The course on Automotive Photonics covers a wide range of topics related to optical technologies used in the automotive industry. It provides an in-depth exploration of various sources of optical radiation, including LED, LD, OLED, and LASER, delving into their function, manufacturing technology, excitation methods, and drivers. Additionally, the course examines parameters of both coherent and incoherent radiation, along with optical radiation detectors such as PIN diodes, Avalanche diodes, and Photomultipliers. Students will also gain insights into cameras, their types (CCD, CMOS), lenses, spatial resolution, and spectral sensitivity. Laser safety and the subjective perception of colors are addressed, alongside the characterization of optical transmission channels and parameters of optical fibers. Practical applications in automotive contexts, including Lidar, LED headlights, cameras, and sensor fusion for autonomous driving, are discussed in conjunction with legislative standards. Furthermore, the course explores emerging areas such as V2X and V2V communication utilizing LED lights. Through this comprehensive curriculum, students will acquire a profound understanding of optical technologies crucial for advancements in automotive engineering and autonomous vehicle development.