Su-In Hwang

- Investigated the transition of a hybrid microcontroller and FPGA-based simulation board to a streamlined microcontroller-exclusive architecture. - Developed simulations to replicate real-world sensor behavior for system and integration testing, emphasizing microcontroller utilization. - Conducted research on inter-core data sharing and hardware acceleration in STM32H7 microcontrollers. - Designed and implemented a feature for an internal documentation tool and developed a GUI for Bauhaus violation rules.

- Conducted research on inter-core data sharing and hardware acceleration in STM32 microcontrollers. - Designed a user-friendly GUI to visualize Bauhaus violation rules and integrated it into internal tools. - Applied extensive testing methodologies to validate hardware and software integrations, enhancing reliability.

Bachelor Thesis - Designed and implemented an image comparison system for a display testing tool using OpenCV and C#. - Leveraged tools such as Codesys and Visual Studio 2019 to deliver an efficient and user-friendly solution for automated testing.

- Configured LED drivers with STM32 microcontrollers using Embedded C, integrating devices with IO-Link for Industry 4.0 compatibility. - Conducted extensive quality testing of LED drivers to meet industrial standards and ensure robustness in automation systems.