לוח משרות דרושים מדעים מדוייקים בהרצליה, לחיפוש זה נמצאו 32 משרות

We are growing our physics team, working at the intersection of research and real-world product impact. We are looking for a talented experimental physicist who is passionate about translating fundamental science into transformative technology.

Responsibilities
Define research topics and experimental strategies aligned with system and product requirements.
Design, build, and operate experimental and test setups to measure and characterize system performance.
Collect, analyze, and interpret experimental data, translating insights into technology capabilities and product specifications.
Investigate new methods, theories, and physical phenomena; apply existing knowledge to novel challenges and generate new understanding through rigorous experimentation.
Characterize material and system-level physical limits to inform design feasibility and define system requirements.
Develop and validate simulation models to support experimental and systems work.
Analyze and report results clearly to enable cross-functional teams to make informed design decisions.
Partner with multidisciplinary teams across hardware, software, and systems engineering to drive research from concept to product.

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.

The Imaging and Sensing group develops Depth and Image Sensing systems, including the groundbreaking True Depth camera that powers FaceID and the recently released LiDAR scanner.
This multidisciplinary team of ground breaking engineers is responsible for the architecture, design, development, and validation of these highly complex sensing systems, tailored for our products.

We are looking for a student position to join our caSystem Validation team to collaborate on advanced electro-optical system development.


Contribute to a core technology team designing, developing, and validating advanced solutions for our future products.

Conduct characterization, test, and validation aspects of our cutting-edge sensing systems, spanning from early lab prototypes to complete system maturity.

Design and implement complex lab-based experiments, followed by thorough analysis supported by simulations.

Develop and execute lab automation for products evaluation.

Conduct data-driven analysis to support decision-making processes.

Nuvoton Israel is a leading supplier of SoCs, microcontrollers and security hardware solutions for tier-1 customers in the computing and server business. A self-contained design center, spanning from product management, system and chip architecture, through design, software development, system engineering and production. Our products combine unique sets control, management, and advanced security solutions, enabling our customers to establish differentiation in their end markets. We are looking for a Chip Design Verification engineer to join our Verification team! This is your opportunity to have an impact on the design of millions of computers sold worldwide each year by leading brands.
The role includes: - Building complex verification environments - Meeting the challenges presented by state-of-the-art design - Continues professional growth using the most advanced tools and methodologies - Use AI for improved productivity

Were looking for a data scientist to join our team and further improve fraud detection capabilities.
This position involves analyzing evolving fraud patterns, developing and deploying advanced prevention components, and leveraging domain expertise, data tools, and modern AI methods to stay ahead of emerging threats.
A partial list of our tech stack: Python (and its related scientific stack), Spark, TensorFlow/PyTorch, Kafka, AWS services, Airflow, Scala, BigQuery, and more
What you'll do:
Mine massive data sets to uncover fraud patterns and prevention opportunities.
Develop and productionize large-scale ML, DL, and AI models to detect and prevent fraudulent activity.
Translate business and product needs into scientific, explainable, and high-impact solutions.
Design and maintain end-to-end ML pipelines - from data ingestion and feature engineering to serving and monitoring in production.
Collaborate closely with product, engineering, and business teams to drive data-driven decisions.
Stay current with AI and ML research and evaluate new technologies to strengthen Protect360s algorithms.