3D Renders & Experiments
A body of work spanning product visualization, architectural rendering, interior design, and 3D modeling — all crafted in Blender with physically-based materials and lighting.
Alepa — Purely Organic
A holistic product design exploration for an organic dairy brand — from the minimalist glass bottle designed for sustainability, to the digital storefront built for seamless farm-to-table subscriptions. Every render was crafted in Blender using physically-based materials, achieving photorealistic results that bridge the gap between concept and shelf.
Furniture & Lifestyle Objects
A series of furniture and lifestyle product renders — wardrobes, bookshelves, vases, and home décor. Each object was modeled with attention to material fidelity, cloth simulation, and real-world proportions. From PBR wood grains to cloth folds, these renders demonstrate commercial-grade product visualization.
Studio Villa Complex
A complete architectural visualization of a studio villa complex — from aerial perspectives and landscape views to entrance angles and interior walkthroughs. The project showcases a circular villa design with modern landscaping, rendered using Cycles for natural lighting and environmental context.
Isometric Floor Plans
Detailed isometric architectural renderings of a residential villa — first and second floor plans, cross-section views, and exploded isometric breakdowns. These renders transform 2D blueprints into immersive 3D walkthroughs that communicate spatial relationships at a glance.
Interior Spaces
A collection of interior and architectural visualization renders — from modern bathrooms, bedrooms, and living rooms to open-plan kitchen layouts. Each scene explores mood, lighting, color palettes, and material interactions to create spaces that feel aspirational yet grounded.
Character & Object Studies
Personal explorations in hard-surface modeling, organic sculpting, and stylized character work. From medieval crossbows to flying machines, each model focuses on form, topology, and artistic expression through physically-based rendering.