The **SAE Autonomous Vehicle Challenge**, run by **SAE International**, is a competitive **STEM program** where high school students design, build, and test small-scale autonomous vehicles. Recognized globally in the mobility and transportation field, SAE International connects students directly to real-world **engineering** and **technology** applications. Participants gain hands-on experience at the intersection of **science research**, robotics, and self-driving cars—an ideal fit for motivated 9th–12th graders interested in AI, **mathematics**, and future transportation systems. In this challenge, students work in teams to apply **artificial intelligence**, **machine learning**, and **robotics** concepts to real engineering problems. They learn how sensors, cameras, and control systems work together to help a vehicle navigate a track on its own. Along the way, students sharpen skills in: - **Programming and algorithm design** - **Systems engineering and testing** - **Data analysis and problem-solving** Teams benefit from mentorship and feedback from industry professionals and educators connected to SAE International. This technical guidance helps students understand how classroom physics, **mathematics**, and coding translate into functioning autonomous systems. Students also practice essential soft skills such as project management, technical communication, and teamwork—skills highly valued in college and the workforce. Participation in the **SAE Autonomous Vehicle Challenge** strengthens college applications by demonstrating sustained interest in **STEM**, independent **science research**, and applied **engineering**. Students build a strong portfolio that can be highlighted in essays, activity lists, and scholarship applications. The experience also exposes them to potential career paths in automotive engineering, robotics, computer science, and transportation **technology**, helping them make more informed college and major choices. This program is an excellent fit for high school students who enjoy challenging technical projects, collaborative problem-solving, and learning how autonomous cars really work. Students who are curious, self-motivated, and ready to tackle complex tasks will find the SAE Autonomous Vehicle Challenge a standout opportunity that goes far beyond a typical classroom lab or club project.