Top Tech Jobs & Startup Jobs

Designs sensor timing logic and ISP data paths, contributes to SoC architecture, and performs chip integration and verification. Collaborates on physical design, timing closure, DFT, chip bring-up, silicon debugging, image tuning, and production qualification. Requires at least two years of RTL digital design experience with Verilog or SystemVerilog, scripting proficiency, and experience optimizing power, performance, and area. Image sensor, MIPI, and ISP experience are preferred.

Set up image sensor evaluation systems and laboratory hardware, bring up silicon, and validate CMOS image sensor performance and functionality. Develop characterization methods and scientific approaches for collecting and analyzing R&D data. Collaborate with design, test, product, and application engineers to assess image quality, reliability, product behavior, and customer application performance. Use electrical testing and debugging equipment to investigate issues and communicate findings effectively.

Design, implement, maintain, and support cybersecurity tools and platforms, including EDR, DLP, web proxy, messaging security, vulnerability management, and identity and access management. Develop security playbooks and troubleshooting documentation, assist with incident response, collaborate across teams, and improve the confidentiality, integrity, and availability of systems and data.

Lead systems development for next-generation CMOS image sensors, modules, and imaging systems. Develop models, perform analytical and simulation-based feasibility studies, evaluate technology options, and guide product and R&D decisions. Collaborate with engineering, sales, marketing, customers, and partners on product concepts, planning, specifications, and technical discussions. Communicate analysis outcomes, product objectives, and R&D direction across teams.

Analyze image sensor and camera system performance, investigate CIS and ISP issues, and recommend product improvements. Develop and simulate imaging algorithms, model imaging systems, and assess image quality improvements. Collaborate with analog and digital design teams to differentiate product performance. The role requires expertise in CMOS sensors or camera ISP systems, C/C++ programming, image processing, and communication in Japanese and English.

Verify image sensor functionality and image quality, design testing and demo boards, review customer designs, create technical documentation, support camera hardware bring-up and troubleshooting, configure sensors, tune image quality, train FAE teams, and conduct customer demonstrations.

Designs and develops transistor-level analog and mixed-signal circuits for CMOS image sensors, including pixel arrays, amplifiers, comparators, data converters, timing controls, and readout circuits. Performs chip floorplanning, layout, simulation, verification, testing, debugging, characterization, and optimization. Collaborates with digital, verification, process, test, and application engineering teams, using Cadence tools, MATLAB, and Excel for analysis and signal processing.

Design and develop transistor-level analog and mixed-signal circuits for CMOS image sensors. Perform block, transistor-level, and whole-chip simulations; create and optimize sensor-array readout layouts using Cadence Virtuoso and Calibre. Collaborate with verification, process, test, and applications teams to debug, characterize, and optimize fabricated image sensors from concept through product release.

Manage semiconductor supply chain planning from new device release through mass production. Coordinate wafer loading, subcontractor schedules, material requirements, inventory, demand forecasting, production flow, and fulfillment across Taiwan and China. Collaborate with engineering, sales, product management, suppliers, and project teams to resolve production issues, improve wafer yields, reduce costs, and meet customer demand.

Characterize and optimize CMOS image sensor performance by bringing up new silicon, validating functionality, developing testing methodologies, analyzing pixel-level and analog/digital subsystems, and identifying improvements. Collaborate with design, process, applications, production, and quality teams to resolve system issues and support product transitions, yield, reliability, and quality goals.