Tsung-Lin Lu
Optical process engineer @ Meta
About
I build measurement credibility. My work starts with characterizing real optical behavior — not assumed models — then systematically tuning process parameters through data-driven exploration, and converging on configurations that hold up in high-volume manufacturing.At Meta (2024–2026), I was system owner for VR active alignment (AA) process validation, improving AA–tester correlation from ~0.5 to >0.9, delivering a 4× UPH increase at EVT1, and establishing GR&R standards with <10% variation. My focus was translating complex optical metrics into manufacturable acceptance criteria — bridging optical design, imaging algorithms, and production deployment.At HTC (2022–2024), as principal engineer, I translated multimodal LLM use cases into concrete optical and sensor specifications for AI smart glasses, defining camera specs across sensor selection, lens (FOV/MTF/distortion), and image quality criteria — and established quantitative acceptance standards for ODM camera modules.Core competencies: optical metrology and measurement systems (BSDF, VID, GR&R, SPC), active alignment process engineering (NPI-to-HVM, DOE, UPH optimization), camera system definition (sharpness, multi-DOF, image quality), and optical simulation (LightTools primary).Ph.D. in optics and computer vision (NTUST 2026). Research published in Applied Optics and Journal of Electronic Imaging. I work at the intersection of optical metrology and high-volume manufacturing.
Taiwan
New Taipei City
Consumer Electronics
Python, Machine Learning, Computer Vision, Optics, OpenCV, C (Programming Language), Python (Programming Language), Color Management, Microsoft Office, 研究, LightTools, Optical Engineering, Image Processing, Lighting Design, Display Technology
Experience
Optical process engineer
Meta
臺北市, 台灣
🧭 Role summary Drove active alignment (AA) process development and validation for near-eye display optics, with focus on measurement credibility and production readiness. 🚀 Key contributions ● Developed and validated AA algorithms and processes, aligning optical design intent with manufacturing constraints. ● Built image-based measurement frameworks (VID, sharpness, multi-DOF), improving AA–tester correlation from ~0.5 to >0.9. ● Increased manufacturing throughput (UPH) by up to 4× through system-level optimization of algorithms, camera parameters, and process settings. ● Established multi-dimensional inspection KPIs and GR&R standards, achieving <10% variation and enabling reliable manufacturing handoff.
Chief Supervisor
NTUST-CIT Alumni Association
Vice President
NTUST-CIT Alumni Association
Taipei City, Taiwan
Principal Engineer
HTC
新北市, 台灣
• As an optical and computer vision engineer at HTC, I focused on defining product-ready camera specifications and core vision features for AIoT and AI glasses products, translating AI/LLM-driven visual use cases into concrete system decisions. In parallel, I supported supply chain readiness and new application introductions, including technology surveys, specification validation, and cross-functional coordination.
Senior Engineer
HTC
New Taipei City, Taiwan
PHD Candidate
National Taiwan University of Science and Technology
PHD Student
National Taiwan University of Science and Technology
Optical Engineer
Wistron
As an optical R&D, my job is to design the LCD module and verify it fits the specification of the industrial consumer, verify the cross functional optical design with simulation, and manage the supply chains of optical components
Assistant Researcher
Printing technology research institute, Taiwan
New Taipei City, Taiwan
As an optical researcher to develop new technology for the printing industry, support national industry policy.
Education
National Taiwan University of Science and Technology
Applied Science and Technology(Color & Imaging area)
National Taiwan University of Science and Technology
Graduate Institute of Colour and Illumination Technology
National Taiwan University of Science and Technology
Electronic Engineering
Tsung-Lin Lu's Contact Information
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