Gyda Nawarungruang Email and Phone Number

• Refining a light board PCB in Altium by simplifying and reorganizing components, layers, and wiring configurations to integrate the design more easily and safely in the steering wheel• Implementing Raspberry Pi board multipurpose inputs for dashboard functionalities, including lights, horns, brake, and onboard diagnostics for monitoring the status of the Battery Management System • Troubleshooting interface between Controller Area Network and transceiver chips to read and interpret data for Pi board

• Developed a power diagnostic algorithm for a custom ASIC processor to analyze current on implantable medical devices• Wrote custom test benches to understand design behavior in Xcelium Simulator, completed benchtop testing and analog feature characterization on a system board, and performed data processing to visualize memory data in Python• Designed an RTL block in SystemVerilog from design input requirements for a digital test bus diagnostic feature

• Designed a PCB in Altium Designer, including schematic capture and layout, for a handheld controller, created custom footprints and routed electrical components based on mechanical and industrial design constraints• Wrote SPI drivers in C for an environmental sensing embedded system with SD card and configured API for e-paper display • Developed UI application in C to collect time interval-based sensor data and plot trends in temperature, humidity, and pressure over 48 hours in four display modes with interrupt-based user configuration• Performed design of experiments to refine and iterate hardware testing trials, presented results in client meetings• Reworked PCBs and generated alternative board concepts to improve the capacitive sensing in a battery-powered device

• Collaborated with postdoctoral scholar Estefanía Sánchez Vásquez in the Zernicka-Goetz Lab on the project "Hif1-a regulates glucose intake in preimplantation embryos" to characterize the role of Hif1a, GLUT 1, and GLUT 3 in early embryonic development• Performed genotyping of transgenic mice, knock-out experiments, and cell culture of embryos• Utilized bioinformatics with RStudio and Imaris to analyze 48+ hours of confocal images and single cell mRNA data