.

To remain competitive and to leverage these innovations, industry professionals are encouraged to engage with emerging technologies and sustainable materials that support the mass timber movement. The future of construction is green, and mass timber will play a leading role in its evolution.

News & Trends

0 Views

0 Comments

Write A Comment

*
*
Related Posts All Posts
12.16.2025

How Walmart's 3D Printed Buildings Could Transform Construction Management

Update Pioneering a New Era: Walmart's Bold Step into 3D Printing Walmart is breaking new ground in construction by partnering with Alquist 3D to create a series of 3D-printed buildings, representing a significant shift in how the retail giant approaches its infrastructure. With its recent contract for the construction of more than a dozen 3D-printed facilities nationwide, this move marks a substantial advancement in the commercial adoption of additive manufacturing in the construction industry. From Experimental to Commercialization: The Journey of 3D Construction The collaboration between Walmart and Alquist comes after the completion of a successful pilot phase that included a remarkable 8,000 sq. ft. building in Athens, Tennessee. This structure not only set records but also provided invaluable insights into optimizing 3D printing for larger, more sophisticated projects. Patrick Callahan, CEO of Alquist, highlighted the lessons learned during the first two projects—an 8,000 sq. ft. addition in Tennessee and a quicker 5,000 sq. ft. project in Alabama, which took just a week to complete with only four workers involved. “We shaved three weeks off the schedule there and saved them some money,” Callahan noted, showcasing the efficiency of 3D printing compared to traditional methods. This successful experimentation demonstrates the potential for 3D printing to revolutionize the construction timeline. Strategies for Expansion: A Revolutionary Construction Model Walmart's expansion of 3D-printed buildings speaks to a larger trend where companies are increasingly recognizing the viability of 3D printing for cost-effective, scalable construction solutions. Alquist 3D operates under an innovative model where their advanced robotics are leased to contractors instead of being labor-intensive, granting contractors the autonomy to efficiently manage construction projects. Furthermore, significant partnerships with construction and equipment rental firms like FMGI and Hugg & Hall allow for rapid scaling and support, making 3D printing technology more accessible across the industry. This collaborative approach permits Alquist to focus on technology development and formulation of robust partnerships, rather than being exclusively tied down to project execution. Transforming Construction: The Future of 3D Printing Callahan emphasized, “This partnership shows what’s possible when innovation and collaboration align, and it’s only the beginning of what 3D printing will do for commercial construction.” With the ongoing development of their technology, Alquist is poised to play a major role in defining how future structures are created, presenting a compelling case for the pivot from traditional methods. The potential application of such technologies goes beyond just buildings; it has implications for broader sectors, as evidenced by cross-industry expansions such as 3D printing's utilization in the aerospace sector, with UAE firms exploring AI and robotics. Environmental and Economic Impacts: Sustainable Building Practices Amidst an increasing push towards sustainability in construction, 3D-printed structures utilize fewer resources, produce less waste, and can significantly accelerate the building process. By decreasing material costs and minimizing labor-intensive measures, 3D printing presents an economically viable solution for both builders and developers. As more companies recognize the value of sustainable practices, advanced technology like Alquist's 3D printing becomes attractive not just for economic reasons, but also for their commitment to environmental preservation. The company is setting higher standards, utilizing concrete that exceeds traditional stability requirements, which helps circumvent structural concerns often associated with new building techniques. Looking Ahead: The Promise of 3D Printing in Construction As Walmart and Alquist embark on this unprecedented journey into 3D construction, industry professionals need to be prepared for a significant shift in operational norms. Every project is an opportunity to fine-tune processes, cultivate partnerships, and elevate the industry's overall efficiency. For project control managers, cost engineers, and other mid-level professionals in the construction sphere, understanding 3D printing's implications on workflow and budgeting will be critical. The comprehensive integration of such innovations into your project management practices could lead to enhanced, streamlined execution of future projects.

12.15.2025

Hong Kong's Tragic Wang Fuk Court Fire Raises Urgent Safety Concerns

Update The Heartbreaking Tragedy: What Happened at Wang Fuk Court? On November 26, 2025, Hong Kong experienced one of its darkest hours when a devastating fire erupted at the Wang Fuk Court residential complex in Tai Po, claiming at least 128 lives and leaving many others unaccounted for. The blaze began in the early afternoon and quickly spread across seven out of eight towers, impacting approximately 4,800 residents who had raised safety concerns about ongoing renovations prior to the incident. Safety Concerns Ignored: A Year of Warnings Residents had repeatedly voiced their apprehensions regarding the materials used in renovation works, particularly the netting on scaffolding that they believed posed a danger. Documented complaints to Hong Kong authorities had been lodged since July 2024, yet inspections revealed no direct evidence of violations. Alarmingly, a routine inspection just a week before the fire allegedly overlooked the critical aspects of fire safety compliance, raising serious questions about oversight and accountability. The Role of Materials in the Disastrous Fire After extensive investigations, it was determined that the fire ignited due to the highly flammable foam panels used in the renovations. These materials caught ablaze, exacerbated by the fire's rapid spread. The Hong Kong government announced that more than just human error was at play; the construction materials’ quality and adherence to safety regulations would be thoroughly examined. According to Chris Tang, the city's secretary for security, the fire ignited near a lower-level scaffolding net, quickly escalating as the foam panels ignited, leading to intense flames that swept through the building's interiors. A Call for Accountability: Investigative Actions Taken In the aftermath of the tragedy, police arrested several individuals from the construction company involved in the renovations on charges of manslaughter and gross negligence. Notably, the Prestige Construction & Engineering Company, which spearheaded the renovations, is now under heavy scrutiny. The arrests reflect a broader push by the Independent Commission Against Corruption (ICAC) to investigate accountability, particularly as documents surfaced indicating prior safety violations during the project. Community Response and Mourning As rescue operations continued, the emotional toll of the event became painfully evident. Survivors, family members, and friends gathered at the site, leaving flowers and memorial signs honoring the lives lost. Out of the 128 recovered bodies, authorities reported the identification of 44 more was necessary, while around 150 people remained unaccounted for. As the community coped with this overwhelming loss, flags were lowered to half-staff to mourn, and Chief Executive John Lee led a moment of silence. The Broader Implications: Lessons to Learn This tragedy serves as a poignant reminder of the importance of stringent safety measures in construction and renovation projects. It underscores the ramifications of ignoring community concerns and the critical need for effective regulatory frameworks to implement thorough inspections. Moving forward, the construction industry will be watched closely for changes as citizens demand not only accountability for the past but proactive measures to prevent future occurrences. What Can Be Done to Prevent Future Tragedies? As this tragedy shakes the foundations of public trust, the call for stricter regulatory controls in building safety has grown louder. Stakeholders in the construction and project management fields—particularly those in regulatory and compliance roles—must work collaboratively to ensure that rigorous safety standards are adhered to. This includes reassessing construction materials, enforcing better communication with local stakeholders, and actively involving residents in safety dialogues. Understanding the failures of the Wang Fuk Court incident can set a crucial precedent that ensures safety is prioritized across the industry. Building stronger regulations and increasing awareness around safety compliance will not only nurture public confidence but may also save countless lives in the future.

12.15.2025

Exploring How GIS and Drones Revolutionize Power Utility Maintenance

Update Revolutionizing Power Utility Maintenance: The Role of GIS and Drones In recent years, power utilities have begun to embrace cutting-edge technologies that bear the potential to redefine maintenance and operational protocols across the sector. The integration of Geographic Information Systems (GIS) and drones represents a significant shift in how utilities manage their assets and maintain infrastructure. These technologies enhance operational efficiencies, maximize safety, and ultimately improve service reliability for consumers. Understanding GIS and Drone Technology GIS involves mapping technologies that allow utilities to visualize, analyze, and manage spatial and geographic data. When combined with drone technology—unmanned aerial vehicles equipped with sensors and cameras—utilities can conduct thorough inspections and analysis of infrastructure without the traditional risk and labor costs associated with ground crews. The latest advancements in drone technology permit aerial surveys that provide comprehensive data at an unprecedented scale. Equipped with tools like thermal imaging and LiDAR (Light Detection and Ranging), drones can perform power line inspections with incredible precision. This shift not only alleviates the need for workers to climb hazardous structures but also reduces the time taken to gather critical data, enhancing productivity across the spectrum. Practical Applications Driving Change Understanding how drones enhance operations is crucial. For instance, power line inspections once took days of labor-intensive work; now, drones can accomplish these with speed and efficiency, allowing utility teams to focus on high-level analyses and decision-making. A study by Think Power Solutions highlights that operations including vegetation management and topographical mapping have benefited significantly, transforming tedious tasks into data-driven workflows. The Safety and Cost Benefits Safety is paramount in the utility industry, and drones fundamentally alter the risk profile of numerous operations. By minimizing the need for personnel to engage in dangerous tasks like climbing tall structures or surveying difficult terrain, the industry can significantly enhance safety protocols. Moreover, the reduction in operational costs—stemming from decreased reliance on helicopters and ground crews—means that resources can be utilized more effectively. Future Trends: What Lies Ahead? The future of GIS and drone technology in utilities looks promising. As advancements continue, experts predict the integration of AI and machine learning capabilities into drone technology, enabling autonomous inspections and maintenance flags in real-time. Beyond Line of Sight operations could also become common, allowing drones to cover and monitor remote infrastructure more efficiently. This evolution could lead to predictive maintenance strategies, addressing issues before they cause outages, thus maintaining constant service reliability. Counterarguments and Challenges While the prospective benefits of GIS and drones are evident, some professionals express caution. The regulatory landscape established by the FAA creates challenges for utility operators regarding compliance and operational limitations. Additionally, weather conditions can affect drone functionality, curtailing field operations when they are most needed. Utilities must equip themselves with contingency planning and robust data handling systems to maximize the utility of these technologies. Conclusion: Embracing a Tech-Driven Future The integration of GIS and drone technology into power utility maintenance is more than just a technological trend—it represents a necessary shift for utilities striving to optimize operations, enhance safety, and improve customer service. As these technologies become further entrenched in the industry, they will not only usher in enhanced efficiencies but will also pave the way for smart grid innovations and infrastructure resilience. For professionals in project management, cost engineering, and utilities, understanding and embracing these advancements is crucial to staying competitive in the evolving landscape. Take action now by exploring how your utility can leverage GIS and drones to achieve operational excellence and enhance service deliverability.

Terms of Service

Privacy Policy

Core Modal Title

Sorry, no results found

You Might Find These Articles Interesting

T
Please Check Your Email
We Will Be Following Up Shortly
*
*
*