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Electronics Engineering
Schematic and PCB development for flight, communication, and power subsystems.
R&D
Electronics, firmware, autonomy, and integration developed as a continuous engineering practice — from architecture through prototype validation.
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Schematic and PCB development for flight, communication, and power subsystems.
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Firmware and real-time control software for autonomous platforms.
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Mission logic and autonomous control workflows for operational use cases.
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GNSS, cellular, radio, and networked interface integration.
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Heat path design for compact high-current electronics.
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Routing and interface design for reliable sensing and control links.
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Hardware/software alignment with mechanical and platform constraints.
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Iterative board bring-up and validation toward production readiness.
A connected process from requirement capture through production preparation.
Capture platform constraints, interfaces, environmental conditions, and performance targets.
Define control topology, sensing, communication, and power distribution structure.
Schematic development for processors, sensors, power stages, and peripheral interfaces.
Multi-layer layout with signal integrity, thermal, and mechanical integration focus.
Embedded firmware and mission software aligned to hardware capabilities.
Bring-up of functional boards for electrical and system-level evaluation.
Bench, thermal, signal, and integration validation against defined requirements.
Airframe, vessel, or platform fitment with mechanical and electrical partners.
Documentation and design transfer readiness for manufacturing partners.
General engineering validation applied during prototype and integration phases. Specific certified test standards are disclosed only when verified.
Engager
Concevons ensemble le contrôle de vol, les communications, l’alimentation et l’embarqué selon vos besoins.