Embedded hardware | high-speed PCB | compliance

Electrical Hardware Designer

High-Speed Digital | Analog | RF-Aware PCB Design
Concept → Prototype → Compliance → Production

Positioning
Electrical hardware designer focused on high-reliability embedded systems, high-speed digital interfaces, and compliance-driven product development from concept through certification.
Recent focus
Regulatory documentation
Technical Construction Files (TCF), compliance matrices, audit-ready artifacts.
Multi-radio embedded systems
LTE, LoRa, GNSS, Iridium; coexistence constraints and power-domain arbitration.
Signal integrity optimization
Legacy cleanup, controlled impedance, EMI-aware routing for high-speed links.

About

Experienced in designing rugged embedded hardware systems with a focus on high-speed interfaces (FPD-Link, LVDS), mixed-signal design, and regulatory compliance (CE, FCC, PTCRB). Proven track record supporting products from architecture through production and certification.

Core capabilities

High-speed PCB design

Controlled impedance, differential pairs, connector/link budgeting, layout constraints aligned to SI.

Analog & mixed-signal

Partitioning, grounding strategy, quiet reference planes, and measurement-aware design.

RF integration

LTE, LoRa, GNSS, Iridium; antenna integration and coexistence constraints.

Stackups and rigid-flex

Layer definitions, impedance targets, and practical manufacturing constraints.

Power systems

Buck/boost, battery domain management, protection, and fault-tolerant behavior.

Compliance

EMI/EMC-aware layout, CE RED/FCC documentation, RF exposure justifications.

Engagements

Best for consulting inquiries, design reviews, and full hardware development engagements. Clear requirements, explicit constraints, and audit-friendly documentation.