Introduction A Robotic System is much more than a machine that moves. It is a complex “Cyber-Physical” system that perceives its environment, processes information, and performs physical tasks with varying degrees of autonomy. In the context of Product Lifecycle Management (PLM), robotics represents the ultimate challenge: integrating sophisticated mechanical kinematics with high-speed electronics and AI-driven […]
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Introduction In an embedded system, the hardware provides the “muscle” and the application software provides the “instructions.” However, without a mediator, the software wouldn’t know how to talk to the processor, and the processor wouldn’t know how to prioritize multiple tasks. This mediator is the Operating System (OS). From a Product Lifecycle Management (PLM) perspective, […]
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Introduction Today, almost every mechanical product is becoming a “smart” product. From connected thermostats to autonomous vehicles, the value has shifted from the physical shell to the embedded intelligence within. This shift has created a major challenge: How do you manage a product where hardware, firmware, and software evolve at different speeds? PLM for Embedded […]
Introduction Modern innovation is no longer about single devices; it is about complex, interconnected systems. Electronic Systems Design (ESD) is the high-level discipline of conceptualizing and developing integrated electronic solutions that perform specific functions. This involves not just a single PCB, but the orchestration of multiple boards, wiring harnesses, user interfaces, and power management units. […]
Introduction Every electronic device, from your smartphone to a Tesla’s autopilot system, relies on a Printed Circuit Board (PCB). A PCB is a physical structure used to connect electrical components using conductive pathways, tracks, or signal traces etched from copper sheets laminated onto a non-conductive substrate. In Product Lifecycle Management (PLM), the PCB is the […]
Introduction In traditional embedded development, integrating peripheral drivers (like USB, Ethernet, or sensors) into a project was a manual and error-prone process. Each microcontroller had its own way of handling data, forcing engineers to rewrite code every time they changed a chip. Firmware Integration Technology (FIT) is a specialized architectural approach designed to solve this. […]
Introduction In the past, hardware and firmware were often developed in silos: the hardware team built the board, and only then did the firmware team start writing code. In the era of smart, connected products, this “throw it over the wall” approach is a recipe for failure. Embedded Systems Integration is the process of synchronizing […]
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Introduction In modern industry, it’s no longer enough to know what you built; you must know exactly how, when, and by whom it was built. Manufacturing Traceability is the ability to track every stage of a product’s journey—from the arrival of raw materials at the factory to the moment the finished goods reach the customer. […]
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Introduction In the complex world of modern manufacturing, engineers often spend more time managing tools, setting up environments, and navigating “red tape” than actually designing products. Platform Engineering is the discipline of designing and building workflows and toolchains that enable self-service capabilities for engineering teams. Think of it as building a “Product for the Engineers.” […]
Introduction In an increasingly software-driven world, it is easy to forget that every line of code needs a physical home. Hardware Engineering is the disciplined approach to designing, developing, and testing the physical components of a system. This includes everything from the mechanical structure and thermal management to the complex printed circuit boards (PCBs) and […]
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