A M C U
Anthony Marcos Contreras Urgiles
Engineer virtual reality and video game
Junior 3D Artist | XR Designer | 3D Modeling, Animation & Real-Time Visual Production
Developed 3D assets, animations, and real-time visual content for games, simulation, immersive applications, and VR-based architectural experiences using Blender, Maya, Unity, and Unreal Engine. Contributed across asset production, environment design, animation, and real-time implementation, delivering visually consistent and technically grounded results for VR medical simulation, stylized games, interactive 3D environments, and immersive architectural visualization.
Unreal Engine 5.6
Unity
Blender
Adobe
2D and 3D projects
Creation of immersive experiences and interactive solutions for companies and professionals from different sectors.
It combines artistic creativity with technical mastery of industry-leading tools such as Blender, ZBrush, Unreal Engine, Unity, and the Adobe Creative Cloud suite (Illustrator, Photoshop, Premiere Pro, Audition).
Projects
SalvAR+ — VR Medical Simulator
Supported the development of a virtual reality medical training simulator by delivering 3D modeling and animation for anatomical assets and visual components, helping to improve the visual clarity, realism, and overall effectiveness of the simulation-based learning experience.
Game Verse Store — Virtual 3D Store
Contributed to the development of an interactive virtual 3D store through 3D modeling and VR object interaction programming, creating product assets and implementing collision-based mechanics that improved object behavior, user interaction, and spatial functionality within the immersive environment.
Germs Wars — Tower-Style Game Project
Created stylized enemy character designs with fluid animations for tower defense gameplay. Developed game-ready 3D assets with optimized polygon counts, ensuring visual consistency across all character models and maintaining performance standards.
T-Rex Modeling
High-detail 3D T-Rex character developed as a creature modeling project, showcasing both sculpted base form and fully textured final presentation. The work focused on anatomy, surface definition, material development, and visual realism to create a production-ready dinosaur asset suitable for games, simulation, or real-time visualization.
Architectural Projects in 3D
Architectural VR visualization project focused on 3D modeling and spatial presentation of a contemporary residential environment. The work involved developing the building’s exterior structure, pool area, and surrounding landscape to support immersive walkthroughs and real-time architectural visualization. The project emphasizes clean geometric composition, material contrast, and spatial readability for interactive VR exploration.
Godzilla 3D sculpt
High-detail 3D Godzilla creature model developed as a character sculpting study, focused on anatomy, surface definition, muscular structure, and creature silhouette. The piece emphasizes form development and sculpted detailing without texturing, showcasing the base model as a strong visual asset suitable for creature design, digital sculpting practice, and future game or cinematic production pipelines.
3D Mazinkaiser character
Early stage Mazinkaiser 3D character model developed during my initial learning process in 3D modeling. The project focused on the construction of mechanical forms, the recognition of silhouettes, the interpretation of hard surfaces and the general proportions of the characters,
serving as a fundamental exercise in robotic design and the development of stylized mechanical assets.
Human body
Retopology-focused character optimization project developed to transform a high-density 3D model from approximately 4 million vertices into a clean and efficient mesh of around 50 thousand vertices. The work prioritized topology flow, polygon reduction, and real-time readiness while preserving the essential form and visual integrity of the character, making it more suitable for animation, game pipelines, and interactive applications.
Cell Modeling and Shader Study
3D cell study created from scratch as part of an early exploration of organic modeling and visual shader application. The project focused on building simple biological forms and testing shader integration to achieve a more convincing translucent and microscopic visual appearance, supporting a better understanding of material response, surface treatment, and stylized scientific visualization.
contact me
Open to opportunities in 3D art, XR simulation, real-time visual production, and interactive project development. Feel free to reach out for portfolio reviews, collaboration, freelance work, or junior-level opportunities in games, simulation, and immersive experiences.
Building Address: Cuenca, Ecuador
Mobile Number: +593 980987119
LinkedIn: Linkedin
Company Email: anthonyamcu@gmail.com – amcu0@hotmail.com