For over 75 years, Arup has been the driving force behind some of the world’s most ambitious and iconic built structures, including the Sydney Opera House, Beijing Water Cube, New York City’s Fulton Transit Center, and the latest efforts to construct Antoni Gaudí’s Basílica de la Sagrada Familia. At the forefront of digital innovation since their inception, Arup’s digital buildings experience includes advising on, designing, and implementing digital interventions at a system, building, and city scale.
Arup is an independent firm of consultants, designers, planners, engineers, and technical specialists offering a broad range of professional services. Founded in 1946, Arup is the creative force behind many of the world’s most prominent projects in the built environment. We are truly global – from 94 offices in more than 34 countries, our 18,000 planners, designers, engineers and consultants deliver innovative projects with creativity and passion to shape a better world.
In Arup's Smart Buildings Consulting offering, they leverage multidisciplinary domain expertise in planning, engineering, design, and consulting to define what ‘smart’ means to each particular client and how to realize the benefits it can bring. Arup's holistic understanding of design, construction, and building operations informs the solutions they create and the guidance they provide to clients, including architects, investors, facilities managers, and real estate technology professionals. Arup follows an outcomes-based design approach by clearly defining the goals of each engagement then using these goals to inform the roadmap for technology implementation. Arup leverages their broad industry perspective to evaluate the available products, services, and technologies needed to enable each project’s ‘smart’ vision and design integrated digital
solutions to satisfy current user needs while future-proofing against the rapidly evolving technology landscape.
City of Madison found its grid-interactive pilot couldn't shed load until it validated the OT foundation, discovering mixed subnets, stranded submeters, and BAS setpoints that carried no consistent "reduce load" command.
Learn how standardized HVAC sequences of operation, building automation systems (BAS), cooling tower optimization, and analytics help commercial real estate portfolios improve energy efficiency, reduce HVAC complaints, and achieve repeatable building performance at scale.
Learn how Texas Tech University built an in-house HVAC controls team to eliminate sequence drift, optimize building automation systems (BAS), reduce energy costs, and improve HVAC performance through recommissioning, controls programming, and fault detection.
Learn how UC Irvine uses operational commissioning, SkySpark, building automation systems (BAS), fault detection and diagnostics (FDD), and HVAC optimization to improve energy efficiency and building performance across a large campus.
Learn how RTX is using continuous commissioning, monitor-based commissioning (MBCx), and intelligent building controls to optimize HVAC performance, uncover energy savings opportunities, and scale energy management across a global portfolio of manufacturing facilities.
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