USA-based IEEE Senior Member engineers with Tier-1 supply chain. 500+ projects delivered at 99.9% reliability. One team, full lifecycle, no handoffs.4–12 weeks from concept to pilot production.
IEEE Senior Member Engineers
Automotive · Medical · Aerospace · Radar · Satellite PCB Design
Trusted by 100+ clients worldwide
Featured in
When a sensor fails at 40,000 feet or a battery pack overheats on the highway, there are no second chances. We design for industries where downtime isn't an inconvenience — it's a catastrophe.
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.
IEEE Senior Member-Led Team
30+ years of hardware engineering authority
We don't just deliver boards — we embed with your team. Our engineers join your design reviews, flag risks early, and own the hardware timeline alongside you. That's how 30+ year veterans operate: shoulder-to-shoulder, not at arm's length.
Whether it's a Class II/III medical device needing IEC 60601 compliance or a radiation-hardened satellite payload, every engagement follows the same rigorous, standards-driven methodology — adapted to your industry's specific certification requirements.
Automotive
ADAS, EV, BMS
Medical
Class II/III Devices
Aerospace
DO-254, Avionics
Radar
RF & Signal Processing
Satellite
Rad-Hard Design
Industrial
Ruggedized Systems
Four core disciplines under one roof. Each service is staffed by domain specialists who have solved these exact problems hundreds of times — so your project moves faster with fewer surprises.
Redundant architecture, EMI/EMC compliance, and power integrity analysis for mission-critical applications.
High-RPM fans, liquid cooling solutions, and advanced thermal simulation for extreme operating conditions.
Rugged enclosures, environmental testing, and electromagnetic compatibility for harsh environments.
Precision-engineered metal structures ensuring strength, accuracy, and reliability for demanding applications.
Vehicle control PCBAs failed after 300 thermal cycles, causing field returns and warranty claims.
Redesigned board layout with optimized trace routing and automotive-grade capacitors with enhanced solder joint reliability.
Achieved >1,200 cycles with zero solder joint cracks, exceeding AEC-Q100 requirements.
We've been featured by major global media outlets. Our innovations have also captured international attention, with coverage from leading industry media.
Whether it's aerospace, autonomous vehicles, AI hardware, or industrial computing — our IEEE Senior Member engineers and Tier-1 supply chain take your project from prototype to production with zero compromise.
400 Spectrum Center Dr, Irvine, CA 92618
Trusted by engineers in
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