Electronics Engineer – Design to Production
EGIDE · Paris, FR ·
- Employment
- Full time
- Category
- Design
- Experience
- 5+ years
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A senior electronics engineer at EGIDE, a European defense startup, designs and industrializes embedded safety-critical boards (processing, power, safety functions) for air-defense interceptors — taking them from first schematic to high-volume, low-cost production, including DFM/DFT, EMS partner management, qualification and production ramp-up.
Embedded & Safety-Critical Boards – Low-Cost, High-Volume Industrialization
📍 Location: Paris Region (on-site)
🛰️ Sector: Next-gen European Defense
💼 Type: Full-time, Permanent
📈 Seniority: Senior (5y+)
💰 Compensation: Competitive Salary + Equity + Full Health Coverage
About EGIDE
EGIDE is building a new European defense leader focused on scalable, intelligent air-defense architectures. We develop mass-use interceptors designed to neutralize low-cost, high-volume threats such as Shahed-type loitering munitions and FPV drones.
Our systems combine missile-grade lethality with modern software-defined architectures and electrically propelled interceptors, enabling a new class of cost-effective and rapidly deployable
air defense solutions.
We are assembling a world-class engineering team to design, test, and industrialize these systems at pace.
Countering mass threats requires mass-produced effectors. As an Electronics Engineer, you will lead, directly or through design subcontractors under your technical authority, the design and industrialization of the electronic boards of our weapon systems, from embedded computing and power electronics to safety-critical functions.
Your core mission is to make these boards manufacturable at large scale and low cost without compromising safety: design-to-cost from the first schematic, design for automated manufacturing and test, supply chain robustness, and a production ramp-up driven by yield, quality and unit cost.
You will cover the full lifecycle, from architecture and specification through to the definition ofmanufacturing methods and processes, production follow-up and board acceptance. You will workclosely with the Munition Safety Engineer, the embedded software team and our manufacturing partners.
Design and lead the design of a standardized family of embedded boards (processing, power, interfaces, safety functions) with a design-to-cost approach: BOM cost targets, part count reduction, reuse of common building blocks across products.
Select components for cost, availability and volume: COTS, industrial and automotive-grade parts (AEC-Q100 / Q200), multi-sourcing and European or ITAR-free supply options, lifecycle and obsolescence risk· Implement safety logic by design on safety-critical boards and contribute to dependability analyses (FMECA, FTA, reliability, SPF) with the Munition Safety Engineer
Drive design for high-volume manufacturing:
DFM / DFA: full SMT, reflow-compatible assemblies, panelization, minimal manual operations, selective coating
DFT: test coverage strategy, boundary scan (JTAG), in-line programming, AOI / X-ray, ICT or flying probe, automated functional testing
Traceability: serialization, production data collection, configuration management
Define manufacturing methods and processes: process specifications, control plans, PFMEA, production test benches, ESS / burn-in strategy sized for volume, manufacturing and inspection files
Select and manage EMS partners: RFQs and cost breakdowns, capacity assessment, second sourcing, NRE and tooling, transfer to production
Lead the ramp-up from prototypes to pre-series and series: First Article Inspection (FAI), production acceptance, yield (FPY) and SPC monitoring, non-conformance handling and root cause analysis (8D)
Run continuous cost-down and value engineering on released boards, including qualification by similarity for component changes
Plan and execute validation and qualification (functional, EMC / E3, environmental) in line with applicable standards (MIL-STD-461 / 464, MIL-STD-810, IPC Class 3 or equivalents); participate in design reviews (PDR, CDR, PRR)
Produce and maintain the board definition package: specifications, design documentation, ICDs, test and acceptance procedures (ATP)
Engineering degree (electronics, electrical engineering, embedded systems or equivalent)
5+ years of experience in electronic board design and industrialization, including at least one product brought to high-volume production (automotive, industrial, consumer, telecom or defense)
Proven design-to-cost track record: BOM optimization, component standardization, cost-down programs
Strong DFM / DFA / DFT practice and knowledge of SMT assembly processes and IPC standards (IPC-A-610, J-STD-001, IPC-2221 or equivalent)
Experience managing EMS subcontractors from RFQ to series production, including FAI, yield improvement and production acceptance
Command of industrial quality tools: PFMEA, control plans, SPC, 8D, lean manufacturing
Hands-on multi-layer PCB design experience and associated ECAD tools (Altium Designer, Cadence, KiCad or equivalent)
Exposure to safety-critical electronics (defense, aerospace, automotive ISO 26262, rail or IEC 61508)
Lab expertise in bring-up, debugging and validation; understanding of EMI / EMC constraints
Ability to write structured engineering documentation and to steer subcontracted design work
Systems engineering mindset and ability to work across multidisciplinary interfaces (safety,
software, mechanics, production, purchasing)
Automotive industrialization background (IATF 16949, PPAP, AEC-Q qualified components)
Experience with boundary scan and automated test equipment (Python, LabVIEW, TestStand)
Embedded computing board design (MCU, SoC, FPGA) and supply chain risk management for these components
Knowledge of munition safety standards (STANAG 4187, MIL-STD-1316) and defense qualification processes
Previous experience in a start-up or fast-scaling hardware company
Active security clearance or eligibility to obtain one
Work on next-generation weapon systems addressing real-world, high-intensity threats
Own power and control electronics end to end, from watts to tens of kilowatts, from first
schematic to production-ready design
Competitive salary + meaningful equity
100% health coverage
High-autonomy, engineering-driven culture with direct impact on system performance and cost
Concrete contribution to European strategic autonomy
First phone / video call screening
Technical deep dive
Case study
On-site final meeting
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