IPC International Community magazine an association member publication
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20 I-CONNECT007 MAGAZINE I MARCH 2026 Prioritizing the printed circuit engineer can be a game-changer in the following ways: • Unlocks potential in design and analysis. A highly skilled and well-supported PCB engineer can extract far more value from a standard EDA suite than an under-trained or disengaged engineer can from the most sophisticated one. Training them in advanced layout techniques, signal integrity analysis, power integrity simulation, and DFM prin- ciples helps them better understand the un- derlying physics of high-speed signals, push the boundaries of layer stackups, and even foresee manufacturing challenges the tool's automated features might miss. • Fosters innovation and adaptability in a rap- idly evolving field. Engineers who are famil- iar with new substrate materials, advanced packaging, and evolving industry standards are far more adaptable. They can quickly grasp new technologies, integrate them into existing design workflows, and even envi- sion entirely new applications, from flexible circuits to embedded components, that the tool's creators might not have imagined. • Enhances problem-solving capabilities from concept to production. EDA tools provide solutions for routing and placement, but PCB engineers define the problems and critically evaluate those solutions. When you strength- en an engineer's critical thinking and techni- cal depth, they're better equipped to uncover the root causes of complex problems, from EMI/EMC failures to thermal and assembly is- sues, going far beyond what any automated software can offer. • Boosts morale and retention in a niche field. PCB engineers with expertise in high-speed, RF, or power electronics are in high demand, meaning organizations are far more likely to attract and retain top talent. When PCB en- gineers feel valued and engaged, there are fewer design revisions, faster time-to-market, and higher-quality products. • Creates a culture of continuous improvement across the product lifecycle. When PCB engi- neers are empowered to learn, experiment, and share their knowledge, they become not just users of EDA tools, but active partici- pants in refining design guidelines, optimiz- ing processes and manufacturing hand-offs, and contributing to the development of internal scripts or macros that enhance the efficiency of their tools. How to Invest in Your Printed Circuit Engineer Continuous learning and development Offer regular training programs, workshops, and access to online courses that cover both advanced PCB design techniques and crucial soft skills like project management, communication with fabrica- tors, and collaboration with mechanical and firm- ware teams. Mentorship and coaching Establish programs that pair experienced PCB lay- out engineers and signal integrity specialists with less experienced colleagues, fostering knowledge transfer of best practices and tribal knowledge. Time for exploration and experimentation Encourage engineers to dedicate time to explor- ing new technologies, such as flexible hybrid electronics, experimenting with different stackups, and pursuing passion projects that could lead to innovative solutions for future products. Conferences and industry events Sponsor attendance at relevant conferences, PCB design forums, virtual webinars, and podcasts to expose engineers to new ideas, network with peers, and stay abreast of emerging trends in ma- terials, manufacturing, and design methodologies. Feedback and recognition Create a culture that encourages constructive feed- back during design reviews and recognizes and cel- ebrates achievements in complex layouts, success- ful first-pass designs, or significant cost reductions. Empowerment and autonomy Give PCB engineers ownership of their board de- signs and the autonomy to make critical decisions, fostering a sense of responsibility and encouraging innovative solutions within established guidelines.