
Learn to create a 3D basketball game in Unity, covering game objects, transformations, materials, physics, and C# programming. Ideal for beginners, this hands-on tutorial builds a complete game from scratch.

Explore augmented reality fundamentals, tracking technologies, and hands-on app development using Unity3D and Vuforia. Learn to create interactive AR experiences for mobile devices.

Scopri come avviare una carriera nel gaming con Luca Cresciullo, CEO di Borgo Interactive. Consigli pratici per evitare errori comuni e sviluppare competenze chiave nel settore dei videogiochi.

Design and build game-ready 3D characters using iClone Character Creator. Shape bodies, customize faces, edit clothing and skin, and finalize designs with powerful morphing tools and appearance editors.

Explore the transformation of Black Hole Battles into a turn-based strategy game, featuring new gameplay mechanics and ship navigation through treacherous black hole fields.

Explore physics-based navigation through black hole fields, focusing on angle challenges and enemy ship interactions in this game development tutorial.

Navigate through a field of black holes in this physics-based game. Learn about enemy controls, ship navigation, and gameplay mechanics in Unity3D.

Explore gravitational forces in a physics-based game, creating asteroid fields and black hole clusters while learning game development concepts like scene management and object interactions.

Explore enemy AI development in physics-based game design, focusing on chase mechanics and spatial awareness in a black hole-filled environment.

Explore advanced enemy control techniques in physics-based game development, focusing on ship navigation through black hole fields using Unity3D engine.

Explore the implementation of drag force in space games, balancing realism with player control in Black Hole Battles. Learn to create customizable physics options in Unity3D.

Improve the look-ahead system in a physics-based game about navigating through black holes, enhancing gameplay and programming efficiency.

Explore ship trajectory prediction using the Euler-Cromer method in a physics-based game. Learn to implement a "Look Ahead" feature as a gameplay upgrade.

Explore the physics of diverse black holes in a game development context, enhancing gameplay variety and realism through unique gravitational effects and behaviors.

Explore the initial planning phase of a physics-based game where players navigate through black hole fields, blending game development with astrophysics concepts.

Explore the technical challenges of creating massive, persistent game worlds using Unity3D and SpatialOS, focusing on distributed systems and entity-component architecture.

Explore Unity3D's capabilities for connecting and controlling external hardware devices using modern .NET technologies, expanding beyond traditional PC and mobile applications.

Explore digital twins in 3D using modern technologies like HoloLens and VR. Learn to develop and interact with virtual replicas using Unity3D and the Dolittle platform. Hands-on demos included.

Explore machine learning in game development using Unity3D. Learn to implement and train AI agents for unique behaviors, from bullet-dodging to headbanging, blending software engineering with game design.

Explore machine learning in game development using Unity3D to create unique NPC behaviors, from bullet-dodging to headbanging, in this hands-on demonstration.

Explore the Metaverse's practical applications in Azure, focusing on industrial solutions, IoT integration, and physical environment interactions. Learn about key technologies and development challenges.