לוח משרות דרושים אלקטרואופטיקה, לחיפוש זה נמצאו 46 משרות

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.

We develop cutting-edge technology in Silicon Photonics, revolutionizing connectivity and communication in data centres. Silicon photonics is becoming a standard technology used for high-performance systems, solving challenges of performance, integration, power and cost. This technology is growing rapidly also in other markets such as Healthcare, LIDARs and other sensors. We are looking to solve difficult problems, smartly and simply, by thinking out of the box, leveraging the knowledge and know-how of the team members and working as a team to create Magic. Our Company culture is characterized by accountability for our ethics and for being fair to every employee, customer, supplier, and partner. We believe we must work hard and have fun on the way to success. 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:
o Develop and implement mask layouts for photonic integrated circuits using Cadence Virtuoso or similar software. o Create and maintain PCells for photonic building blocks (waveguides, couplers, modulators, gratings, etc.). o Perform waveguide routing, ensuring correct connectivity, bend radius limits, and low-loss optical paths. o Verify layouts using DRC, and LVS to ensure compliance with foundry requirements. o Collaborate with device designers to translate basic schematics and specifications into Software schematics and manufacturable layouts. o Optimize layouts for performance, yield, and compactness while adhering to technology constraints. o Participate in photonic design automation tool development and workflow improvements. o Prepare and manage data for tape-out and support mask review processes. o Debug layout and rule-check issues and propose corrective actions.

A successful high-tech company in the field of optics- Design of optical imaging and illumination systems in the visible spectrum.
Performing computer simulations and identifying undesired optical phenomena (ghosts, stray lights).
Engineering responsibility for the optical design from concept to prototype. Defining manufacturing specifications for optical components and assemblies.
Working with various engineering teams, especially material and mechanical designers.

Dustphotonics is a developing cutting-edge technology in Silicon Photonics which is revolutionizing connectivity and communication in data centers. Silicon photonics is becoming a standard technology used for high performance systems, solving challenges of performance, integration, power and cost. This technology is growing rapidly also in other markets such as Healthcare, LIDARs and other sensors. At DustPhotonics, we are looking to solve the difficult problems, in a smart and simple way, by thinking out of the box, leveraging the knowledge and know-how of the team members and work as team to create Magic. Our Company culture is characterized by accountability for our ethics, for being fair to every employee, customer, supplier and partner. We believe we must work hard and have fun on the way to success. We are looking for Junior Device and Test Engineer We welcome you to join our team - Apply for your next career opportunity with us!





Responsibilities:

* Implement electro-optical test plans for products under development or qualification.
* Support testing and characterization stations in the RND labs.
* Develop and improve methods for testing and characterization of Silicon photonics devices.
* Analyze Test data and DOE results to provide vital insight into the development of innovative silicon photonics products.
* Support cross-functional failure investigations to identify root cause and corrective and preventative action.

We are looking for a highly motivated, mid-to-senior level Electro-Optical Engineer to join our Hardware Engineering organization. In this role, you will be the optical cornerstone of a multi-disciplinary team, driving the development of next-generation electro-optical modules that define our future products.

You will work in a fast-paced, highly collaborative environment, sitting at the critical intersection of core optics, testing methodologies, mechanical engineering, and high-volume manufacturing. This role requires a unique blend of deep optical design intuition, hands-on lab expertise, and the leadership to drive global suppliers. Your work will directly impact millions of users globally by enabling breakthrough optical technologies.

If you are passionate about pushing the boundaries of physics, spending time in the lab to prove your concepts, and partnering with top-tier global vendors to bring elegant designs to mass production, we want to hear from you.


Lead optical architecture and development of compact electro-optical modules, including simulations (Zemax, CodeV, LightTools) for imaging, sensing, and system performance.
Define test plans, characterization methodologies, and calibration protocols for both R&D and factory environments.
Own bench-level validation - build custom test setups and characterize prototypes across key optical metrics (MTF, stray light, radiometric efficiency).
Serve as the primary technical contact for global optical suppliers and CMs, with regular travel to oversee factory bring-up, qualify production lines, and drive failure analysis.
Produce high-quality technical documentation, including component specs, SOPs, FA reports, and executive summaries.
Collaborate cross-functionally with ME, EE, and Firmware teams to integrate optical modules within thermal, structural, and electrical constraints.

we are seeking an Optical Engineer to support qualification, integration, and manufacturing readiness of advanced optical subsystems.
In this role, you will work within the Hardware Engineering Matrix, collaborating across multidisciplinary teams to ensure robust and repeatable system performance throughout the full lifecycle - from characterization and qualification to integration and production support.
You will take ownership of optical subsystem activities, driving technical improvements, leading qualification efforts, and working closely with internal teams and external suppliers.
This position involves cross-functional collaboration with R&D, Production, Service, Materials & Logistics, Purchasing, and optical suppliers, contributing to the performance, reliability, and continuous improvement of semiconductor metrology systems.
What will you be doing:
Conduct lab tests for root‑cause analysis, optical module qualifications, and ongoing production support.
Collaborate closely with R&D and Manufacturing to support the transfer of optical subsystems from development to production.
Participate in and support Manufacturing Engineering activities, including ECO, EOL, cost‑reduction initiatives, documentation updates, work‑procedure revisions, and failure analysis.
Act as the technical focal point for optical suppliers, including qualification, performance monitoring, and technical alignment
Support design reviews with R&D for optical components and assemblies, while collaborating with Purchasing to evaluate suppliers and ensure technical compliance.
Develop and maintain test jigs and fixtures for Production, and assist Service teams with troubleshooting and improving system robustness.
Work with Materials & Logistics to identify and qualify EOL alternatives and second sources.
Analyze engineering and production data (e.g., Python) to identify trends, root causes, and opportunities for improvement.
Take ownership of optical engineering projects including supplier qualification, second‑source introduction, and EOL replacement activities.
Coordinate and direct integration and validation activities for optical modules within complex systems.
Use excellent engineering knowledge to evaluate and improve optical performance throughout the product lifecycle.

we are looking for an Experienced System Engineer to join the Elipson System Engineering team (Raman spectroscopy product line).
Part of Elipson System Engineering organization (metrology for high-volume semiconductor manufacturing)
Own system-level features and capabilities end-to-end taking ideas from concept and feasibility through specification, implementation, qualification, and customer deployment - to improve product performance, stability, and customer success
Work closely with software, optics, algorithm, electronics, and mechanical engineering teams, and support customers worldwide (in-house and on-site)
Hands-on, physics-based system problem solving spanning optics, spectral signal processing, calibration design, performance analysis, and automation-on a tool deployed at leading semiconductor manufacturers
What will you be doing:
Perform advanced root cause analysis and troubleshooting of complex, physics-based system issues, both in-house and at customer sites
Conduct proof-of-concept and feasibility testing for new hardware, software, and algorithmic features.
Drive system-level features end-to-end: translate customer needs into feasibility studies, system requirements, cross-discipline design, and qualification plans
Collaborate closely with software, optics, algorithm, electronics, and mechanical engineering teams to deliver robust system performance
Perform data analysis and statistical evaluations to support system development decisions and customer performance optimization
Conduct performance analysis, error budgeting, and system characterization to quantify and reduce measurement variability
Design and implement system tests and calibrations (including specification definition and Python-based scripting/automation)

Systems Group is looking for a Systems Engineer to join the Integrated Metrology team, a multidisciplinary group of physicists and engineers working together to implement cutting-edge metrology technologies in the semiconductor industry from a unique and innovative perspective.
What you will be doing:
Perform theoretical and experimental systems engineering to support state-of-the-art new and existing multidisciplinary optical measurement products
Drive the full lifecycle from customer needs through feasibility and concept evaluation, leading to cross-disciplinary system requirements, while defining and managing system KPIs
Conduct laboratory and on-site system diagnostics, troubleshooting, and problem-solving, including root-cause analysis, mitigation plans, implementation of robust system calibration methods, and product transfer to manufacturing
Work closely with multiple disciplines, including physics, optics, algorithms, mechanics, electronics, and software
Translate customers high-level requirements into detailed technical specifications
Travel to customer sites worldwide (2-3 times per year)