「NB鏡頭模組光機工程師(CIS)」的相似工作

1. 負責產品機構設計與結構評估。 2. 負責產品外型與包裝設計。 3. 負責機構材料的測試與選用。 4. 繪製機構設計圖面。 5. 負責模具設計、開模、試模，並檢討、修改模具。 6. 負責機構模型製作、測試分析與改善。 7. 負責生產製程的規劃與安排。 8. 負責試產檢討及設計修正。 9. 協助解決量產製造及製程中的機構相關問題。 10. 負責各產品工程技術文件之製作。 11. 建立及改善各項產品製程技術。

1.主要工作為後端所需之所有需要有關於機構的項目設計、發包及優化作業 Ex:包材設計/設備治工具設計(樣品階,量產階)/SMT過爐載具設計/PCB排版設計/其他……) 2.設備治具管理系統的新增,圖面的系統維護 3.Second source的導入圖面修改 4.主管交辦事項(ex:協助RD進行相關公差確認,設計確認) 5.相關成本估算

1.負責筆電機構開發與設計 2.具塑膠及金屬製品機構設計能力 3.可配合出差，獨立排除生產問題 #平均一年出差1-2次, 共約3~4個月

1.主導ISO文件與管理、內外部稽核。 2.產品品質管理，從入料到出貨之客訴追蹤及管理。 3.品質異常分析、調查處理及改善成效追蹤。 4.釐清客訴問題，跨部門溝通及追蹤案件處理進度。 5.供應商與外包廠品質管控與提升。 6.客戶相關稽核資料追蹤與回覆及管理 7. 其他主管交辦事項。

Key Responsibilities: • Own the optical design, integration, and qualification of camera systems used in high-performance drones. • Collaborate with electrical, mechanical, and firmware teams to ensure seamless system-level performance. • Define and validate lens, sensor, and module-level specifications, ensuring optimal image quality and alignment. • Work closely with contract manufacturers and component suppliers in Taiwan and the broader APAC region to ensure production consistency, process capability, and quality control. • Develop and oversee camera assembly processes, including optical alignment, calibration, and end-of-line testing. • Diagnose and resolve complex image quality or optical performance issues using lab and field data. • Support new product introduction (NPI) and ramp-up activities, including DFX, EVT/DVT/PVT, and supplier readiness. • Participate in design reviews and provide critical feedback on optical tolerances, materials, and manufacturability. • Provide expert guidance on optical trade-offs, imaging pipelines, and sensor selection. • Coordinate with global engineering teams, with some flexibility to support overlapping USA hours. Requirements: • Master’s degree or Ph.D. in Optical Engineering, Physics, Imaging Science, or a related field. • 10+ years of experience in optical system design, testing, and manufacturing, preferably for imaging products (e.g., drones, cameras, mobile devices, AR/VR). • Deep understanding of lens design, camera module integration, optical tolerancing, and sensor alignment. • Hands-on experience with Zemax, Code V, LightTools, or equivalent optical simulation tools. • Familiar with MTF, SFR, distortion, chromatic aberration, and other key imaging metrics. • Experience working with CMs or ODMs in Asia on high-precision optical assemblies. • Strong understanding of optical manufacturing processes, from prototype to mass production. • Excellent problem-solving skills, with the ability to debug optical and image quality issues in a fast-paced environment. • Strong communication and collaboration skills, with the ability to work across disciplines and time zones. Preferred Qualifications: • Experience in drone, aerospace, or consumer electronics industries involving embedded camera systems. • Familiarity with ISP tuning, HDR, autofocus systems, and camera module testing. • Knowledge of laser systems, structured light, or multispectral imaging is a plus. What We Offer: • A chance to shape the next generation of autonomous aerial imaging systems. • Work in a role that blends high-precision optical design with hands-on manufacturing collaboration. • Be part of a fast-moving, technically elite team pushing the boundaries of drone-based vision.

About Ubiquiti At Ubiquiti Inc., we create technology platforms for Businesses, Smart Homes, and Internet Service Providers, driven by our goal to connect everyone, everywhere. To date, Ubiquiti has shipped over 100 million devices worldwide, from ISP networking products to the next generation of IT solutions. Our growth is made possible by the dedicated team of hundreds behind the scenes. From software developers and product managers to designers and strategists, Team UI is driven to achieve our common goal: Rethinking IT. At Ubiquiti, you’ll heighten your potential and broaden your horizons, all while shaping the future of connectivity. Role Summary We’re looking for a senior-level Optical Hardware Engineer with deep experience in camera systems and optical design to join our team. In this role, you’ll be responsible for driving the development and validation of critical optical components—ranging from lenses and sensors to IR LEDs, light guides, and PIR systems. You’ll work closely with cross-functional teams and factories to bridge design and mass production, ensuring that our optical systems not only meet performance targets but are manufacturable at scale. If you enjoy hands-on problem-solving, working across the product lifecycle, and turning design ideas into high-performing products, this is the role for you. Responsibilities (What he/she will do after joining UI) -Evaluate camera lens and sensor combinations; develop new test cases and verification methods. -Lead RFQ and validation processes for new lenses, lens holders, and optical modules. -Design and test IR LED illumination systems and custom light guide structures. -Develop PIR sensing and calibration approaches for motion detection products. -Collaborate with the camera factory and NPI teams to improve manufacturing flow and integrate new optical components. -Support the design and setup of optical test stations on production lines. -Drive the LED calibration process to ensure color and brightness uniformity. -Contribute to optical R&D efforts, including new technology scouting and feasibility studies. -Work with cross-functional teams (EE, ME, FW, process) to debug and optimize optical performance across development and production stages. -Lead optical hardware validation for full systems, including imaging, illumination, and sensor modules. Requirement (Must-Haves) -Strong understanding of surveillance camera functionality and optical system performance. -Practical knowledge of lens modules and how to evaluate their image quality and performance. -Familiarity with Imatest or similar image test tools; understands the principles behind test metrics (MTF, distortion, chroma, etc.). -Experience with optical simulation tools (e.g., Zemax, TracePro) for modeling and simulation. -Hands-on experience in lens or illumination system design. -Experience working with camera module production processes and factory validation flows. -Comfortable collaborating with manufacturing teams to improve yield and optical alignment. -Basic scripting skills (e.g., Python or MATLAB) for test automation and data analysis. -Bachelor’s or Master’s degree in Optical Engineering, Physics, EE, or related field. -6+ years of experience testing or validating optical components or systems. Preferred Qualifications -Familiar with PIR design, IR LED arrays, and thermal/range optimization. -Involvement in camera product development cycles (EVT/DVT/PVT) and mass production ramp-up. -Experience with Active Alignment (AA) processes and fine-tuning camera module assembly. -Background in LED calibration systems and test fixture design for optical components. 10+ years of relevant industry experience.

1.負責手機, IOT, Drone及工業用相機模組對應客戶的技術窗口。(英文佳) 2.負責專案對內部研發,工程單位, 對外部合作商的專案統籌,協調與指揮。 3.負責新產品及新技術的開發。

Scope of Position: The Optical Engineer for Fiber Array Units will be responsible for the design, development, and integration of Fiber Array Units (FAUs) for optical communication and photonic systems. The role requires expertise in optical design, fiber alignment, optical testing, with a focus on optimizing performance, reliability, and manufacturability. The engineer will work closely with cross-functional teams, including mechanical engineers, manufacturing teams, and product managers, to deliver high-performance optical solutions. Day to Day Responsibilities: • Design and Development: Design and optimize Fiber Array Units (FAUs) to ensure high precision and low insertion loss for optical systems; Develop optical alignment strategies and processes for multi-fiber arrays; Create detailed specifications for FAU components, including fiber types, coatings, and end-face geometries. • Prototyping and Testing: Build prototypes of FAUs and conduct rigorous testing to evaluate optical performance (e.g., alignment accuracy, insertion loss, return loss, crosstalk); Utilize optical simulation and modeling tools to validate designs; Analyze test data to identify and resolve design issues. • Manufacturing and Assembly Support: Collaborate with manufacturing teams to develop scalable assembly processes for FAUs, including splicing, polishing, and fiber alignment; Define and implement quality control protocols for FAU production; Work on automation techniques for high-volume manufacturing of FAUs. • Research and Innovation: Stay updated on the latest advancements in fiber optic technologies, materials, and fabrication techniques; Explore new materials and methods to improve the performance and reliability of FAUs; Contribute to the development of next-generation optical systems and photonic devices. • Collaboration: Work closely with photonics engineers, system architects, and packaging teams to integrate FAUs into optical modules; Provide technical support to customers and partners regarding FAU-related issues; Prepare technical documentation, including design reports, test plans, and user manuals. • Compliance and Standards: Ensure FAU designs meet industry standards (e.g., Telcordia, IEC) and customer-specific requirements; Maintain compliance with environmental and safety regulations for optical components. Required Skills: • Strong understanding of optical fiber technology, including single-mode and multi-mode fibers. • Experience with optical design tools (e.g., Zemax, OpticStudio, Lumerical). • Proficiency in optical alignment, coupling, and testing of fiber optics • Knowledge of fiber splicing, polishing, and end-face preparation. • Familiarity with optical test equipment such as Optical Spectrum Analyzers (OSAs), Optical Time-Domain Reflectometers (OTDRs), and interferometers. • Experience with cleanroom fabrication and assembly processes is an advantage. • Fluent in English for communication, presentation, and documentation Desired Skills: • Familiarity with photonic integrated circuits (PICs) and their integration with FAUs. • Knowledge of thermal management and reliability testing for optical components. • Experience with automated optical alignment and packaging systems.

* 搭建測試環境，包含設備、網路架構、嵌入式系統。 如: 自動化測試流程（CI/CD Pipeline 測試)。 * 手機用 Linux 相機 drive 測試。 執行 camera 模組測試案例（Test cases）並建立高效的測試流程。 * 全面測試手機用 Camera 模組的各項功能。 * 在實驗室內 & 室外進行客觀測試，將測試條件拍攝後收集資料計算 & 整理測試數據報告。 分析測試結果，記錄與追蹤問題 (Issue tracking)，與開發團隊協作進行 debug。 運用 Jira/Bugzilla 對 Camera 開發專案中的 bug 進行追蹤 & 管理。 協助研發工程師對 bug 進行分析定位，提高 camera 影像質量。 * 負責維護 & 改善測試流程。 * 負責維護 & 更新試驗室設備。 * 需要會 Python，懂 Linux 的 OS，執行 Script 測試或修改。 1. Set up required tests for validating Image Tuning. 2. Provide Manual & Automated Testing support for the Camera team by capturing photos and videos using the Mobile Devices during the development phase and provide feedback on comparisons with other flagship devices in the industry. 3. Provide consistent and qualitative feedback to the engineering on the preferred tuning direction. 4. On demand Data Collection and Camera update verification. 5. Operate Lab Lighting equipment to capture Lab Images and run the evaluation tools. 6. Capture Real Life Images with different devices for Image Data collection, Image Quality Testing and Evaluation. 7. Generate Image Quality Reports based on the collected images/videos and provide feedback to the engineering teams. 8. Collect the Debug data, Raw images, log and/or Video to help debug and improve the feature repeatedly. 9. Collect Videos for feature evaluation and system performance. 10. Organize captured data and do initial evaluation and camera performance evaluation. 11. Collect Images and Videos of several Lighting conditions and environments. 12. Collect people's Images and provide image quality qualitative and quantitative feedback. 13. Labeling data for new and existing features (such as pictures, videos, etc.) 14. Planning the verification of new algorithm or parameters 15. To do face trigger for mobile phone camera tests or image database capture. 16. Organize test results and image database. 17. Image database management in Python. 18. Write simple scripts to automate the test process in Python. 19. Write documents in English such as test procedures. 20. Occasionally required to work at night or weekend for mobile phone camera tests. May need to travel to Hsinchu, Taoyuan or Taipei city for tests. 21. Annual salary: 800K NTD and above 22. Onsite Google Banqiao Office Smartphone Camera Testing Engineer Ref. • AE (Auto Exposure) • AWB (Auto White Balance) • AT (Auto Focus) • ISP (Image Signal Process) • HD (High-Definition) • SD (Standard-Definition) • HDR (High Dynamic Range) • DSLR (Digital Single-lens Reflex) • ISP (Image Signal Processor)

1. LED車燈二次光學、透鏡光學 設計/模擬分析 2.車燈相關光學設計開發及諮詢 3.光學模擬分析 3.上級交辦事項 Job Description 1.LED automotive lamp secondary optical design and simulation analysis. 2.Development and consultation on optical design related to automotive lamps. 3.Optical simulation analysis. 4.Handling tasks assigned by superiors.

1. 光路設計、公差分析與各項光學性能分析 2. 光學元件規格制訂，供應商評選 3. 光機試組，光學性能測定 4. 問題除錯、數據分析與對策驗證 5. 跨功能合作 - 機構/熱傳/電子/韌體人員 6. 調研開發新技術方向 7. 其他主管交辦事項處理

職務說明　（季度績效獎金） 我們是一家專注於電子散熱器設計與製造的公司，現誠徵具備實務經驗的散熱方案應用工程師（FAE），您將扮演客戶技術橋樑，負責： 1. 根據客戶需求，進行散熱器及相關機構件的設計與繪圖（SolidWorks、AutoCAD）。 2. 協助客戶專案開發，提供技術支援與問題分析，確保產品性能與品質達標。 3. 與業務及研發團隊緊密合作，釐清需求並推動專案順利進行。 4. 追蹤樣品製作與測試進度，提出改善建議。 5. 持續學習散熱技術與製程，提升專業能力。 任職要求： 1. 高中職以上，機械、電子、材料或相關科系優先。 2. 具散熱器或相關產品設計與應用經驗，至少1年以上工作經驗。 3. 熟悉SolidWorks、AutoCAD等設計工具，能獨立完成2D/3D繪圖。 4. 具備基本金屬製程與散熱元件知識（如鋁擠、風扇、Fin片等）。 5. 良好溝通能力與團隊合作精神，積極主動，具責任感。 以下尤佳 1. 具散熱器（Heat Sink、Heat Pipe、Vapor Chamber）設計或應用經驗。 2. 具伺服器、光模塊、消費性電子產品的設計或應用經驗。 3. 熟悉鋁擠、CNC加工、沖壓、表面處理等金屬加工製程。 4. 有熱模擬軟體使用經驗。 5. 曾參與客戶專案技術支援或樣品測試流程。

1.系統電路圖設計。 2.系統電路 layout review。 3.系統 bring up , 電性測試及除錯。 4.新零件 survey 與前期相關驗證。 5.其他主管交辦事項。

1.與客戶溝通設計需求 2.風扇裝配圖繪製 3.風扇特性設計與測試 4.測試數據分析與異常處理 5.風扇外觀設計 6.風扇樣品製作 7.風扇BOM表建立 8.專案進度追蹤 9.客戶端與工廠端協調 10.配合大陸出差 具 AC/DC FAN或散熱系統相關工作經驗佳 熟 散熱/伺服器/車載巿場優

Responsibilities: * Manage final image quality tuning of mobile phone camera * Set up required tests for validating image tuning * Commercialize algorithms for the products * Engage with different sensor and module vendors and incorporate the new technology into the products * Work with different SOC vendors or internal R&D to integrate the algorithms onto the platforms

1.負責產品機構設計與結構評估。 2.負責產品外型與包裝設計。 3.負責機構材料的測試與選用。 4.繪製機構設計圖面。 5.負責模具設計、開模、試模，並檢討、修改模具。 6.負責機構模型製作、測試分析與改善。 7.負責生產製程的規劃與安排。 8.負責試產檢討及設計修正。 9.協助解決量產製造及製程中的機構相關問題。 10.負責各產品工程技術文件之製作。 11.建立及改善各項產品製程技術。 12.其他主管交辦事項.

1、治具圖面設計、打樣、樣品組裝、樣品測試 2、與廠區接洽討論開發案開模、試產及量產導入事宜 3、專案文件製作 4、負責客戶專案系列產品開發、討論開案模組計、性能、排程確認 5、完成主管交辦事宜 ※工作待遇將視應徵者學經歷、技能符合需求核薪，可議。

1. 產品設計與開發：負責網通產品（如路由器、交換器等）的機構設計，包括外殼、內部結構、散熱設計等。 2. 結構模擬與驗證：使用專業軟體（如Creo、SolidWorks）進行結構模擬、分析與驗證，以確保設計的可行性與穩定性。 3. 與跨部門合作：與電子工程師、韌體工程師等團隊合作，確保產品設計符合電氣及韌體設計需求。 4. 製造可行性評估：評估設計的製造可行性，與供應商、製造廠商溝通，進行模具開發及生產問題解決。 5. 品質與成本控制：參與設計的品質檢測與成本分析，確保產品品質符合規格且成本在預算內。 6. 專案管理：管理並跟蹤產品開發進度，確保各項設計與製造工作按時完成。

1.繪製機構設計圖面。 2.設計按比例縮小或實物大小的物件藍圖。 3.機構件的測試與選用。 4.機構模型製作、測試分析與改善。 5.其它主管交辦事項。

1、散熱模組、治具設計 2、樣品打樣、組裝、測試、報告撰寫 3、與客戶、工廠接洽討論開發案開模、試產、量產等事宜 4、與客戶接洽、討論開發案模組設計、模組性能、排程等事宜 5、配合專案需求，可短期出差 (1~3個月內) 6、完成主管交辦事項

1. 機構設計：負責塑膠、沖壓五金、鋁壓鑄、鋅合金壓鑄、鍛造銅合金等零件設計，以及塑 膠模具、鋁壓鑄模具、鋅合金壓鑄模具的檢討與優化。 2. 繪圖與系統操作：熟悉 AutoCAD、Pro/ENGINEER 繪圖軟體，並具備 ERP 系統操作經驗。 3. 產品開發與量產導入：參與產品設計階段的評估與修改，確保順利導入量產。 4. 自動化設備經驗：具備半自動設備控制經驗者佳。 5. 治夾具設計：具備生產組裝治具與夾具設計經驗者佳。 6. 跨部門協作與問題處理：負責與相關部門溝通協調，並處理產品生產過程中的異常問題。 7. 英文能說/寫 8. 主管交辦事項。

1. 機構與連接器產品開發 2. 2D工程圖 & 3D Model繪製 3. 專案進度管理 4. 產品量試及量產規劃 5. 跨機能團隊資源整合

1.具機械設計(開發)或通風系統設計。(相關經驗2年以上) 2.研發專案執行：製訂和執行專案開發計劃，從產品開發、測試、驗證、認證到試生產或 量產前的各項工作。(相關經驗1年以上) 3.跨部門溝通與協調：與業務、生產和技術部門進行溝通和協調，確保研發工作與其他部 門的協同合作。 4. 撰寫技術報告、產品規格和使用手冊等相關文檔。 5.主管交辦事項。