A hard-surface model of a smartphone created with clean topology and efficient UV mapping. The advertising-style lighting emphasizes the product's sleek design, making it suitable for marketing materials and presentations.

This lighting experiment focuses on creating a warm, inviting atmosphere reminiscent of a traditional fruits market. Using Blender's advanced lighting tools, the scene features soft, diffused light with subtle shadows and highlights to enhance the organic textures of the fruits and create a cozy, market-like ambiance.

A comprehensive 3D model of a boat, developed during university coursework at Goldsmiths. The project emphasized accurate hull design, rigging details, and marine-specific modeling techniques using Autodesk Maya.

Boat textured

Boat wireframe

This project involved modeling a fantasy-style axe with high attention to detail on the blade, handle, and decorative elements. Created in Maya as part of Goldsmiths coursework, demonstrating advanced polygonal modeling skills.

Axe textured

Axe wireframe

A detailed furniture model created for university submission at Goldsmiths. The project focused on creating production-ready assets with proper scale, materials, and construction details using Maya.

Furniture textured

Furniture wireframe

This animation project combines 2D and 3D elements to create a stylized grass field that responds to wind. Developed in Blender for a university submission, showcasing particle systems and procedural animation techniques.

This study demonstrates interior lighting that supports realistic materials and a natural atmosphere. The scene uses layered light rigs, soft shadows and warm ambient balances to create a believable domestic setup.

This pipeline lighting study focuses on lighting rigs and pass separation for compositing and asset handoff. It highlights organised light placement, consistent exposure and efficient render preparation.

This particle simulation creates a mesmerizing effect of particles emanating from a central point, drawing inspiration from the Upside Down dimension in Stranger Things. Using Blender's particle system, the animation demonstrates control over emission, velocity, and visual aesthetics for atmospheric effects.

Upside Down v1

Upside Down v2

A visual representation of a black hole's gravitational pull, featuring accretion disk effects and spacetime distortion. Created in Blender, this project explores advanced compositing techniques and particle simulations to achieve cinematic astrophysical visuals.

This simulation mimics fluid dynamics using particle systems in Blender. The particles rise from the ground with realistic physics, demonstrating skills in procedural animation and effect creation for dynamic visual storytelling.

A scientific visualization of DNA structure with animated particles following helical paths. Using Blender's curve guides and particle systems, this project combines biological accuracy with artistic particle effects.

This microscopic simulation explores cellular-level effects inspired by Venom's symbiote nature. Created in Blender, it demonstrates advanced particle systems and material shaders for creating organic, otherworldly visual effects.