This thesis presents the process of creating video games in Unreal Engine 5 with an emphasis on game development and the use of advanced technological software. The game that has been developed is a dystopian first-person shooter (FPS) with survival elements, and advanced technologies such as Nanite and Lumen will be used to achieve the desired quality of the visual solution. The paper explains key features of Unreal Engine 5, such as its real-time rendering capabilities, dynamic global lighting, and physics simulation. The use of the engine's various built-in game development capabilities, including 3D modeling and animation tools, is also being developed. In order to achieve the desired quality of visual performance, advanced technologies such as Nanite technology are used to quickly load high-quality models into the game, regardless of size and complexity, as well as Lumen technology to achieve realistic lighting and shadows in the game. The use of these technologies allows every element of the game to come to life, creating the impression of a real, immersive experience. The main part of the paper describes the creation of different elements of the game. The creation of objects and textures inspired by dystopian aesthetics, the animation of player functions in the first person, and the design of the interactive space of the levels within the game. The result of the work is the final solution in the form of a video game that represents a comprehensive game development process using the Unreal Engine that showcases its power to create an immersive and exciting experience.