From Prototype to Production — Automotive-Grade PCBA Design & Reliability Engineering
Diagnosed by IEEE Senior Member Engineers
We design automotive-grade electronics that survive extreme thermal cycling, vibration, and EMI conditions. From ADAS computing modules to EV battery management, our solutions meet and exceed AEC-Q100 requirements.
PCBAs failing after thermal cycling — causing costly field returns and warranty claims
EMI/EMC compliance failures delaying product launch by months
Solder joint reliability issues under vibration in engine bay environments
Power integrity problems in high-performance GPU-based ADAS modules
Connector failures in high-temperature underhood applications
Board layout optimization with automotive-grade components achieving >1,200 thermal cycles with zero solder joint cracks.
Multi-layer shielding strategies and grounding topology optimization for CISPR 25 and ISO 11452 compliance.
Advanced PDN design with optimized decoupling for stable operation of automotive GPUs and SoCs.
Mechanical design and component selection optimized for ISO 16750 vibration and shock profiles.
We analyze your automotive application requirements, operating environment, and certification targets to define a clear technical specification.
AEC-Q100 qualified component selection with Tier-1 sourcing guarantees. Full schematic review with DFMEA analysis.
Multi-layer automotive-grade layout with thermal simulation, signal integrity analysis, and EMI pre-compliance modeling.
Rapid prototype build with in-house thermal cycling, vibration testing, and EMI/EMC pre-scan before formal qualification.
Full AEC-Q100 qualification support, PPAP documentation, and transition to volume manufacturing with ongoing supply chain management.
92% of our automotive designs pass AEC-Q100 qualification on the first submission — saving months of redesign cycles.
Direct relationships with Tier-1 automotive component suppliers ensure allocation priority even during global shortages.
Our proprietary layout techniques achieve 1,200+ thermal cycles — 4x the industry minimum for underhood applications.
From concept through 10+ year production runs, we manage component obsolescence and design refreshes proactively.
Common questions about our automotive electronics pcba design & engineering usa solutions
Let's discuss how we can help you achieve automotive reliability standards and accelerate your product launch.
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