Promotional motion graphics.
CLIENT: CHERRIES ON TOP
Restyling proposal. Packaging design Pilfood - Lab. Serra Pàmies.
3D modeling / rendering for prototypes.
Technical Artist Reel 2026 featuring a selection of personal and professional work focused on procedural workflows, environment creation, animation, rigging, game art and AI-assisted visual development. This reel showcases projects covering procedural worldbuilding, cinematic environments, real-time rendering, character animation, UI design and generative workflows. Software: • Houdini • Unreal Engine 5 • Blender • Maya • ComfyUI • Magnific AI Credits: The Pagoda sequence includes selected colorized frames from Harakiri (1962), directed by Masaki Kobayashi, used as a brief cinematic reference. All remaining content featured in this reel was created by David Guti. Portfolio: https://www.artstation.com/davidguti LinkedIn: 
/ guti3d #TechnicalArtist #Houdini #UnrealEngine #UE5 #Blender3D #GameDev #EnvironmentArt #Procedural #CGI #VFX #Animation #Rigging #RealtimeRendering #ComfyUI #AIArt
Work-in-progress procedural racing environment created with Houdini and Unreal Engine 5. This project explores procedural track generation, city layout systems, set dressing, cinematic lighting, and real-time rendering workflows focused on speed, scale, and atmosphere. Pipeline: • Houdini — procedural modeling and environment generation • Unreal Engine 5 — lighting, worldbuilding, and cinematic rendering #Houdini #UE5 #UnrealEngine5 #Procedural #EnvironmentArt #TechArt #RealtimeRendering #Worldbuilding #3DArt
PAGODA is a real-time cinematic showcasing a fully procedural pagoda generator developed in Houdini and integrated into Unreal Engine 5 through Houdini Engine. This project was created as one of the procedural environment assignments developed during the TechArt Worlds Master 2025–2026, focusing on procedural modeling, technical art and real-time workflows. The core of the project is a Houdini Digital Asset (HDA) capable of generating multiple pagoda variations through exposed parameters, including building proportions, roof curvature, architectural details and ornamental elements. Once imported into Unreal Engine 5, materials, lighting, environment dressing and the final cinematic sequence were produced in real time. This project represents another step in my journey towards becoming a Technical Artist, combining procedural generation with cinematic storytelling and real-time rendering. SOFTWARE: • Houdini FX • Houdini Engine • Unreal Engine 5 • Blender • DaVinci Resolve
3d modeling, shading and render for FFAAA MOD. ARMA 3 Videogame format.
CLIENT: FFAA MOD