Jeremy Ho

Tegra Solution Engineer Developed in-depth camera knowledge of customer requirements for Tegra products, facilitated seamless system bring-up, and delivered tailored solutions from the internal development team to support and advance customer product needs.

Telepresence projects (2016-present):

• Developed custom camera features and seamlessly integrated them with Tegra architecture, enhancing functionality and ensuring alignment with platform design standards.
• Resolved camera application and driver bugs, supported sensor bring-up, and assisted in camera tuning based on Telepresence use case requirements.
• Skilled in continuously migrating Tegra features from the main branch to customer-specific branches, ensuring ongoing alignment with evolving customer requirements.
• Provided customer-oriented documentation support, negotiated resource allocation and release schedules, and collaborated effectively with development teams to streamline project execution.
• Developed a customized sensor mid-frame interrupt to synchronize focus using hardware line-timer design (2024).
• Developed a sensor mode ISP configuration reload mechanism when switching modes (2024).
• Developed customized APIs including ISP 3A algorithms for auto settings control, seamlessly integrating new sensor mode properties (2020-2024).
• Optimized the camera stack to handle large sensor metadata scenarios and designed frame jitter statistics for precise performance monitoring and analysis (2022).
• Developed a proprietary Nvidia GStreamer-like multimedia framework for the Telepresence use case, which included window system, buffer management, and image scaling solutions integration (2016-2019).

Automotive projects (2023-2024):

• Gained a deep understanding of camera systems from a customer perspective, with expertise in camera integration, driver compatibility, and image resolution tuning. Presented Tegra camera knowledge to automotive partners.
• Demonstrated technical problem-solving expertise to troubleshoot software bugs across various modules.