EDA
Tackling PCB design challenges requires smart software choices
Design engineers producing PCB designs, whether working within industrial design engineering businesses or as part of in-house manufacturing design teams, need some kind of Computer Aided Design (CAD) software. While operating without it would be inefficient and impractical, selecting a cost-effective platform that caters for a variety of skills levels, and experience, is rarely straightforward.
Collaboration is a crucial element of the design process, and a common pain point for design engineers, so this is also a key consideration.
Joydipto Choudhuri, design tools experience manager, DesignSpark, considers the pressures facing today’s design engineers and explains how selecting the right software can make a measurable difference and help alleviate some of these pressures.
Striking a balance between capability and usability is key Design engineering in today’s landscape depends on collaboration between professionals with varied skills and responsibilities. Yet one of the most common challenges faced by PCB designers is ensuring their CAD software meets their task requirements, and is appropriate to their expertise level. When businesses invest in advanced platforms with powerful functionality, it may present as forward- thinking. However, enhanced functionality can mean added complexity, and that can create more barriers to collaboration. Junior designers may be overwhelmed by sophisticated features that demand extensive training, but may not be relevant to them in their day-to-day roles. Solutions that are too complex can slow progress and discourage contribution, rather than improve productivity. At the same time, limiting functionality access to less experienced users may restrict senior engineers who require high-level tools to create innovative designs. The balance lies in adopting a solution flexible enough to support the entire team, without compromising efficiency at either end of the spectrum.
Cost considerations are also key, and can further influence the solution choice, and resulting collaboration potential. When paying a premium for subscription fees for sophisticated software, organisations may choose to restrict access to senior design team members exclusively. This can be perceived as cost-saving by the organisation, but there is the hidden cost of stifled
20 May 2026
Joydipto Choudhuri, experience manager, DesignSpark
collaboration to consider. There’s no doubt that heightened shared visibility of projects strengthens PCB development processes. One way to address these challenges is to use multiple CAD platforms – offering appropriate functionality to the corresponding PCB designer skill level. But this approach can introduce integration issues when systems do not communicate effectively, resulting in the emergence of data silos. If files are duplicated, version control becomes inconsistent. Teams can end up not accessing a clear, real-time overview of project progress, with the result being confusion, delays and unnecessary re-work. This can be a real hindrance to project progression, at best, and impact timescales or quality, which can have reputational and financial implications.
Components in Electronics
Selecting software with robust integration capabilities can help prevent these issues. DesignSpark PCB is one solution that offers an intuitive, easy to adopt system. This means less time and resource spent on extensive training programmes, giving more time to designing through multi-solution compatibility. In a world where hybrid working has become the norm, ensuring universal access to the latest design files is essential for maintaining project momentum and progression.
The importance of centralised technical information
Beyond design functionality itself, access to accurate technical data plays a critical role in the success of any engineering design.
Engineers rely on access to information like datasheets, compliance certifications and component specifications when creating PCB designs. When these are dispersed across multiple systems, engineers can lose valuable time searching for what they need. In the case of fragmented data environments, the risk of selecting the wrong components or overlooking important requirements is greatly increased. Delays in validation or approval processes can directly affect timelines, which are crucial in PCB design, to meet customer requirements and retain financial viability. Some solutions also have ineffective search tools, making it difficult to locate the right part or documentation quickly, which can compound the problem. When terminology is inconsistent
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