Global PCB Connections: Rigid-flex and Flexible PCBs—The Backbone of Modern Electronics
Flexible Thinking: The Key to a Successful Flex Circuit Design Transfer
Happy’s Tech Talk #29: Bend-to-Install Semi-flex FR-4
The Challenges, Opportunities, and Future Specialties of PCB Design
March 19, 2024 | Stephen V. Chavez, Siemens EDAEstimated reading time: 1 minute
We’ve witnessed a progression of the various roles in PCB design over the decades due to the ever-evolving field of electronics. These roles, which are key to PCB design, can be described as the all-encompassing domain of printed circuit engineering (PCE), which involves multiple disciplines and their respective domains, and plays a pivotal role in shaping the technology landscape. As technological advancements accelerate, the multi-disciplines within PCE face myriad challenges while simultaneously encountering exciting and promising opportunities.
What were once specialties have become more generalized over time—PCB designers must learn about design automation, signal integrity (SI), electromagnetic compatibility (EMC), complex high-speed design, mechanical design, and manufacturability/producibility. Design engineers must learn about layout, simulation, and supply chains—and in their place new specialties have emerged, like multi-gigabit SerDes channel design, advanced manufacturing, IoT, and multi-physics system verification. Across the board (no pun intended), good engineering teams have learned to collaborate outside their siloed specialties, which increases their individual and collective value. Yet, it’s not only designers grappling with this evolution but also numerous tech companies across several industries that must bolster their engineering resources to close the growing talent gap.
To read this entire article, which appeared in the March 2024 issue of Design007 Magazine, click here.
Share on:
Suggested Items
Digital Twin Concept in Copper Electroplating Process Performance
07/11/2025 | Aga Franczak, Robrecht Belis, Elsyca N.V.PCB manufacturing involves transforming a design into a physical board while meeting specific requirements. Understanding these design specifications is crucial, as they directly impact the PCB's fabrication process, performance, and yield rate. One key design specification is copper thieving—the addition of “dummy” pads across the surface that are plated along with the features designed on the outer layers. The purpose of the process is to provide a uniform distribution of copper across the outer layers to make the plating current density and plating in the holes more uniform.
Meet the Author Podcast: Martyn Gaudion Unpacks the Secrets of High-Speed PCB Design
07/10/2025 | I-Connect007In this special Meet the Author episode of the On the Line with… podcast, Nolan Johnson sits down with Martyn Gaudion, signal integrity expert, managing director of Polar Instruments, and three-time author in I-Connect007’s popular The Printed Circuit Designer’s Guide to... series.
Showing Some Constraint: Design007 Magazine July 2025
07/10/2025 | I-Connect007 Editorial TeamA robust design constraint strategy balances dozens of electrical and manufacturing trade-offs. This month, we focus on design constraints—the requirements, challenges, and best practices for setting up the right constraint strategy.
Elementary, Mr. Watson: Rein in Your Design Constraints
07/10/2025 | John Watson -- Column: Elementary, Mr. WatsonI remember the long hours spent at the light table, carefully laying down black tape to shape each trace, cutting and aligning pads with surgical precision on sheets of Mylar. I often went home with nicks on my fingers from the X-Acto knives and bits of tape all over me. It was as much an art form as it was an engineering task—tactile and methodical, requiring the patience of a sculptor. A lot has changed in PCB design over the years.
TTCI Joins Printed Circuit Engineering Association to Strengthen Design-to-Test Collaboration and Workforce Development
07/09/2025 | The Test Connection Inc.The Test Connection Inc. (TTCI), a leading provider of electronic test and manufacturing solutions, is proud to announce its membership in the Printed Circuit Engineering Association (PCEA), further expanding the company’s efforts to support cross-functional collaboration, industry standards, and technical education in the printed circuit design and manufacturing community.