![]() ![]() The range of tasks, focus areas, and challenges to be solved is truly diverse, and it makes PCB design a rewarding career. Software and firmware development, testing, and deployment.Packaging and enclosure design, usually with mechanical engineers.Front-end engineering, including circuit design and component selection.More than any other area of electronics engineering, PCB designers participate in a broad swathe of engineering challenges, including: You’ll also have a role to play in manufacturing, where you’ll help prepare products for full-scale production. As a designer, you’ll sit at the intersection of high speed computing, application development, wireless systems, electromechanical systems, power electronics, and other areas of electronics engineering. Today, PCB designers participate in solving many different engineering problems, and they perform many of those last-mile engineering tasks needed to create a functional, manufacturable product. As technology has become more advanced, the designer’s role has expanded to the point where they are a central part of an electronics engineering team. In the past, PCB design was seen as simply solving a puzzle, where the designer’s job was just to locate parts and make connections between electronic components. If you’re thinking about pursuing electronics as a career, learning PCB design will only make you stronger as an engineer. ![]() ![]() Designing hardware for these applications requires a collaborative approach across engineering disciplines, and PCB designers have a role to play in all engineering aspects of complex systems. More importantly, advanced electronic systems like robotics, connected cars, smartphones, industrial systems, computers, and just about every appliance you can imagine need PCBs. PCBs are much more than a tool for making electrical connections, they are carefully engineered products that are fun to create and fun to build. However, today’s modern electronics wouldn’t work without high-quality PCB designs that hold components and provide electrical connections required for leading edge technology. When most students get started in electrical and electronics engineering courses, they probably don’t consider the potential career paths related to printed circuit board (PCB) design.
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