לוח משרות דרושים מהנדס אופטיקה בשרון, לחיפוש זה נמצאו 6 משרות

Every camera and sensing system we ship is used, every day, by hundreds of millions of people who simply expect it to work. Ensuring our systems are worthy of that expectation is this team's goal. We challenge products through the physical world to prove it, and to feed real-world evidence back into system design - measuring and analyzing the performance of multi-disciplinary optical sensing systems. This role is the analytical core of that work. You will define what we measure and why, mine large volumes of measurement data for the effect that actually matters, and take a question that has never been answered to a defensible answer. It is highly collaborative: you will work directly with module, optics, algorithm and system teams, and your conclusions will be the basis of their decisions. You will work alongside our lead system engineer as a peer, with problems allocated between you according to where the issue actually sits. We are looking for someone who genuinely enjoys digging into data until it gives up what it knows, and who wants to take that on with us.
Responsibilities
Own the characterization of system performance end to end - from risk and failure mode mapping through methodology definition, execution, analysis and reporting
Define metrics, testing & measurement methodology
Mine large data sets to separate isolate performance root causes
Correlate physical measurement to human perception - where the HW meets the user
Build the analysis capability the work requires - pipelines, tooling methods
Present and defend findings to module, optics, algorithm and system teams

We are looking for a physicist, electro-optical engineer, or computational-photonics researcher to join our growing Advanced Optics team in Herzliya. The Camera Hardware Engineering group is responsible for research, design, development, test, and qualification of camera hardware for our products; our team owns the end-to-end design, production, and testing of high-quality micro- and nano-optic components, including diffractive elements and metasurfaces. The environment is collaborative and hands-on, fostering engineering excellence and creativity across the interdisciplinary boundary of optical design, numerical simulation, optimization, and semiconductor fabrication methods.

Drive all phases of development of high-performance micro-/nano-optic elements - from initial concept, through prototyping, to high-volume manufacturing.
Develop, validate, and extend in-house simulation and design tools.
Conduct optimization, verification and tolerance analysis studies.
Partner with vendors to develop and fine-tune fabrication processes.
Define optical testing strategies for both prototypes and high-volume manufacturing.
Interface across a broad range of teams and disciplines to integrate components into our products.

We are looking for an electro-optics test engineer to join our growing Advanced Optics team in Herzliya. The Apple Camera Hardware Engineering group is responsible for the design, development, test, and qualification of camera hardware for Apple products; our team owns the end-to-end design, production, and testing of high-quality micro- and nano-optic components, including diffractive elements and metasurfaces. In this role you will own how we measure those components - developing new optical test setups, characterizing performance against design intent, and defining the metrology that carries a component from first prototype to mass production. The environment is collaborative and hands-on, spanning optical design, numerical simulation, precision measurement, and semiconductor fabrication.


Develop new optical test and metrology setups for metasurface and micro-optic components - from concept and prototyping through deployment on the bench and in the fab.
Operate and maintain new and existing test stations; build prototypes, fixtures, and measurement jigs.
Measure and analyze component performance, and correlate results to optical design and simulation and to product-level requirements.
Define methods, specifications, and acceptance criteria for both engineering builds and production.
Specify vendor test equipment and procedures; qualify vendor and in-line metrology; drive tool-to-tool and site-to-site correlation studies.
Support component bring-up, tolerance and robustness studies, and failure analysis.
Interface across design, process, product, and vendor teams to integrate components into our products.