Led integration of Ouster Lidar sensors into strategic autonomous vehicle and robotics platforms,

including NVIDIA DRIVE, ROS2, and others. Responsibilities include strategic planning and

coordination with Ouster’s platform partners and coordination with third party developers. Developed

and released NVIDIA DRIVEWORKS integration for Ouster’s sensor line into NVIDIA

DRIVE. Developed an Electron native C++ plugin integrating Ouster sensors into the Electron

framework. Developed both driver and application code to enable visualization of new features such as

calibrated reflectivity in Ouster’s native visualizers.

Development of multi-camera image acquisition software in C++ on PC and NVIDIA Jetson for robotics

applications. Development of microsecond-precision time synchronization methods for synchronization

of events between heterogeneous devices and multiple cameras. Development of tools for

synchronization of high frequency lights with high speed cameras. Analysis and selection of imaging

sensors, cameras, and lenses, as well as definition of procedures for optimizing illumination and

exposure. Work in Ubuntu on PC and NVIDIA Jetson Xavier, with OpenVX, gstreamer, v4l2, OpenCV,

and Basler Pylon SDK, C++.

Image capture, processing, and control software development for 3Scan's robotic microscopes for

automated microscopy of tissue samples. Acquisition from both rectangular and line-scan sensors.

Developed unique autofocus algorithm, implemented tile stitching, image registration, and no-reference

image quality analysis. Design of workflow and data models. Tools and environments include Windows,

Ubuntu, Python/Anaconda, Java, AWS, Docker, OpenCV, OPC-UA.

Development of embedded and desktop software associated with Cloud Cap’s stabilized imaging

systems for unmanned aerial vehicles. Analysis and development of video processing pipelines in

OpenVX on NVIDIA Jetson TX2. C/C++, Qt.

Embedded software engineering work on an IoT kitchen appliance. U-Boot bootloader, Linux kernel,

device tree, and driver configuration, customization, and debugging. Designed secure OTA update

scheme and eMMC partition layout. Brought up MIPI CSI camera sensor, WiFi, and a variety of i2c-

connected sensors on a custom board based on an NXP i.MX6 Quad Arm processor. Designed ZeroMQ

publish/subscribe architecture for brokering information from sensors to UI and core logic consumers.

Worked with GStreamer pipelines for still and video capture. Constructed cross-compile environment

with Qt for UI developers to use and scripts to automate git, build, and flash/install steps for other

developers.