Hardware Development

Hardware development bridges the gap between software and the physical world. Stephen Taylor brings schematic design and PCB layout skills using KiCad — the industry-standard open-source tool for electronic design automation. This capability extends the full-stack concept beyond code into the physical domain, enabling end-to-end product development from circuit board to cloud. Hardware development requires a different kind of engineering discipline than software. Mistakes are expensive — a bug in software can be patched in minutes, but a design error on a fabricated PCB means a new revision, new manufacturing, and weeks of delay. This constraint demands careful upfront design, thorough review, and simulation before committing to fabrication. Stephen approaches hardware design with the same rigor applied to software architecture: clear requirements, modular design, and attention to manufacturability. The intersection of hardware and software — embedded systems, IoT devices, sensor platforms, and instrumentation — is where Stephen's cross-domain expertise delivers the most value. Understanding both sides of the hardware-software boundary makes it possible to design systems that are optimized end to end, rather than dealing with the friction that arises when hardware and software teams operate in isolation. Working with Dualem on geophysics instrumentation is a direct expression of this capability — combining technical product understanding with web-based interfaces that serve both engineering and commercial audiences.