Construction
The Evolution of Data Center Design: Modular & Sustainable
2024-12-02
As the technological fervor sweeps across the globe, 2025 stands on the cusp of another era of innovation. While concerns about technology's dominance persist, architects are now focusing their attention on the very foundations of our digital future - data centers. These structures, once hidden in industrial zones, are now becoming integral parts of our urban and suburban landscapes. The design of data centers presents a unique challenge - to reconcile technological functionality with architectural excellence.

Unleashing the Potential of Data Center Architecture

Modular Design: The Key to Rapid Deployment

Modular design and construction have emerged as a game-changer in data center architecture. By using prefabricated components, the development process is accelerated, allowing for quicker deployment of essential digital infrastructure. Components manufactured off-site can be assembled on-site with remarkable speed, enabling businesses to respond swiftly to market demands. Moreover, the standardization of components leads to economies of scale, reducing overall project costs and minimizing on-site errors and waste.For instance, Microsoft's innovative approach in Virginia incorporates mass timber into their data centers, marking a significant shift in the industry's efforts to reduce carbon emissions. This not only reduces reliance on traditional materials but sets a new standard for sustainability in the tech industry.

Scalability: Meeting the Demands of a Digital World

In an era where digital demands are unpredictable, the scalability of modular data centers offers a viable solution. Forward-thinking businesses and municipalities are embracing the "pay-as-you-grow" model, allowing them to expand digital infrastructure in lockstep with demand. As urban planners face the challenge of finite space in growing cities, modular data centers provide a flexible and efficient alternative.Google's data centers stand as a testament to this scalability. These facilities are designed to adapt to the ever-increasing data needs, ensuring seamless digital services and reshaping urban functionality.

Location and Influence: Balancing Technological Growth and Urban Life

The integration of data centers into urban fabrics requires a delicate balance. Architects must consider the technical elements while also taking into account the impact on local neighborhoods, the planet, and businesses. Benthem Crouwel Architects' AM3 and AM4 buildings in Amsterdam serve as an example, replacing conventional security fencing with a moat to create a more welcoming presence.The Gak Chuncheon data center in South Korea, designed by Kengo Kuma and DMP, utilizes natural cooling from nearby Mount Gubong, seamlessly blending the facility with its natural surroundings. This approach showcases how data centers can be integrated into the environment without compromising their functionality.

Underwater Data Centers: Pushing the Boundaries of Design

Microsoft's Project Natick has pushed the boundaries of modular data center design by exploring the possibility of underwater data centers. These sealed, modular units leverage natural cooling from the ocean, potentially reducing energy consumption for cooling systems. Although still in the experimental stage, this concept demonstrates the potential for modular designs to adapt to unconventional environments and utilize natural resources for improved efficiency.As the data center industry continues to grow, projections from architecture firm Gensler indicate a significant expansion. By 2030, spending is expected to reach $49 billion, highlighting the crucial role of data centers in an interconnected world.Architects are now rising to the challenge of creating data centers that are efficient, secure, visually striking, and contextually appropriate. Claire Dowdy's observation that data centers are a "peculiar and challenging" new building typology emphasizes the need for innovative design solutions. With continued reliance on digital technologies, the architecture of data centers will have a profound impact on urban and rural landscapes, redefining our relationship with the digital world.
PHSC's New Construction Apprenticeship Facility: An Opportunity(This title focuses on the new facility and the apprenticeship program at PHSC, highlighting the opportunity it presents.)
2024-12-02
Mike Rowe, the renowned host of Discovery Channel's "Dirty Jobs" show, brings forth a crucial message that serves as a wake-up call. On his Mike Rowe Works Foundation website, he highlights the fallacy of America's fixation on expensive four-year degrees and the glorification of corner office jobs while undervaluing the very jobs that laid the foundation for those offices. Pasco-Hernando State College has taken significant steps to address this narrow thinking by launching free vocational apprenticeship programs in construction and apartment maintenance. These programs aim to meet the growing demand for skilled workers in these industries.

Why Vocational Apprenticeships Matter

In Pasco and Hernando counties, there are currently 3,000 open positions in construction and 2,000 in apartment maintenance/management. Many of these jobs offer lucrative salaries, with some paying $50,000 or more per year. The college's grand opening of the construction program facility on its Gowers Corner campus was a momentous occasion, with several dignitaries in attendance. The facility features shipping container pods for tools, equipment, and materials, along with classrooms and a large pavilion built atop an abandoned tennis court.Alysen Heil, who heads the program and is the dean of Workforce Development at PHSC, explains that the apprenticeship program started small a couple of years ago. With proper funding, the facility can be expanded to accommodate more students in the future. Sean Kessler, a local building consultant and architect, has been instrumental in the program's success. He is a prime example of someone who changed his career path after five years in college studying marine biology.Kessler emphasizes the importance of hands-on training in construction. At the grand opening event, a shed built by the students was on display. Although small, it utilized the same materials and techniques as larger structures, providing the students with practical experience that will be applied to building full-scale houses in the future.The "experience" portion of the PHSC course is as crucial as the skills and knowledge equation. As Kessler points out, it is where these elements are put into practice. That's why the program is structured as an apprenticeship, with local companies providing paid jobs to students, paying them at least $15 per hour and sometimes more.Currently, the program can accommodate 15-18 students. Due to safety concerns during building instruction sessions, a ratio of one instructor for every six students is maintained. The college is currently seeking another instructor to meet the growing demand. Two apprenticeship programs are held each year, with the spring session opening for enrollment in February and the second session beginning in October.The course consists of 205 hours at the school's campus and 2,000 hours of paid, on-the-job work with local companies. Student Eugene Figueroa, who has worked in the electrical field for many years, joined the program to expand his knowledge and skills. He believes it is a great opportunity to learn and grow.Plans are in the works to add a Future Builders of America chapter at the Gowers Corner campus soon. This will provide high school students and others interested in hands-on construction experience with an abbreviated but valuable opportunity. It will be one of only two schools in the state to have such a chapter.For more information about the apprenticeship programs, visit https://phsc.edu/academics/job-training/apprenticeships.
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Jacobs-McCarthy JV Secures $160M Water Desalter Expansion in California
2024-12-02
The Water Replenishment District of Southern California has awarded a significant $160 million design-build contract to a joint venture consisting of Jacobs and McCarthy. This venture is set to expand the Torrance Groundwater Desalter facility, which will have the capacity to treat up to 9 million gallons per day of additional drinking water. The use of reverse osmosis membrane technology will remove salts from the extracted groundwater, producing high-quality drinking water.

Project Highlights and Benefits

The initiative supports the WRD's Brackish Groundwater Reclamation Program and its broader Win 4 All initiative. Jacobs emphasizes the progressive design-build contract as a means to enhance efficiency, control costs, and minimize risks. Senior Vice President Katus Watson stated, "The progressive design-build delivery model allows us to work collaboratively to minimize cost, reduce risk, streamline construction and improve schedule performance to fast track the completion of this state-of-the-art facility."The scope of work also encompasses new groundwater extraction wells and raw water pipelines. The Jacobs-McCarthy team anticipates that the facility will reach full-scale production by 2027.

Jacobs' Portfolio Growth in the Water Sector

This award builds on Jacobs' momentum in the water sector, as evident from its recent fourth quarter report. CEO Bob Pragada mentioned during the firm's earnings call that water projects have driven double-digit growth across Jacobs' portfolio. This indicates the company's strong position and increasing focus on the water industry.

McCarthy's Contribution to the Joint Venture

McCarthy, being a part of the joint venture, brings its expertise and resources to the table. Their involvement ensures the successful execution of the project and contributes to the overall growth and development of the water sector in the Golden State. The combination of Jacobs' and McCarthy's capabilities is expected to lead to the creation of a resilient local water supply system.

Impact on the Local Community

The expansion of the groundwater desalter facility will have a significant impact on the local community. It will provide a reliable source of drinking water and contribute to the sustainability of the region. By treating and reusing groundwater, the project helps to address the growing water demand and reduces the reliance on other water sources. This initiative also sets an example for other regions facing similar water challenges and promotes the importance of water conservation and management.
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