Falken Technologies designs, validates and documents electrical and electronic systems for aerospace, defense, medical and industrial projects — with the rigor of an engineer who has taken designs from simulation to field installation.
The same technical foundation — electronic design, power electronics and embedded control — adapted to each sector's requirements.
Schematics, board layout and component selection for electronic products from scratch, with manufacturability in mind from the first sketch.
Design and validation of conversion, storage and energy management systems: inverters, chargers and battery architectures with real-time monitoring.
Firmware and control architectures for critical equipment, with specific attention to determinism, redundancy and design traceability.
Electromagnetic compatibility designed in from the schematic stage, bench testing and functional validation ahead of certification.
Integration of electrical and electronic subsystems into complex platforms, including mechanical, thermal and communication interfaces.
Technical documentation and a certification roadmap: ISO 9001 as a baseline, with active processes toward AS9100 and ISO 13485 depending on the project's sector.
Every sector has its own regulatory framework. We account for it from the first meeting, not at the end of the project.
Electrical and electronic subsystems for platforms with zero margin for error.
RID · AS9100Embedded electronics and power management for medical devices, with a roadmap toward ISO 13485.
ISO 13485Automation, energy monitoring and systems integration for production plants.
ISO 9001Over a decade designing and installing generation, storage and charging systems.
PV · EV · OCPPControl electronics and power management for vehicles and components, meeting the sector's functional safety requirements.
ISO 26262Control and power electronics for industrial machinery and production equipment, built to the safety margins the shop floor demands.
IEC 61800 · CEA consistent method regardless of sector: we define, design, prototype, validate and document.
Technical scope, applicable regulations and client requirements, defined before touching a schematic.
Schematic, simulation and component selection, with manufacturability and cost in mind from day one.
Board assembly, mechanical integration and bench testing on real hardware.
Functional, EMC and environmental testing, aligned with the target sector's regulatory requirements.
Technical memo, manufacturing dossier and full traceability, ready for audit or certification.
Short articles on the questions we get asked most before a project starts.
A walkthrough of the Defense Industry Registry (RID), AS9100, and when each one actually matters depending on your place in the supply chain.
From the first schematics to ISO 13485: how to structure a project so documentation never becomes the bottleneck.
Design criteria for systems that cannot afford unplanned downtime: redundancy, monitoring, and realistic margins.
Tell us what you need and what stage you're at. We respond with a preliminary technical proposal, not a generic template.
