Architecture & design
- Electronic hardware architecture
- Circuit and schematic design
- PCB and multi-layer PCB design
- Component selection
- BOM engineering
01Capability / Embedded Hardware
Embedded hardware engineered for production.
We develop the electronics at the center of a product and carry the design beyond a finished schematic. The work can span system architecture, multi-layer boards, sourcing, assembly, hardware bring-up, test, and the handoff into manufacturing.
Discuss this capabilityCore terminology
01PCB design
02Electronics
03BOM engineering
04Hardware bring-up
01Scope
Engineering depth, organized around the product.
The exact scope is shaped around the device, maturity, constraints, and the parts of the system already in place.
Prototype & validate
- Prototype development
- PCB assembly coordination
- Hardware bring-up
- Hardware testing
- Design validation
Prepare for production
- Component sourcing and procurement
- Design for manufacturing
- Production preparation
- Small-batch manufacturing
- Mass-production support
02Engineering flow
A clear path through the work.
Each phase produces evidence for the next, keeping technical decisions connected to product and production requirements.
- 01Idea→
- 02Design→
- 03Prototype→
- 04Assembly→
- 05Validation→
- 06Production→
03System integration
This layer does not exist in isolation.
Embedded Hardware decisions influence—and are influenced by—the rest of the product. We can coordinate adjacent disciplines so interfaces are designed intentionally and integration risk is found early.
↳Next step
Need embedded hardware expertise?
Whether you are starting with an idea, an existing PCB, firmware, or a software system, we can help move it to the next stage.
Discuss your project