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Fernando L.

@wingedmind

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Product Visualization 3D artist

$30 USD / hora
・
Bandeira do(a)
Brazil (10:56 PM)
・
Entrou em agosto 9, 2017
$30 USD / hora
・
With over 10 years of experience, I specialize in photorealistic CGI and interactive solutions for product marketing. My expertise includes creating detailed 3D models, realistic shaders, and interactive experiences using Unity and Unreal Engine. Proficient in Blender, ZBrush, Substance Painter, and Adobe Creative Suite, I deliver high-quality visuals that elevate brands and captivate audiences. Fluent in English (C1), I ensure seamless collaboration with international clients to meet their marketing needs efficiently and effectively.
Verificações
Freelancer 3D Rendering Experts Brazil
Ver todos 3D Rendering Experts em Brazil

Portfólio

Portfólio

12439460
Here are some of my previous 3D character projects, featuring high-quality renders that highlight a strong focus on realism and intricate detail. These works showcase advanced modeling techniques, realistic textures, and expressive character designs, bringing each creation to life with lifelike proportions, dynamic poses, and carefully crafted expressions.
3D characters
Here are some of my previous 3D character projects, featuring high-quality renders that highlight a strong focus on realism and intricate detail. These works showcase advanced modeling techniques, realistic textures, and expressive character designs, bringing each creation to life with lifelike proportions, dynamic poses, and carefully crafted expressions.
3D characters
Here are some of my previous 3D character projects, featuring high-quality renders that highlight a strong focus on realism and intricate detail. These works showcase advanced modeling techniques, realistic textures, and expressive character designs, bringing each creation to life with lifelike proportions, dynamic poses, and carefully crafted expressions.
3D characters
Here are some of my previous 3D character projects, featuring high-quality renders that highlight a strong focus on realism and intricate detail. These works showcase advanced modeling techniques, realistic textures, and expressive character designs, bringing each creation to life with lifelike proportions, dynamic poses, and carefully crafted expressions.
3D characters
Here are some of my previous 3D character projects, featuring high-quality renders that highlight a strong focus on realism and intricate detail. These works showcase advanced modeling techniques, realistic textures, and expressive character designs, bringing each creation to life with lifelike proportions, dynamic poses, and carefully crafted expressions.
3D characters
Here are some of my previous 3D character projects, featuring high-quality renders that highlight a strong focus on realism and intricate detail. These works showcase advanced modeling techniques, realistic textures, and expressive character designs, bringing each creation to life with lifelike proportions, dynamic poses, and carefully crafted expressions.
3D characters
Here are some of my previous 3D character projects, featuring high-quality renders that highlight a strong focus on realism and intricate detail. These works showcase advanced modeling techniques, realistic textures, and expressive character designs, bringing each creation to life with lifelike proportions, dynamic poses, and carefully crafted expressions.
3D characters
12439443
Here are some of my previous Archviz projects, showcasing high-quality renders with a strong focus on realism and attention to detail. These works emphasize advanced lighting techniques, realistic textures, and meticulous design to bring architectural visualizations to life.
Archviz
Here are some of my previous Archviz projects, showcasing high-quality renders with a strong focus on realism and attention to detail. These works emphasize advanced lighting techniques, realistic textures, and meticulous design to bring architectural visualizations to life.
Archviz
Here are some of my previous Archviz projects, showcasing high-quality renders with a strong focus on realism and attention to detail. These works emphasize advanced lighting techniques, realistic textures, and meticulous design to bring architectural visualizations to life.
Archviz
Here are some of my previous Archviz projects, showcasing high-quality renders with a strong focus on realism and attention to detail. These works emphasize advanced lighting techniques, realistic textures, and meticulous design to bring architectural visualizations to life.
Archviz
Here are some of my previous Archviz projects, showcasing high-quality renders with a strong focus on realism and attention to detail. These works emphasize advanced lighting techniques, realistic textures, and meticulous design to bring architectural visualizations to life.
Archviz
Here are some of my previous Archviz projects, showcasing high-quality renders with a strong focus on realism and attention to detail. These works emphasize advanced lighting techniques, realistic textures, and meticulous design to bring architectural visualizations to life.
Archviz
Here are some of my previous Archviz projects, showcasing high-quality renders with a strong focus on realism and attention to detail. These works emphasize advanced lighting techniques, realistic textures, and meticulous design to bring architectural visualizations to life.
Archviz
12423311
Product Visualization Project: Minimalist Clock Design This project showcases a minimalist clock design rendered for product visualization purposes. The entire process, from modeling to rendering, was executed in Blender, leveraging its robust toolset for creating realistic 3D visuals. Modeling: The clock was modeled using Blender’s precision modeling tools. The design emphasizes simplicity and functionality, with a focus on clean lines and proportional balance. Materials and Texturing: The materials were carefully crafted to replicate realistic surfaces. The leather strap exhibits subtle imperfections and texture variations, enhancing the tactile appeal. The clock face features a matte finish, while the stand utilizes a polished metallic surface for contrast. Textures were procedural where possible, ensuring adaptability across different lighting scenarios. Rendering: The rendering process utilized Blender’s Cycles render engine, known for its physically accurate path tracing. The
Minimalist Clock Design
Product Visualization Project: Minimalist Clock Design This project showcases a minimalist clock design rendered for product visualization purposes. The entire process, from modeling to rendering, was executed in Blender, leveraging its robust toolset for creating realistic 3D visuals. Modeling: The clock was modeled using Blender’s precision modeling tools. The design emphasizes simplicity and functionality, with a focus on clean lines and proportional balance. Materials and Texturing: The materials were carefully crafted to replicate realistic surfaces. The leather strap exhibits subtle imperfections and texture variations, enhancing the tactile appeal. The clock face features a matte finish, while the stand utilizes a polished metallic surface for contrast. Textures were procedural where possible, ensuring adaptability across different lighting scenarios. Rendering: The rendering process utilized Blender’s Cycles render engine, known for its physically accurate path tracing. The
Minimalist Clock Design
Product Visualization Project: Minimalist Clock Design This project showcases a minimalist clock design rendered for product visualization purposes. The entire process, from modeling to rendering, was executed in Blender, leveraging its robust toolset for creating realistic 3D visuals. Modeling: The clock was modeled using Blender’s precision modeling tools. The design emphasizes simplicity and functionality, with a focus on clean lines and proportional balance. Materials and Texturing: The materials were carefully crafted to replicate realistic surfaces. The leather strap exhibits subtle imperfections and texture variations, enhancing the tactile appeal. The clock face features a matte finish, while the stand utilizes a polished metallic surface for contrast. Textures were procedural where possible, ensuring adaptability across different lighting scenarios. Rendering: The rendering process utilized Blender’s Cycles render engine, known for its physically accurate path tracing. The
Minimalist Clock Design
12423291
High-Quality Jewelry Visualization This project focuses on the photorealistic visualization of high-end jewelry, specifically gold bracelets with intricate gemstone inlays. The entire production pipeline was executed in Blender, leveraging its robust modeling tools for precision in geometry creation and material detailing. The materials were developed using physically-based rendering (PBR) principles to accurately simulate the optical properties of gold and gemstones, ensuring lifelike reflections, refractions, and light dispersion. The Cycles Render Engine was utilized for rendering, with optimized lighting setups and high sampling rates to achieve exceptional clarity and realism while minimizing noise. Advanced shading techniques, including anisotropic reflections and subsurface scattering, were employed to enhance the visual fidelity of the gold surfaces and gemstones. The final renders showcase an emphasis on detail, realism, and aesthetic composition, making this workflow ideal
Jewelry Visualization
High-Quality Jewelry Visualization This project focuses on the photorealistic visualization of high-end jewelry, specifically gold bracelets with intricate gemstone inlays. The entire production pipeline was executed in Blender, leveraging its robust modeling tools for precision in geometry creation and material detailing. The materials were developed using physically-based rendering (PBR) principles to accurately simulate the optical properties of gold and gemstones, ensuring lifelike reflections, refractions, and light dispersion. The Cycles Render Engine was utilized for rendering, with optimized lighting setups and high sampling rates to achieve exceptional clarity and realism while minimizing noise. Advanced shading techniques, including anisotropic reflections and subsurface scattering, were employed to enhance the visual fidelity of the gold surfaces and gemstones. The final renders showcase an emphasis on detail, realism, and aesthetic composition, making this workflow ideal
Jewelry Visualization
High-Quality Jewelry Visualization This project focuses on the photorealistic visualization of high-end jewelry, specifically gold bracelets with intricate gemstone inlays. The entire production pipeline was executed in Blender, leveraging its robust modeling tools for precision in geometry creation and material detailing. The materials were developed using physically-based rendering (PBR) principles to accurately simulate the optical properties of gold and gemstones, ensuring lifelike reflections, refractions, and light dispersion. The Cycles Render Engine was utilized for rendering, with optimized lighting setups and high sampling rates to achieve exceptional clarity and realism while minimizing noise. Advanced shading techniques, including anisotropic reflections and subsurface scattering, were employed to enhance the visual fidelity of the gold surfaces and gemstones. The final renders showcase an emphasis on detail, realism, and aesthetic composition, making this workflow ideal
Jewelry Visualization
High-Quality Jewelry Visualization This project focuses on the photorealistic visualization of high-end jewelry, specifically gold bracelets with intricate gemstone inlays. The entire production pipeline was executed in Blender, leveraging its robust modeling tools for precision in geometry creation and material detailing. The materials were developed using physically-based rendering (PBR) principles to accurately simulate the optical properties of gold and gemstones, ensuring lifelike reflections, refractions, and light dispersion. The Cycles Render Engine was utilized for rendering, with optimized lighting setups and high sampling rates to achieve exceptional clarity and realism while minimizing noise. Advanced shading techniques, including anisotropic reflections and subsurface scattering, were employed to enhance the visual fidelity of the gold surfaces and gemstones. The final renders showcase an emphasis on detail, realism, and aesthetic composition, making this workflow ideal
Jewelry Visualization
12423271
This project was developed as a practice in product visualization, focusing on creating an elegant and appealing setting for a fictional perfume called "Lima." The goal was to explore techniques in modeling, material creation, and lighting in Blender, as well as to design a clean and sophisticated label using Canva. Creative Process Details: 3D Modeling: The entire perfume bottle and additional elements, such as the diamonds, were modeled in Blender. Materials and Textures: The materials for the bottle and diamonds were developed directly in Blender, aiming to highlight transparency, brilliance, and sophistication in each element. Rendering: The project was rendered using Cycles Render, configured to enhance the texture details and the interplay of light and reflections in the environment. Label Design: The minimalist label was created in Canva, complementing the visual concept of the product. Scene and Visual Style: Vibrant green tones and reflective details were chosen to
Product Visualization - Fragance
This project was developed as a practice in product visualization, focusing on creating an elegant and appealing setting for a fictional perfume called "Lima." The goal was to explore techniques in modeling, material creation, and lighting in Blender, as well as to design a clean and sophisticated label using Canva. Creative Process Details: 3D Modeling: The entire perfume bottle and additional elements, such as the diamonds, were modeled in Blender. Materials and Textures: The materials for the bottle and diamonds were developed directly in Blender, aiming to highlight transparency, brilliance, and sophistication in each element. Rendering: The project was rendered using Cycles Render, configured to enhance the texture details and the interplay of light and reflections in the environment. Label Design: The minimalist label was created in Canva, complementing the visual concept of the product. Scene and Visual Style: Vibrant green tones and reflective details were chosen to
Product Visualization - Fragance
This project was developed as a practice in product visualization, focusing on creating an elegant and appealing setting for a fictional perfume called "Lima." The goal was to explore techniques in modeling, material creation, and lighting in Blender, as well as to design a clean and sophisticated label using Canva. Creative Process Details: 3D Modeling: The entire perfume bottle and additional elements, such as the diamonds, were modeled in Blender. Materials and Textures: The materials for the bottle and diamonds were developed directly in Blender, aiming to highlight transparency, brilliance, and sophistication in each element. Rendering: The project was rendered using Cycles Render, configured to enhance the texture details and the interplay of light and reflections in the environment. Label Design: The minimalist label was created in Canva, complementing the visual concept of the product. Scene and Visual Style: Vibrant green tones and reflective details were chosen to
Product Visualization - Fragance
12439460
Here are some of my previous 3D character projects, featuring high-quality renders that highlight a strong focus on realism and intricate detail. These works showcase advanced modeling techniques, realistic textures, and expressive character designs, bringing each creation to life with lifelike proportions, dynamic poses, and carefully crafted expressions.
3D characters
Here are some of my previous 3D character projects, featuring high-quality renders that highlight a strong focus on realism and intricate detail. These works showcase advanced modeling techniques, realistic textures, and expressive character designs, bringing each creation to life with lifelike proportions, dynamic poses, and carefully crafted expressions.
3D characters
Here are some of my previous 3D character projects, featuring high-quality renders that highlight a strong focus on realism and intricate detail. These works showcase advanced modeling techniques, realistic textures, and expressive character designs, bringing each creation to life with lifelike proportions, dynamic poses, and carefully crafted expressions.
3D characters
Here are some of my previous 3D character projects, featuring high-quality renders that highlight a strong focus on realism and intricate detail. These works showcase advanced modeling techniques, realistic textures, and expressive character designs, bringing each creation to life with lifelike proportions, dynamic poses, and carefully crafted expressions.
3D characters
Here are some of my previous 3D character projects, featuring high-quality renders that highlight a strong focus on realism and intricate detail. These works showcase advanced modeling techniques, realistic textures, and expressive character designs, bringing each creation to life with lifelike proportions, dynamic poses, and carefully crafted expressions.
3D characters
Here are some of my previous 3D character projects, featuring high-quality renders that highlight a strong focus on realism and intricate detail. These works showcase advanced modeling techniques, realistic textures, and expressive character designs, bringing each creation to life with lifelike proportions, dynamic poses, and carefully crafted expressions.
3D characters
Here are some of my previous 3D character projects, featuring high-quality renders that highlight a strong focus on realism and intricate detail. These works showcase advanced modeling techniques, realistic textures, and expressive character designs, bringing each creation to life with lifelike proportions, dynamic poses, and carefully crafted expressions.
3D characters
12439443
Here are some of my previous Archviz projects, showcasing high-quality renders with a strong focus on realism and attention to detail. These works emphasize advanced lighting techniques, realistic textures, and meticulous design to bring architectural visualizations to life.
Archviz
Here are some of my previous Archviz projects, showcasing high-quality renders with a strong focus on realism and attention to detail. These works emphasize advanced lighting techniques, realistic textures, and meticulous design to bring architectural visualizations to life.
Archviz
Here are some of my previous Archviz projects, showcasing high-quality renders with a strong focus on realism and attention to detail. These works emphasize advanced lighting techniques, realistic textures, and meticulous design to bring architectural visualizations to life.
Archviz
Here are some of my previous Archviz projects, showcasing high-quality renders with a strong focus on realism and attention to detail. These works emphasize advanced lighting techniques, realistic textures, and meticulous design to bring architectural visualizations to life.
Archviz
Here are some of my previous Archviz projects, showcasing high-quality renders with a strong focus on realism and attention to detail. These works emphasize advanced lighting techniques, realistic textures, and meticulous design to bring architectural visualizations to life.
Archviz
Here are some of my previous Archviz projects, showcasing high-quality renders with a strong focus on realism and attention to detail. These works emphasize advanced lighting techniques, realistic textures, and meticulous design to bring architectural visualizations to life.
Archviz
Here are some of my previous Archviz projects, showcasing high-quality renders with a strong focus on realism and attention to detail. These works emphasize advanced lighting techniques, realistic textures, and meticulous design to bring architectural visualizations to life.
Archviz
12423311
Product Visualization Project: Minimalist Clock Design This project showcases a minimalist clock design rendered for product visualization purposes. The entire process, from modeling to rendering, was executed in Blender, leveraging its robust toolset for creating realistic 3D visuals. Modeling: The clock was modeled using Blender’s precision modeling tools. The design emphasizes simplicity and functionality, with a focus on clean lines and proportional balance. Materials and Texturing: The materials were carefully crafted to replicate realistic surfaces. The leather strap exhibits subtle imperfections and texture variations, enhancing the tactile appeal. The clock face features a matte finish, while the stand utilizes a polished metallic surface for contrast. Textures were procedural where possible, ensuring adaptability across different lighting scenarios. Rendering: The rendering process utilized Blender’s Cycles render engine, known for its physically accurate path tracing. The
Minimalist Clock Design
Product Visualization Project: Minimalist Clock Design This project showcases a minimalist clock design rendered for product visualization purposes. The entire process, from modeling to rendering, was executed in Blender, leveraging its robust toolset for creating realistic 3D visuals. Modeling: The clock was modeled using Blender’s precision modeling tools. The design emphasizes simplicity and functionality, with a focus on clean lines and proportional balance. Materials and Texturing: The materials were carefully crafted to replicate realistic surfaces. The leather strap exhibits subtle imperfections and texture variations, enhancing the tactile appeal. The clock face features a matte finish, while the stand utilizes a polished metallic surface for contrast. Textures were procedural where possible, ensuring adaptability across different lighting scenarios. Rendering: The rendering process utilized Blender’s Cycles render engine, known for its physically accurate path tracing. The
Minimalist Clock Design
Product Visualization Project: Minimalist Clock Design This project showcases a minimalist clock design rendered for product visualization purposes. The entire process, from modeling to rendering, was executed in Blender, leveraging its robust toolset for creating realistic 3D visuals. Modeling: The clock was modeled using Blender’s precision modeling tools. The design emphasizes simplicity and functionality, with a focus on clean lines and proportional balance. Materials and Texturing: The materials were carefully crafted to replicate realistic surfaces. The leather strap exhibits subtle imperfections and texture variations, enhancing the tactile appeal. The clock face features a matte finish, while the stand utilizes a polished metallic surface for contrast. Textures were procedural where possible, ensuring adaptability across different lighting scenarios. Rendering: The rendering process utilized Blender’s Cycles render engine, known for its physically accurate path tracing. The
Minimalist Clock Design
12423291
High-Quality Jewelry Visualization This project focuses on the photorealistic visualization of high-end jewelry, specifically gold bracelets with intricate gemstone inlays. The entire production pipeline was executed in Blender, leveraging its robust modeling tools for precision in geometry creation and material detailing. The materials were developed using physically-based rendering (PBR) principles to accurately simulate the optical properties of gold and gemstones, ensuring lifelike reflections, refractions, and light dispersion. The Cycles Render Engine was utilized for rendering, with optimized lighting setups and high sampling rates to achieve exceptional clarity and realism while minimizing noise. Advanced shading techniques, including anisotropic reflections and subsurface scattering, were employed to enhance the visual fidelity of the gold surfaces and gemstones. The final renders showcase an emphasis on detail, realism, and aesthetic composition, making this workflow ideal
Jewelry Visualization
High-Quality Jewelry Visualization This project focuses on the photorealistic visualization of high-end jewelry, specifically gold bracelets with intricate gemstone inlays. The entire production pipeline was executed in Blender, leveraging its robust modeling tools for precision in geometry creation and material detailing. The materials were developed using physically-based rendering (PBR) principles to accurately simulate the optical properties of gold and gemstones, ensuring lifelike reflections, refractions, and light dispersion. The Cycles Render Engine was utilized for rendering, with optimized lighting setups and high sampling rates to achieve exceptional clarity and realism while minimizing noise. Advanced shading techniques, including anisotropic reflections and subsurface scattering, were employed to enhance the visual fidelity of the gold surfaces and gemstones. The final renders showcase an emphasis on detail, realism, and aesthetic composition, making this workflow ideal
Jewelry Visualization
High-Quality Jewelry Visualization This project focuses on the photorealistic visualization of high-end jewelry, specifically gold bracelets with intricate gemstone inlays. The entire production pipeline was executed in Blender, leveraging its robust modeling tools for precision in geometry creation and material detailing. The materials were developed using physically-based rendering (PBR) principles to accurately simulate the optical properties of gold and gemstones, ensuring lifelike reflections, refractions, and light dispersion. The Cycles Render Engine was utilized for rendering, with optimized lighting setups and high sampling rates to achieve exceptional clarity and realism while minimizing noise. Advanced shading techniques, including anisotropic reflections and subsurface scattering, were employed to enhance the visual fidelity of the gold surfaces and gemstones. The final renders showcase an emphasis on detail, realism, and aesthetic composition, making this workflow ideal
Jewelry Visualization
High-Quality Jewelry Visualization This project focuses on the photorealistic visualization of high-end jewelry, specifically gold bracelets with intricate gemstone inlays. The entire production pipeline was executed in Blender, leveraging its robust modeling tools for precision in geometry creation and material detailing. The materials were developed using physically-based rendering (PBR) principles to accurately simulate the optical properties of gold and gemstones, ensuring lifelike reflections, refractions, and light dispersion. The Cycles Render Engine was utilized for rendering, with optimized lighting setups and high sampling rates to achieve exceptional clarity and realism while minimizing noise. Advanced shading techniques, including anisotropic reflections and subsurface scattering, were employed to enhance the visual fidelity of the gold surfaces and gemstones. The final renders showcase an emphasis on detail, realism, and aesthetic composition, making this workflow ideal
Jewelry Visualization
12423271
This project was developed as a practice in product visualization, focusing on creating an elegant and appealing setting for a fictional perfume called "Lima." The goal was to explore techniques in modeling, material creation, and lighting in Blender, as well as to design a clean and sophisticated label using Canva. Creative Process Details: 3D Modeling: The entire perfume bottle and additional elements, such as the diamonds, were modeled in Blender. Materials and Textures: The materials for the bottle and diamonds were developed directly in Blender, aiming to highlight transparency, brilliance, and sophistication in each element. Rendering: The project was rendered using Cycles Render, configured to enhance the texture details and the interplay of light and reflections in the environment. Label Design: The minimalist label was created in Canva, complementing the visual concept of the product. Scene and Visual Style: Vibrant green tones and reflective details were chosen to
Product Visualization - Fragance
This project was developed as a practice in product visualization, focusing on creating an elegant and appealing setting for a fictional perfume called "Lima." The goal was to explore techniques in modeling, material creation, and lighting in Blender, as well as to design a clean and sophisticated label using Canva. Creative Process Details: 3D Modeling: The entire perfume bottle and additional elements, such as the diamonds, were modeled in Blender. Materials and Textures: The materials for the bottle and diamonds were developed directly in Blender, aiming to highlight transparency, brilliance, and sophistication in each element. Rendering: The project was rendered using Cycles Render, configured to enhance the texture details and the interplay of light and reflections in the environment. Label Design: The minimalist label was created in Canva, complementing the visual concept of the product. Scene and Visual Style: Vibrant green tones and reflective details were chosen to
Product Visualization - Fragance
This project was developed as a practice in product visualization, focusing on creating an elegant and appealing setting for a fictional perfume called "Lima." The goal was to explore techniques in modeling, material creation, and lighting in Blender, as well as to design a clean and sophisticated label using Canva. Creative Process Details: 3D Modeling: The entire perfume bottle and additional elements, such as the diamonds, were modeled in Blender. Materials and Textures: The materials for the bottle and diamonds were developed directly in Blender, aiming to highlight transparency, brilliance, and sophistication in each element. Rendering: The project was rendered using Cycles Render, configured to enhance the texture details and the interplay of light and reflections in the environment. Label Design: The minimalist label was created in Canva, complementing the visual concept of the product. Scene and Visual Style: Vibrant green tones and reflective details were chosen to
Product Visualization - Fragance
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