Fisica selects PTC Creo and Windchill for engineering

Key Takeaways

• Fisica Applied Technologies has adopted PTC Creo (CAD) and Windchill (PLM) to unify its engineering data across four business units.
• The solution delivers end‑to‑end configuration control, traceability, and real‑time collaboration for complex defense antenna and battery programs.
• By consolidating CAD and PLM on a single platform, Fisica can accelerate product cycles, meet stringent aerospace/defense regulations, and lay the groundwork for AI‑driven analytics.
• Creo supports up to 10 million parts per assembly and integrates with simulation tools, while Windchill scales to 100 k+ concurrent users and manages >10 TB of product data.

Why Fisica Chose a Unified Digital Engineering Backbone

Business drivers after the L3Harris spin‑off

• Four distinct business units (airborne antennas, ground‑based antennas, electromagnetic simulators, rugged batteries) now operate under a single corporate umbrella.
• Legacy CAD/PLM tools were fragmented, leading to version drift, duplicate data, and lengthy change‑order cycles.
• The company needed a single source of truth that could span multiple sites and support classified defense projects with rigorous configuration management and traceability requirements.

Benefits of the Creo‑Windchill ecosystem

Implementing an “Intelligent Product Lifecycle”

PTC’s vision for an Intelligent Product Lifecycle (iPLM) hinges on turning every design artifact into actionable data. For Fisica, this means:

1. Data foundation – All CAD geometry, simulation results, and bill‑of‑materials (BOM) data are ingested into Windchill’s central vault.
2. Enterprise‑wide propagation – Engineers in different locations access the same model revisions, reducing rework by an estimated 30 % (based on similar PTC deployments).
3. AI‑enabled insights – Windchill’s analytics engine can flag design changes that may breach weight or electromagnetic performance targets before physical prototyping.

The combined platform also supports digital thread continuity from concept through manufacturing, enabling downstream systems (ERP, MES) to consume verified product data without manual re‑entry.

Impact on Fisica’s Defense Programs

• Configuration control: Each antenna system now has a single, immutable configuration baseline, satisfying Defense Federal Acquisition Regulation Supplement (DFARS) requirements.
• Traceability: Every part number, material spec, and test result is linked to its originating CAD revision, simplifying audit preparation for ITAR compliance.
• Time‑to‑market: Early‑stage generative design in Creo reduces concept‑phase cycles from 12 weeks to roughly 7 weeks, accelerating field‑deployment schedules for ruggedized batteries.

Looking Ahead

PTC’s roadmap includes tighter integration of AI/ML services (e.g., predictive failure analysis) and expanded cloud‑native capabilities. For Fisica, the current deployment creates a scalable platform that can absorb future product lines—such as next‑generation high‑frequency phased‑array radars—without re‑architecting the underlying data infrastructure.

Bottom Line

Fisica Applied Technologies’ migration to PTC Creo and Windchill delivers a cohesive engineering environment that unifies design, simulation, and lifecycle data across its diversified defense portfolio. The solution not only satisfies stringent regulatory and collaboration demands but also positions the company to leverage AI‑driven analytics and cloud scalability for faster, higher‑quality product delivery. In an industry where data integrity and rapid iteration are mission‑critical, the Creo‑Windchill combo provides a future‑proof foundation for sustained growth.