Hello! I’m SEOHEE KIM(ARIELLE), a student majoring in Software and Artificial Intelligence (SW/AI) in Republic of Korea.🇰🇷 I am dedicated to becoming a Autonomous Driving Engineer specializing in perception and environment modeling solutions for autonomous vehicles. This GitHub page showcases my learning journey, ongoing projects, and the technology stack I am working with.

My goal is to contribute to a future where software-driven automobiles offer seamless mobility and ensure free from accidents. By designing and implementing advanced machine learning models for autonomous driving systems, I aim to create a future where everyone can move without worry.

I am focusing on an Model-Driven approach to tackle the complex challenges in autonomous driving technology. While I may not possess extraordinary talents, I am committed to taking on challenges without hesitation. I believe that courage and determination are key to driving innovation and achieving impactful results in the field of autonomous vehicles.

• GDSC HUFS Solution Challenge (December 2022 - March 2023)
• Parking space detection using image processing and object recognition (August 20, 2024 - September 9)

• SW/AI Major at Hankuk University of Foreign Studies (Expected to graduate in February 2025)
• Online Courses:
  • Autonomous Driving [Elice Track, 1st period] (July 2024 - Present)
  • CAN Communication(Controller Area Network) [Inflearn]

• Digital Export Support Center Operation Project at NIPA (June 24, 2022 - December 30, 2022)
  • Conducted ICT support platform management, marketing, data collection, report creation, and translation/interpretation tasks.
• GDSC_HUFS Team Member (2022 - 2023)
  • Collaborated with team members on various projects and events related to Google technologies(Kotlin, Tensorflow).

I have a deep passion for automotive and autonomous driving technology, with a particular interest in vehicle dynamics models and F1 motorsports engineering. F1 motorsports presents a technical challenge of pushing vehicle performance to the limit, and I dedicate significant time to studying and researching precise modeling and simulation needed to optimize vehicle dynamics and maintain stability at high speeds.

• Vehicle Dynamics: I focus on understanding the physical movement and interactions of vehicles through dynamic models, aiming to enhance the performance of autonomous driving systems.
• F1 Motorsports: I study advanced technologies, aerodynamic design, tire performance, and strategic driving techniques in F1 vehicles, gaining insights to improve engineering in autonomous vehicles.

• Email: [[email protected]]
• LinkedIn: [https://www.linkedin.com/in/seohee-kim-12ab1b316/]
• Blog: [https://arielle0222.github.io/]