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Field Programmable Gate Arrays (FPGAs) have become a cornerstone technology in industries like aerospace, automotive, communications, and embedded systems. Whether you’re a student, engineer, or professional looking to expand your skill set, an industry-focused FPGA course equips you with practical, in-demand abilities. Key Takeaways: Understanding FPGA architecture is the fundamental principle for developing virtually any […]

Teamed with C++, Qt is an excellent way to build modern cross platform applications. Whether you’re looking to develop desktop applications or embedded devices, you will be able to work with many more opportunities as a developer by knowing Qt. You will understand why it is used and respected by developers across the world from

Electronic Design Automation (EDA) has undoubtedly changed the design of chips by automating many of the more complex tasks we have to do. However, we are now at the next level with Circuit Foundation Models (CFMs) powered by AI. CFMs are shifting the landscape of circuit design, verification, and optimization, and making chip development faster,

Mastering MATLAB can dramatically improve your engineering skills and open doors to exciting career opportunities. Engineers across many fields rely on MATLAB for everything from solving complex problems to visualizing data and simulating systems. This article will guide you on how MATLAB training can truly boost your engineering capabilities, enhance efficiency, and help you excel

Embedded Linux is changing the way we think about edge computing, especially with regards to the new wave of AI-based devices at the edge. Embedded Linux can be open source, customizable, and approachable, which positions it to power the ‘smart’ devices at the edge of networks today. The field of embedded Linux in AI edge

Real-time operating systems (RTOS) are important for embedded devices because they allow time-sensitive operations to be performed both reliably and on time. In all sorts of scenarios—whether it is controlling an infusion pump in healthcare, managing safety systems in vehicles, or running smart home devices—an RTOS enables repeatability and fast reaction times. In this article,

ARM architecture is behind millions of devices used today in the Internet of Things (IoT). It is stumbling into this burgeoning moment; ARM is the go-to processor for the world’s connected devices because they are energy efficient, scalable, and secure. The energy efficiency, performance, and security of ARM is the best option for IoT developers

Embedded C programming is the backbone of most embedded system projects—whether in IoT devices, automotive control units, or consumer electronics. To build real-world competency, students need more than syntax knowledge. They must grasp how software interacts with hardware, and how to write reliable, real-time code. This article highlights the top 5 essential concepts that every

Python is frequently chosen for programming Internet of Things (IoT) devices because of its simplicity, well-developed libraries, and flexibility. These qualities make it easy for programmers of all skill levels to develop, control, and monitor IoT systems of varying types. But how does Python make this possible? In this article, you’ll learn much more about

Embedded systems now play a significant role in our daily lives—everything from smartwatches, home automation, automotive controls, and medical devices. It is now a vital part of complex technology that is only going to grow to larger proportions in 2025. Although Embedded C programming may not be as popular anymore, it is still the most