Kyle Cheung Email & Phone Number

Woodland, California, United States

Woodland, California, United States

-Create imaging phenotyping pipelines with low-cost imaging hardware and highly scalable data infrastructure to help standardize field scientists' assays-Leverage transfer learning and off-the-shelf frameworks (Tensorflow, Pytorch, MMCV, NVIDIA TAO Toolkit) for rapid iteration of computer vision models on limited datasets-Lead an evaluation for Boston Dynamics Spot robot's ability to serve as an on-farm phenotyping platform-Serve as an advocate and build cross-functional relationships between field scientists and data scientists-Present and represent Corteva R&D work and values at external institutions-Deploy ML models through Docker, Kubernetes and NVIDIA Jetson hardware

Woodland, California, United States

-Develop pre-processing and machine learning analysis pipeline for drought injury classification in turfgrass with multispectral images-Create an interactive, automated toolset to manage raster and vector manipulations using rasterio, geopandas, and Python-Plan and conduct small, unmanned aerial vehicle flights for LiDAR data collection of orchards-Write ArcGIS tutorials for lab use covering concepts in raster calculations, shapefile overlays, and georectification

-Design electric drive train and carriage system for an unattended rainout shelter positioned on a slope-Automate a 16-rainout shelter array using primary/secondary programmable logic controller (PLC) network-Consult in the design of a wireless sensor network to collect field instrument data across hilly terrain

Course: Introduction to Engineering Design and Communications (ENG 3)-Provide critical feedback on communication mastery during student presentations-Teach logical and methodical strategies for problem solving to freshman and sophomore students-Build lab demonstrations using sensors interfaced with Arduino or Raspberry Pi-Assist students with defining project scope to meet client constraints and timeline

-Wrote Good Manufacturing Practice (GMP)-compliant specifications and test documents for purified water system-Troubleshooted and identify solutions during emergency support calls and startup at client sites-Translated a PLC system based on MicroLogix platform to ControlLogix platform with GEMS Process Library Objects-Interfaced RSLogix5000 tags with FactoryTalk View Alarms & Events Server-Produced company IT maintenance tools, administer VMWare VCSA and Windows Server

Davis

-Researched cost-effective methods for optimal operation of a hybrid heat pump system-Compiled and present ground-source and air-source heat pump efficiency data to project members-Visualized large energy usage datasets with PI Coresight and Excel-Collaborated between campus departments to manage data recording systems-Maintain and write content for department website-Support department members’ non-engineering related projects

-Study intuitive, repeatable software modeling techniques for hybrid air conditioning systems-Investigate desiccant-based dehumidification and indirect evaporative cooling air handling units-Compose complex, multi-mode performance maps for numerical simulations-Articulate possible issues with modeling techniques with clear hypothetical situations-Serve as a liaison between research team and manufacturer-Confer with other research fellows in different engineering disciplines-Presented research to members of the EnergyPlus and Buildings Efficiency teams at the National Renewable Energy Laboratory

San Antonio, Texas Area

-Worked closely with Research & Development and Inside Sales teams-Participated in separate, distinct stages of product research and development-Presented competitor product analysis results to a Global Product Manager-Corresponded with outside vendors to identify necessary parts and tools for prototype projects-Created concise and precise product safety and operation documents for customers

Speaking to large groups of students, Teaching practical information for success to students, Closely interact with students to identify goals and their applicable classes, Presented to various family members who come from different backgrounds, Worked as a team with other orientation leaders to ensure program success

Master Of Science - Ms, Biological Systems Engineering

Area of study: Applying machine learning and computer vision to aerial phenotyping in agriculture

Bachelor Of Science - Bs, Biological Systems Engineering

Activities and Societies: Cycling team, Sustained Dialogue Emphasis: Biotechnology Senior Design: Small-Scale Artificial Gut System.