PCB Design
Schematics, layouts, power paths, connectors, sensor interfaces, LED systems, and practical board constraints.
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Electronics and embedded systems
Albion designs boards, writes firmware, brings hardware to life, and helps turn early concepts into systems that can be tested, used, and improved.
Capabilities
Useful electronics work is rarely just a board or just a bit of code. Albion handles the links between electrical design, embedded behavior, testability, and the final user experience.
Schematics, layouts, power paths, connectors, sensor interfaces, LED systems, and practical board constraints.
Microcontroller code for control loops, communications, diagnostics, low-power modes, and device behavior.
Proof-of-concept builds, bench testing, bring-up, wiring, fixtures, and iteration before product decisions harden.
USB, Ethernet, wireless modules, displays, controls, motors, power management, and software interfaces.
Design review, test points, documentation, BOM checks, debug strategy, and handoff support for manufacturing partners.
Process
Good prototypes answer questions. Good products keep answering them after they leave the bench.
Inputs, outputs, power, environment, cost, schedule, risks, and proof points.
Schematic, firmware architecture, component choices, and interface planning.
Measure, flash, test, debug, document, and separate design issues from build issues.
Prototype revision, client handoff, production notes, or software tooling around the device.
Outputs
Schematics, PCB layouts, BOMs, notes, and design rationale ready for review or revision.
Bench-tested hardware with known limitations, next-step notes, and firmware loaded.
Readable embedded code, configuration notes, build instructions, and debugging guidance.
Small utilities, scripts, dashboards, or browser tools that make testing repeatable.
Start
A sketch, prototype photo, schematic, broken board, or short description is enough to begin the conversation.