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we are looking for a R&D System Scientist.
The system engineering SA team, composed of physicists and engineers, spearheads the development of advanced metrology technologies from research to product delivery, integrating hardware, mechanical design, optics, electronics, motion control, algorithms, and software.
They create metrological products for the semiconductor industry, requiring precision, speed, and robustness for high-volume manufacturing.
System engineers must exhibit innovative and critical thinking, deep understanding of multidisciplinary systems, and insight into physics and algorithms. They balance technical expertise with a broad view of customer needs, marketing, service, and production, defining and delivering technology solutions comprehensively. The team seeks proactive, scientifically minded experts committed to high
Responsibilities
What you will be doing:
Theoretical and experimental study of new system methods and algorithms to support state-of-the-art solutions
Define and oversee the implementation of your solutions
Hands on tool experiments and testing in clean-room environment
Service and production guidance and support on challenging topics
Collaboration and system lead with HW and SW engineers
Data and statistical analysis
Advanced logic and sequence design
Algorithm development
Performance and critical behavior testing and design
Developing practical solutions and methods for critical challenges
Conduct lab and on-site system diagnostics, troubleshooting, and problem-solving. Tasks include root-cause analysis, mitigation plans, implementing robust system calibration methods, and product transfer to manufacturing.
Intensive interface with diverse disciplines: physics, optics, algorithms, mechanics, electronics, and software.
Transform customers high-level requirements into concrete technical specifications and design.
Flights to customers around the world (2-3 times per year)

we are looking for a System Engineer to be responsible for a novel product throughout its product life cycle: from the development phase to installation and support at customer sites, as part of a team.
Responsibilities:
Theoretical and experimental system engineering to support state-of-the-art new and existing multidisciplinary optical measurement products.
Conduct on-tool and off-tool system diagnostics, troubleshooting, and problem-solving: tasks include root-cause analysis, mitigation plans, implementing robust system calibration methods, and product transfer to manufacturing.
Performance research of current and future capabilities utilizing theoretical analysis, design of experiments, and data analysis to understand the system performance envelope, and how to adjust and expand it.
Transform customers high-level requirements into concrete technical specifications.
Flights to customers around the world (1-4 times per year)
Day-to-day intensive interfaces with diverse disciplines: physics, optics, algorithms, mechanics, electronics, and software.

We are looking for some exceptional talent to join our System Integration Engineering team as a System Integration Technician.

Your Day to Day:
Design and develop integrations at the system-level, encompassing both hardware and software, among multiple system components.
Collaborate with cross-functional teams (architecture, hardware, software, Algo, QA, Electro-Optics, photonics etc..) to gather integration requirements. Plan and execute the system integration accordingly.
Troubleshoot and debug integration issues.
Develop, execute, and document integration tests to ensure both the quality and completeness of the integration process.
Construct, maintain, and improve systems in the prototype phase or during proof-of-concept, as part of the teams effort to introduce new sensing capabilities to our product.
Plan and execute data collection tests, then analyze the results to provide insights that enable development teams to improve the system.

The team is responsible for developing technologies, calibration methodologies and the respective instrumentation for calibration and validation of our products. These solutions will be used during New Product Introduction (NPI) and transferred to mass production.

The role of a Depth Camera Systems Engineer is to design and deploy effective calibration and test strategies for our depth sensors across our product range.

Responsibilities:
X-functional collaboration to define general calibration and test methods for depth cameras applicable across our full range of products.
Optimization of the calibration and test methods to move towards the next generation of factory testing.
Introduction of new test coverages with minimal impact on current test infrastructure.
Work with a team of SW engineers to implement the calibration and test coverages during NPI.
Develop repeatable and reproducible processes that meet mass production requirements without affecting customer experience.
Simulation and analysis the calibration of novel depth sensing modules influenced by the (optical) properties of the test setup.

We are looking for a Photonics Layout Engineer to join our integrated photonics design team - This position is also well-suited for Analog Layout Engineers who are interested in transitioning into photonic integrated circuit (PIC) design.

In this role, you will be responsible for creating, optimizing and validating PIC layouts, ensuring manufacturability, performance and compliance with foundry design rules. You will work closely with device designers, process engineers, and tape-out teams to deliver high-quality layouts of silicon photonics PICs.

Strong candidates will have hands-on experience with industry-standard layout tools, especially Cadence Virtuoso or similar software.

Understanding of photonic components, waveguide routing and automated layout generation is a major advantage.

You will also contribute to layout methodologies, PCells, and design automation flows to accelerate PIC development.

Responsibilities:

Develop and implement mask layouts for photonic integrated circuits using Cadence Virtuoso or similar software.

Create and maintain PCells for photonic building blocks (waveguides, couplers, modulators, gratings, etc.).

Perform waveguide routing, ensuring correct connectivity, bend radius limits, and low-loss optical paths.

Verify layouts using DRC, and LVS to ensure compliance with foundry requirements.

Collaborate with device designers to translate basic schematics and specifications into Software schematics and manufacturable layouts.

Optimize layouts for performance, yield, and compactness while adhering to technology constraints.

Participate in photonic design automation tool development and workflow improvements.

Prepare and manage data for tape-out and support mask review processes.

Debug layout and rule-check issues and propose corrective actions.

We are seeking a talented and motivated R&D Physicist to join our company.

In this role, you will be responsible for designing and carrying out experiments for SiPh chip performance and characterization, performing and analyzing laboratory experiments of chip level optical systems assembly, and developing and managing setups for photonics and laser devices characterization. In this roll you will be required to travel abroad for demonstrations and exhibitions as needed.

Responsibilities:
Design and carry out experiments for SiPh chip performance and characterization.
Perform and analyze laboratory experiments of chip level optical systems assembly.
Develop and manage setups for photonics and laser devices characterization.
Provide technical support to the R&D team for experiments and data analysis.
Contribute to the development of new testing methodologies and techniques.
Ensure adherence to experimental protocols and safety procedures.
Maintain laboratory equipment and supplies.