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Ana Mikriukova

@mao_vis

3D Interior Visualizer 3ds Max Corona Render

Ucrânia
Inglês, Ucraniano, Russo
Algumas informações são exibidas no idioma inglês.
Sobre mim
I create high-end interior visualizations that help designers and architects communicate their ideas with clarity and impact. My focus is on photorealism, mood, and composition – delivering images that not only represent a space, but define its atmosphere. Working with 3ds Max, Corona Renderer, and Photoshop, I ensure every detail contributes to a cohesive and compelling visual narrative. I’m especially interested in projects where storytelling, mood, and visual identity matter as much as the design itself.... Saiba mais

Habilidades

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mao_vis
Ana Mikriukova
offline • 
Tempo médio de resposta: 1 hora

Conheça meus serviços

Modelagem e renderização 3D
I will create photorealistic interior renders in 3ds max and corona
A partir deUS$ 90 /projetoMais detalhes

Portfólio

Experiência profissional

Freelancer.com

3D interior designer

Freelancer.com • Freelance

Dec 2025 - Present • 5 mos

Developed high-quality photorealistic interior visualizations for residential and commercial projects, translating client briefs and architectural drawings into compelling visual narratives. Built detailed and physically accurate material libraries using Chaos Cosmos, Megascans, and custom-created assets to achieve a high level of realism. Applied core photographic principles, including depth of field, rule of thirds, and precise focal point control — to camera setup, ensuring visually balanced and engaging compositions. Recreated real-world interiors in 3D as a method for refining accuracy in material behavior, lighting schemes, and camera matching. Optimized rendering workflows in 3ds Max and Corona Renderer, maintaining a balance between visual fidelity and production efficiency. Enhanced final outputs through post-production in Adobe Photoshop, focusing on color grading, atmosphere, and subtle detail refinement. Continuously improved visual quality through iterative feedback, reference analysis, and study of real-world lighting and material interactions.