INTRODUCTION In the modern industrial landscape, the bridge between a conceptual CAD model and a high-performing physical product is built on Simulation. Within a Product Lifecycle Management (PLM) framework, simulation (often referred to as Computer-Aided Engineering or CAE) is no longer a downstream verification step; it is the “Digital Twin” core that drives decision-making. This […]
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Introduction Traditionally, product development followed a linear and fragmented path: engineers would create a 3D model in CAD, and then send it to a specialized analysis team for simulation (CAE). This back-and-forth often resulted in bottlenecks, data loss, and late-stage design changes. MODSIM (Modeling and Simulation) is a revolutionary approach that integrates design and simulation […]
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Introduction In the modern engineering landscape, the 3D model is the undisputed “Source of Truth.” 3D Modeling is the process of developing a mathematical, coordinate-based representation of any surface of an object in three dimensions via specialized software. Within a Product Lifecycle Management (PLM) framework, 3D modeling is much more than a digital drawing. It […]
Introduction In a heterogeneous engineering environment, data exchange is the biggest hurdle. When one team uses Tool A and another uses Tool B, the risk of “data friction”—loss of geometry, broken links, or corrupted metadata—is high. CAD Interoperability in the context of PDM/PLM refers to the ability of different software systems to exchange, use, and […]
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Introduction In an ideal world, every engineer in an organization would use the same CAD (Computer-Aided Design) software. However, in the modern industrial landscape, this is rarely the case. Through company acquisitions, global supply chains, and specialized departmental needs, most organizations operate in a Multi-CAD environment. A Multi-CAD strategy involves managing data from various design […]
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Introduction In today’s globalized market, regulatory compliance is no longer a localized hurdle; it is a complex, moving target. From the EU’s Medical Device Regulation (MDR) to the Automotive Cyber Security (ISO 21434) and environmental mandates like RoHS/REACH, the cost of non-compliance is catastrophic—ranging from massive fines and product recalls to total market exclusion. Regulatory […]
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Introduction In the digital era, it is easy to forget that every software instruction eventually runs on a physical substrate. Unlike software, hardware is subject to the laws of physics: it wears out, it overheats, and it can break under mechanical stress. Risk Management for Hardware is the systematic process of identifying and mitigating the […]
Introduction For decades, cybersecurity was perceived as a “software problem.” However, as products become more connected and autonomous, the physical layer—the hardware—has become a prime target for sophisticated attackers. Hardware Security is the practice of protecting the physical components of a system from malicious attacks, unauthorized access, and tampering. In a Product Lifecycle Management (PLM) […]
Introduction As products become increasingly “smart” and electrified—from electric vehicles to wearable medical devices—the complexity of their electrical systems grows. An Electrical Risk Assessment (ERA) is a systematic process used to identify, evaluate, and control hazards associated with electrical energy. In a Product Lifecycle Management (PLM) framework, an ERA is not a one-time event but […]
Introduction In mechanical engineering, risk management is a matter of physical integrity. Whether designing an industrial turbine, a medical implant, or an automotive chassis, engineers must account for forces that are often invisible until a failure occurs: stress, fatigue, thermal expansion, and vibration. Risk & Safety Analysis for Mechanical Engineering within a PLM context involves […]
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