Nataliia Zarubina, Director of AMC Bridge Ukraine, recently visited teams in key delivery locations across Ukraine—Dnipro, Khmelnytskyi, Chernivtsi, Lviv, and Kyiv—as part of a series of on-site meetings focused on communication, collaboration, and shared priorities.

AMC Bridge, a global software development consultancy specializing in engineering, manufacturing, and construction, demonstrates its extensive expertise with Siemens PLM Components through its long‑standing work with clients across the engineering ecosystem. Building on more than a decade of collaboration with Siemens Digital Industries Software, the company has steadily deepened and expanded its capabilities. It now applies Parasolid®, D‑Cubed™, Kineo™, JT, and related toolkits to meet sustained market demand for high‑performance geometric modeling and CAD/CAM/CAE integration.

In our work with enterprise engineering organizations, we see a recurring pattern: the platform decision has been made, the APIs are available, initial prototypes show promise, and then the project stalls. Not because of missing capabilities, but because of everything that surrounds them: authentication models, cost governance, CI/CD pipelines, long-term maintainability, and the effort of moving from a working demo to a system hundreds of users depend on daily.

As product complexity increases and regulatory requirements become more stringent, engineering teams face growing pressure to ensure that design outputs consistently meet defined requirements. However, fragmented toolchains, manual validation, and weak traceability lead to inefficiencies, late-stage rework, and compliance risks. AMC Bridge has developed the AI-Assisted KiCad–Codebeamer MCP Integration Demo, a technology demonstration that introduces a new approach to requirements-driven design validation and compliance automation, in response to recurring challenges observed across client projects, where requirements management remains fragmented, inconsistently standardized, and often handled through emails, documents, or ad-hoc processes—highlighting a clear gap that existing tools, including ALM systems, do not fully address within manufacturing engineering workflows.

As manufacturing becomes more distributed and product development more complex, companies are under more pressure than ever to connect data across design, engineering, and production. The idea of a “digital thread,” this continuous flow of product data across systems, is no longer just a long-term goal, but something many organizations are actively pushing to implement.

AMC Bridge’s latest technology demonstration, Similar Parts Search, explores how combining artificial intelligence (AI) with advanced 3D geometric processing can address these challenges and improve the discovery, reuse, and evaluation of structurally similar parts across engineering workflows.