Over the past decade, Israel’s machine-building sector has been facing a fundamental shift. On one hand, massive investments—such as Intel’s $25B semiconductor plant in Kiryat Gat or NVIDIA’s new data centers—demand unprecedented levels of precision, automation, and control.
On the other hand, hundreds of small and medium-sized factories—particularly in the food, plastics, and construction industries—still operate using outdated models, relying on isolated simulations and quality assurance testing that occurs far too late in the process.
This is where Siemens’ Intelligent Performance Engineering (IPE) approach comes into play.
The model is built on three core pillars:
- Multiphysics Simulation – simultaneous analysis of thermal behavior, loads, vibrations, and electromagnetic fields, already in the early design phase.
- Integrated Design & Simulation – cloud-based integrative design where a single Digital Twin serves all engineering teams, from design to integration.
- Closed-Loop Validation – feeding real-world usage data back into the design model to improve performance in future lifecycle iterations.
Why Is This Critical for Israel?
Because in a reality where every customer demands customization and markets are driven by global competition, long, expensive, and disconnected development processes are no longer viable. The ability of local manufacturers to adopt digital methodologies—just as startups like IntSite apply artificial intelligence to crane operations—will determine whether Israel remains the “Start-up Nation” or falls behind Europe and the United States.
In parallel, sustainability is becoming a competitive advantage in its own right. Companies like UBQ Materials are developing industrial-grade recycled raw materials and require machinery capable of handling non-standard material properties. Here lies the advantage of Multiphysics Simulation and the Digital Twin: they enable engineers to design machines that can process complex materials in advance, reducing costly trial-and-error cycles.
Personal Opinion
Israel tends to excel in point innovation—startups with unique algorithms or breakthrough robotic systems—but struggles to implement broad methodologies within traditional industry. The next step must be connecting the startup ecosystem with local machine manufacturers through the adoption of methodologies such as Intelligent Performance Engineering.
If we succeed, Israeli machine builders will not only keep pace with the global market—they will help define it.
