I develop and optimize C/C++ algorithms for automotive systems, focusing on ADAS modules. I analyze test result files, debug complex issues, and design algorithms for real-time decision-making. Additionally, I collaborate with cross-functional teams to implement and test these algorithms, ensuring system reliability through unit testing.

As a Research Assistant, I conducted research on Electrical Impedance Tomography (EIT) and designed the hardware circuit for the EIT system. I enhanced its functionality with image reconstruction software and integrated Machine Learning techniques to detect anomalies in reconstructed images, advancing biomedical imaging technology.

I organized events and managed marketing initiatives for the community. My role involved promoting activities, engaging with students, and enhancing community visibility, which helped foster a sense of connection and involvement among peers.

I handled marketing initiatives and organized events to promote the brand. I also participated in various company events, engaging with students and enhancing brand awareness on campus.