Hardware Engineer
Role details
Job location
Tech stack
Job description
You'll be reporting into our Engineering Group Manager and will be at the heart of the design of high-performance electronic boards integrating optical acquisition chains, FPGA components and high-speed digital interfaces. Your work feeds directly into product ranges sold worldwide., * Define the hardware architecture of electronic boards, accounting for system constraints (power, thermal, signal integrity, EMC) and product specifications.
- Design and validate electronic schematics; manage PCB routing and oversee prototype manufacturing.
- Test, debug and qualify prototypes; write test plans and qualification reports through to production release.
- Contribute to system integration in close collaboration with the embedded software and mechanical teams, and take part in architecture reviews.
- Monitor component and solution availability; evaluate and qualify new technologies relevant to VIAVI products.
- Document all developments (bills of materials, calculation notes, definition files) in line with the department's quality processes.
Requirements
The role requires 5+ years of hardware design experience, strong digital and mixed-signal skills, and proficiency in FPGA-based design (VHDL/Verilog), high-speed buses (PCIe, USB 3.x, GbE) and EDA tools (Cadence or equivalent)., * An engineering degree in electronics (classical academic background preferred: CPGE / engineering school).
- At least 5 years of hardware design experience in an industrial R&D environment.
- Strong command of high-speed digital design, with a solid understanding of the analogue constraints (noise, dynamic range, linearity) inherent in measurement instruments.
- Ability to work in a cross-functional team (software, mechanical, manufacturing) and communicate effectively with international stakeholders.
- Fluency in English and French.
- Self-driven, rigorous and curious, with a strong appetite for cutting-edge technologies and a genuine interest in solving complex problems.
Required Technologies:
- Digital design around FPGAs, SoCs or microprocessors and their ecosystem (DDR memories, DC-DC power, clocks, high-speed buses: PCIe, USB 3.x, Ethernet GbE...).
- VHDL/Verilog development for programmable logic (Xilinx/Intel).
- EDA tools: proficiency in Cadence or equivalent for schematic capture and PCB routing review.
- Knowledge of signal integrity and electromagnetic compatibility (EMC); simulation experience (HyperLynx, SIwave or similar) is a plus.
- C/C++ and Python for board bring-up, testing and measurement automation.