PERSONAL PROJECTS

Personal 3D Modeling, Automotive and Product Visualization Works

On this page, you can explore my automotive surface modeling, NURBS modeling, mesh modeling, hard-surface modeling, and product visualization works created with CATIA V5, Rhinoceros, Blender, and Maya.

CATIA V5 ile modellenmiş beyaz Audi Quattro otomobil renderı

Audi Quattro

CATIA V5 | GSD, IMA, Part Design

The Audi Quattro car model was created in CATIA V5 using surface modeling and part modeling tools. In this project, the body form, surface continuity, proportions, and automotive visualization quality were carefully considered.

Rhinoceros ve KeyShot ile hazırlanmış kırmızı Audi R8 otomobil renderı

Audi R8

Rhinoceros | NURBS Modelleme

The Audi R8 car model was created in Rhinoceros using a NURBS-based surface modeling workflow. The project focused on body lines, surface transitions, proportions, and render presentation.

CATIA V5 ile modellenmiş sarı Lamborghini Gallardo otomobil renderı

Lamborghini Gallardo

CATIA V5 | GSD, IMA, Part Design

The Lamborghini Gallardo car model is an automotive surface modeling project created with CATIA V5. Vehicle body proportions, surface flow, detail modeling, and render presentation were considered throughout the design process.

CATIA V5 ile modellenmiş Mustang GT otomobilin gece sahnesinde gerçekçi render görseli

Mustang GT

CATIA V5 | GSD, IMA, Part Design

The Mustang GT car model is an automotive modeling and visualization project created in CATIA V5. The project focused on body form, character lines, surface transitions, and scene render quality.

Rhinoceros ile modellenmiş siyah motosiklet render görseli

Motorcycle

Rhinoceros | NURBS Modeling

The motorcycle model is a NURBS-based 3D modeling and product visualization project created with Rhinoceros. Mechanical details, body proportions, surface transitions, and render presentation were considered in this work.

Rhinoceros ile modellenmiş kırmızı Volkswagen Beetle klasik otomobil renderı

Volkswagen Beetle

Rhinoceros | NURBS Modeling

The Volkswagen Beetle model is a classic car modeling and rendering project created with Rhinoceros. The project focused on vehicle form, surface continuity, characteristic body lines, and visual presentation quality.

Maya ile modellenmiş uzaktan kumandalı RC araba render görseli

RC Car

Maya | Mesh Modeling

The remote-controlled car model is a mesh modeling and product visualization project created with Maya. The model was developed by considering body form, mechanical details, proportions, and render presentation.

Rhinoceros ve T-Spline ile modellenmiş beyaz kurt biblo render görseli

Wolf Figurine

Rhinoceros | T-Splines

The wolf figurine model is a decorative product modeling project created using Rhinoceros and T-Splines. The project focused on organic form, surface flow, stylized character, and render presentation.

Maya ile hazırlanmış kırmızı siyah drone robot render görseli

Drone

Maya | Mesh Modeling

The drone model is a hard-surface modeling and product concept visualization project created with Maya. The model was developed by considering body structure, mechanical details, part proportions, and render presentation.

Maya ile modellenmiş futuristik silah tasarımı render görseli

Hard-Surface Concept Model

Maya | Hard-Surface Modeling

This project is a hard-surface modeling and concept product visualization study created with Maya. The work focused on form language, detail modeling, surface sharpness, part separation, and render presentation.

Maya ile modellenmiş sevimli robot karakter render görseli

Robot

Maya | Character Modeling

The stylized robot character model is a character modeling and rendering project created with Maya. Form language, proportions, level of detail, surface transitions, and visual presentation quality were considered in this work.

Maya ile modellenmiş taşıyıcı ayaklı güneş paneli ürün renderı

Solar Panel

Maya | Product Modeling

The solar panel support system is a product modeling and rendering project created with Maya. The model was developed by considering the panel structure, support leg form, mechanical proportions, and product visualization presentation.