Beyond the Build: How CRB Is Rewriting the Blueprint for Industrial Facilities

KANSAS CITY, MO – June 24, 2026 – An award announcement can often feel like a footnote in the relentless churn of the business cycle. But sometimes, a single recognition signals a much deeper shift in an industry. Such is the case with CRB, a global engineering and construction firm, which was recently honored by industrial automation giant Rockwell Automation. While the press release cited an “EPC Innovation” award, the story here isn't just about a trophy; it's about a fundamental rethinking of how the factories of the future are brought to life.

CRB was named a 2026 Rockwell Automation PartnerNetwork™ award winner for Engineering, Procurement and Construction (EPC) Innovation, a recognition presented at Rockwell's exclusive PartnerNetwork conference in Las Vegas this past March. The award highlights a strategic pivot in project delivery, one that moves away from traditional, siloed construction processes and toward a deeply integrated model that could set a new industry standard, particularly in high-stakes sectors like life sciences and food and beverage.

A New Blueprint for Project Delivery

For decades, the construction of complex manufacturing facilities followed a linear, sequential path. First came the architectural design and structural engineering—the building's shell. Then, process engineers would map out the equipment and workflows. Finally, automation and control systems—the facility's brain and nervous system—would be layered on top. This approach, while logical on paper, often led to costly integration challenges, project delays, and systems that never quite communicated seamlessly.

CRB’s award-winning strategy turns this old model on its head. The firm’s innovation lies in embedding automation and data strategy into the project lifecycle from the very beginning. Instead of treating control systems as a final implementation step, they are woven into the initial design and engineering phases. This means the digital infrastructure is developed in parallel with the physical structure, ensuring that the facility is conceived as a single, cohesive organism from day one. It’s a holistic approach that connects facility design, process engineering, and automation into a unified delivery model.

This method is a practical application of Rockwell Automation's overarching vision for 'The Connected Enterprise,' which aims to converge plant-level operational technology with enterprise-level information technology. “Bringing this vision to life requires more than just advanced technology; it demands a new way of thinking about project execution,” noted one industry analyst. By championing this integrated approach, CRB is effectively creating a real-world blueprint for how to build a truly connected enterprise from the ground up.

The Tangible Impact on High-Stakes Industries

This shift from a siloed to a symbiotic process is more than an academic exercise in efficiency; it delivers tangible, high-impact results, especially for the life sciences and food and beverage industries CRB serves. In these sectors, speed-to-market is not just a competitive advantage—it can be a matter of public health. A delay in bringing a new biologic drug facility online can mean millions in lost revenue and, more importantly, a longer wait for patients who need the therapy.

By integrating automation early, CRB significantly reduces execution risk. Potential conflicts between mechanical systems, process equipment, and control logic are identified and resolved in a digital environment long before construction begins. This digital-first approach minimizes costly rework and accelerates commissioning and startup. The result is a more predictable project timeline and a faster path to operational readiness. Facilities can begin production sooner, getting critical products to market with greater speed and confidence.

Furthermore, this model enables the creation of highly flexible, data-driven operations. When data strategies are considered from the outset, facilities are built with the necessary sensors, networks, and analytics capabilities to provide deep operational insight. This allows manufacturers to optimize processes, improve quality control, and adapt quickly to changing market demands. In essence, CRB isn't just building a factory; it's building a platform that is designed to perform on day one and continue to improve over its entire lifecycle.

A Partnership Driving the Future

The recognition from Rockwell Automation also underscores the power of strategic collaboration. The PartnerNetwork™ program is an expansive ecosystem of market-leading technology and service providers, and winning an innovation award within this competitive landscape is a significant achievement. It places CRB alongside other forward-thinking firms, such as past EPC Innovation award winners Salas O'Brien and Gray, who have similarly demonstrated leadership in applying digital technologies to solve complex industrial challenges.

The partnership allows both companies to play to their strengths: Rockwell Automation provides the cutting-edge automation technology and the strategic vision, while CRB provides the deep domain expertise in engineering and construction to implement that vision effectively in the field. It’s a synergy that benefits the end client, who gains access to a seamless, de-risked path to modernization.

Polo Paredes, Global EPC Director at Rockwell Automation, captured the spirit of the collaboration in the official announcement. “We’re proud to partner with CRB and support their recognition with this Innovation Award,” he stated. “Their commitment to delivering forward-thinking, high-impact solutions aligns closely with Rockwell Automation’s mission to drive digital transformation and operational excellence across the industries we serve.”

Ultimately, CRB’s award signifies a crucial evolution in industrial project delivery. It validates a strategy that prioritizes integration, foresight, and long-term value over traditional, fragmented methods, offering a compelling look at how innovation is creating tangible differences in the race to build the smart, agile, and resilient manufacturing infrastructure of tomorrow.