Technologies like Artificial Intelligence (AI), the Industrial Internet of Things (IIoT), and automation have driven the evolution of Systems Integration (SI). Since its origins in the 1970s, SI has continuously adapted to meet the growing complexities of advanced manufacturing technologies and R&D.
A five-step advanced systems integration approach can help facilities address evolving process needs by integrating test equipment and systems to deliver faster, more accurate data for better decision-making at lower costs. Data and control technology advances enable more precise simulations and seamless connections between testing environments and outputs. An advanced integration strategy and a skilled team are key to successfully executing these complex projects.
In the Plant Engineering article “How To Enhance Facility Performance Through Strategic Systems Integration,” Randy Rozema, Director, Acoustics & Vibration, and Matt Thiel, Director, Integration Engineering, discuss the five-step advanced systems integration approach that helps plants and plant managers handle complex industrial projects and stay competitive by setting clear objectives, collaborating with experts, and adapting to future trends.
As advanced manufacturing technologies grow more complex, manufacturers and industrial plant managers need a dedicated systems integrator to avoid costly adjustments and rework. With ongoing digital transformation and market trends, having an integration strategy is becoming a standard in the design and build process of manufacturing, R&D facilities, and any industrial project. Companies that embrace SI gain a competitive edge, making it an industry norm rather than an exception.
Read the full article here.