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We are seeking a highly driven, hands-on Production Engineering Leader to join our Operations & Manufacturing team. In this role, you will serve as the primary operational link to our Contract Manufacturers (CMs), drive the end-to-end NPI handoff process into steady-state production, manage legacy product lines, and streamline the production-side RMA pipeline.

If you thrive in a high-growth, fast-paced hardware environment, love diagnosing complex manufacturing challenges, and are passionate about continuous improvement, this is the role for you.

Key Responsibilities

Contract Manufacturer (CM) Management & Line Ownership

CM Operations & Execution: Drive day-to-day operational and technical alignment with external CMs to ensure high build execution, product yield, and strict adherence to quality and schedule targets.
Manufacturing Bottlenecks: Identify and resolve yield drops, component shortages/substitutions, or assembly issues directly with vendor engineering teams.
ECO/ECN Release: Oversee engineering change implementation across active production runs at the CM, maintaining clear configuration control.
NPI Composition Handoff & Legacy Product Support

NPI to Production Handoff: Lead the operational composition and transfer of new product introductions (NPI) from R&D into scalable volume manufacturing at the CM level.
Legacy Product Management: Maintain operational health, sustaining engineering, and end-of-life (EOL) management for legacy product lines to ensure ongoing delivery stability.
Process Documentation: Define standard operating procedures (SOPs), assembly routing, build packages, and work instructions for incoming product variants.
Production RMA Process

RMA Pipeline Management: Take ownership of the production side of the Return Merchandise Authorization (RMA) process, ensuring rapid triage, dispositioning, and turnaround times.
Feedback Loop: Feed critical quality, design, and manufacturing insights back to R&D and Quality teams to drive design-for-manufacturability (DFM) improvements.
Continuous Improvement

Yield & Efficiency Optimization: Track key operational metrics (First Pass Yield, Scrap, Cycle Time) and implement engineering fixes to minimize waste and reduce lead times.
Tooling & Fixturing: Coordinate with suppliers to design, validate, or upgrade assembly fixtures, jigs, and test setups.

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 looking for a hands-on FPGA Design Engineer, specialized in high-performance digital design and FPGA-based system development, as part of the QM-Platform team.

This role involves ownership of FPGA interfaces and connectivity logic, including high-speed communication blocks, platform integration, and close collaboration with embedded and hardware teams. You will work on complex FPGA/SoC platforms, enabling robust and scalable solutions for quantum control systems.

Responsibilities

Own the design and implementation of FPGA-based interfaces such as PCIe, I2C, SPI, and high-speed GT communication.
Develop and integrate FPGA logic on advanced platforms, including Xilinx UltraScale+ and Versal.
Collaborate closely with embedded, hardware, and system teams to ensure seamless HW/SW/FPGA integration.
Drive FPGA bring-up, debugging, and validation at both lab and system levels.
Participate in system architecture definition and cross-team design decisions.

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 quantum 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

Join our cutting-edge hardware development team as Micro-Architect and play a key role in defining and implementing the micro-architecture of advanced digital logic components.

What You'll Do:

Define and develop micro-architecture for complex logic blocks - from concept through high-quality RTL implementation
Collaborate closely with architecture, verification, design and software design teams
Write clear and detailed design specifications and drive architectural trade-off analysis
Optimize for performance and area
Contribute to innovation, methodology improvements, and technical leadership within the team

Our Automated Driving group is looking for an experienced DFT Engineer.
This is an exciting opportunity to join a team of highly talented engineers, working on one of the most cutting-edge technologies - Autonomous Vehicle (AV) SoC.
At our Automated Driving group, we know that the idea of a fully autonomous car is no longer science fiction, but a reality that we are creating!
We have spent more than 15 years developing the world's most Advanced Driver Assistance Systems (ADAS) and we are now leading the computer vision and machine learning domain, reaching fully automated driving experience (AV).
What will your job look like:
Develop all the necessary HW / FW / SW for the different modules.
Verify and Validate our design.
Debug and analyze coverage and yield loss.
As a cutting edge technology company, we are working only with the very advanced DFT tools and features, while developing our own methods and DFT concepts - as it required by the Automotive and Safety related products market (ISO26262).

The Product Validation department is looking for a Validation Engineer.
Our department is responsible for delivering high-quality ADAS (Advanced Driver Assistance Systems) products.
We are the first line of support for our customers around the globe, and as our Validation Engineer, you will interact with most of our departments to achieve our goals.
What will your job look like:
Perform system-level validation of embedded systems, covering both hardware and software, with a strong focus on functional testing
Design and maintain test environments, including lab setups, test systems, and configurations.
Write and execute test plans and test cases based on system requirements, including manual and automated tests.
Validate communication protocols and system interfaces, and perform hardware bring-up and integration testing.
Install and support debug systems and sensors on development vehicles and assist automotive customers during integration.

Product Validation department is looking for a Validation Engineer Team Lead.
Our department is responsible for delivering high-quality ADAS (Advanced Driver Assistance Systems) products. We are responsible for integration and validation of our products on customer systems. And as our Validation Engineer Team Lead you will be interacting with most of our departments, to achieve our goals.
What will your job look like?
Lead and guide a team of system validation engineers.
Work closely with the different Project managers to drive and ensure proper validation plan
Work closely with R&D teams across In order to establish a proper test plan and to achieve fast Root-Cause of issues that arise during the system testing phase
Test and evaluate the system functionality & performance in both hardware and software aspects.
Drive test development and integration methods, to ensure high-quality products.
Executing Manual tests as well as built-in automated test sets (Hands-on).

We are looking for an Electro-Optical Engineer to join the development team and lead hands-on research, characterization, testing, and integration of advanced electro-optical technologies into complex multidisciplinary systems.
The role combines practical lab work, system-level design, execution, and technological innovation. Role includes leading design and implementation of sensors, lenses, cameras, thermal systems, optical measurement, image quality, sensor accuracy, and integration with broader platform technologies.
As part of the LYNX team, the engineer will support component-level and system-level design, experimentation, integration, supplier technical discussions, test planning, documentation, and collaboration with mechanical, electronics, software, system engineering, and validation teams.
Responsibilities:
Characterize, evaluate, and integrate electro-optical components suh as sensors, lenses, cameras, compasses, thermal imaging modules, and related optical subsystems.
Plan, develop, and execute component-level and system-level experiments, including optical bench testing, optical measurements, and system integration activities.
Define and implement optical test methodologies for image quality, sensor accuracy, optical performance, environmental behavior, and system-level functionality.
Support the integration of new technologies into existing LYNX systems and future developments, including interfaces with IMU, GPS, laser range finders, compass modules, and additional platform sensors.
Work with suppliers and subcontractors on requirements definition, design reviews, performance evaluation, technical trade-offs, and issue resolution.
Write technical specifications, test plans, experiment reports, analysis summaries, and supporting engineering documentation and transfer to production processes.
Support system integration, troubleshooting, verification, validation, and field-testing activities.
Collaborate closely with multidisciplinary teams, including mechanics, electronics, software, system engineering, QA, and operations.

We are looking for an experienced Electronics Engineer / Practical Electronics Engineer to join our multidisciplinary R&D team and support the development of advanced electro-optical systems.
In this role, you will be responsible for electronic board bring-up, debugging, repair, testing, calibration, and system integration. You will work closely with electrical, mechanical, and system engineers throughout the product lifecycle, from early prototypes to production and deployment.
This position is ideal for someone who enjoys practical engineering work, solving complex hardware issues, and working on mission-critical technologies in a dynamic development environment.
Responsibilities:
Perform bring-up, debugging, validation, and repair of electronic boards for advanced electro-optical systems.
Troubleshoot analog, digital, power, and communication interfaces using oscilloscopes and other laboratory equipment.
Perform board-level modifications, rework, repairs, and validation according to engineering requirements.
Work closely with hardware design engineers to investigate failures, improve designs, and resolve technical issues.
Support PCB manufacturers and assembly partners throughout production, troubleshooting, and quality processes.
Execute and support environmental testing of electronic boards and electro-optical systems.
Collaborate with mechanical engineers on system integration, thermal considerations, cable routing, and assembly optimization.
Develop, document, and perform calibration procedures for electro-optical systems.
Document test results, failure analysis, corrective actions, and engineering activities.
Support continuous improvement of laboratory processes, production readiness, and engineering workflows.

The Instrument & Control Technician provides skills, experience, and expertise in the operations, maintenance, repair of instrumentation and control devices used to monitor and/or control various types of equipment and facilities. This includes transmitters, signal transmission systems, HMI, control processors, SIS, PCNs F&G systems, DCS/SCADA systems and final control elements.

Key Responsibilities

Leads Inspection, Testing and Preventative Maintenance Routine programs.

Qualifies and performs initial witness of proving and calibration.

Confer with Operations Support and Project Engineers on scopes that impact instrumentation.

Conduct daily maintenance and troubleshooting of instrumentation and control systems within production operations.

Equipment includes but is not limited to: flow, level, pressure, and temperature and vibration transmitters and principles of instrumentation (Including smart protocols such as Hart and fieldbus); digital valve controllers (DVC) and control valves; motor-operated valves (MOVs); control valves & valve positioners.

Pressure switches and relays; fire and gas detection and protective systems.

Maintain accurate records of calibration, repairs, and maintenance activities.

Update P&IDs, loop drawings, and instrumentation databases.

Generate reports on equipment performance and reliability issues.

Understand and adhere to the Management of Change (MoC) processes.

Strictly adhere to Company HSE Policies, Safe Operating Procedures and Control of Work (Permit) systems. Participate in toolbox talks, safety meetings, and risk assessments.

Maintain housekeeping standards in work areas. Immediately report unsafe conditions, incidents, or near misses.