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We are seeking an experienced Team Leader to lead our Failure Analysis engineering group within the Product Engineering team. You will be responsible for controlling and improving the quality of our hardware products through technical leadership, data-driven insights, and global production support. This role requires deep expertise in electronics systems, failure methodologies, production process control, and proven leadership capabilities across multiple geographies.
Key Responsibilities:
Lead, mentor, and develop a team of failure analysis engineers while providing technical guidance on complex hardware issues.
Drive continuous improvement of quality KPIs through root cause analysis (RCA), statistical analysis, and yield optimization across all products.
Establish and implement standardized failure analysis methodologies, debug protocols, and quality control processes across global production sites.
Serve as the technical focal point for product design and functionality, supporting the team across RF, embedded, FPGA, high-speed communication, and mixed-signal systems.
Collaborate across Design, Manufacturing, Supply Chain, and Sales teams to resolve critical issues and prevent yield impact.
Manage vendor/supplier escalations and conduct design DFT/DFM (Design for Test/Manufacturability) analyses.
Lead investigation of production crises and manage critical path issues under time pressure.

We are seeking an experienced HW Team Leader to drive the engineering efforts behind our electronic systems. This role will focus on enhancing the testability, production efficiency, and quality of our products by defining Design for Testability (DFT) strategies, developing production test solutions, and leading failures investigation and correction.
What You'll Do:
Lead and mentor a team of highly skilled hardware engineers.
Drive execution in a fast-paced, multi-project environment.
Own and evolve our Design for Testability (DFT) strategy and guidelines.
Lead end-to-end development of production test solutions and test facilities.
Drive root-cause investigations, failure analysis, and product improvement initiatives.
Collaborate closely with R&D, manufacturing, and quality teams to ensure product reliability and production readiness.

We are looking for an excellent design engineer to join our team and build QM's state-of-the-art control and orchestration platform. We are looking for a highly talented and motivated person, who is a real team player and which can collaborate closely with engineers from other disciplines and physicists
Responsibilities:
Designing a configurable and very low-latency challenging RTL
Bringing the state-of-the-art FPGA to its limits with regards to logic & timing optimization
End2end ownership of the entire coding process (Arch->uArch->Design->Implementation)
Learning system and SW requirements for proper implementation of HW-SW interface

We are seeking a talented and experienced Software Engineer to design, build, and optimize high-performance distributed systems, core data engines, and backend infrastructure.
In this role, you will be responsible for qualifying hardware components such as servers, JBOFs, SSDs, network cards, switches, and optical transceivers. You will write requirement documents for new features, work with vendors on implementation and debugging, and transfer knowledge to internal teams, including software developers, QA, support, and manufacturing. Additionally, you will become the subject matter expert for specific hardware platforms and technologies. Join us and contribute to shaping the future of data management while being part of a fast-growing, innovative company.

We are looking for a Hardware Team Lead to own our electrical hardware from the first rough prototype all the way to a product that holds up in the field. You will lead a team of hardware engineers who work across most of what we build: board design and hands-on investigation, ultra-sensitive sensors, power circuits for our transmitters, RF and noise-sensitive systems, high-speed digital and communication, ADCs, DACs, and more.
We move fast, and that is a big part of the fun here. Quick prototypes and rough bring-ups are how we learn. Your job is to keep that speed, but make sure that when something proves itself it stops being a prototype and becomes real engineered hardware: reviewed, testable, documented, and built to be manufactured. You set the engineering bar, make the calls on design, and own the work we send to external design houses and suppliers, so that outsourced never means unowned.

Design high-performance analog and RF ICs optimized for precision, power, and area, driving prototype and product iterations from architecture to silicon validation.

Responsibilities
Design and simulate analog and RF integrated circuits, including critical blocks such as amplifiers, mixers, PLLs, ADCs, DACs, and bias/reference circuits, with a focus on signal integrity, linearity, and precision.

Optimize circuits for power, area, and performance trade-offs, ensuring designs meet system-level requirements across process, voltage, and temperature (PVT) variations.

Collaborate closely with optics, simulation and PCB teams to define architecture and block-level specifications for successive prototypes and product iterations, ensuring tight alignment with overall performance and integration goals.

Work with layout engineers to guide floor-planning and physical design, minimizing parasitic effects and preserving analog precision in layout-sensitive blocks.

Support post-silicon validation and bring-up, defining test plans, analyzing lab measurements, and correlating results with simulation to refine future design iterations.

Language: English at a proficient level. French is a plus.