Hi there. My name is Akinbolji Atere. I am a 3D CAD (Computer Aided Design) artist, product designer, and Animator. If you are looking for Professional 3D modeling Services, this is the right place! I have worked in the 3D design field for the past 4 years, and worked on several projects that involved 3D STL model for printing, 3D STEP file model for injection molding, photo-realistic rendered images for product visualizations, and Amazon listings, 3D product animation, amongst several others. I can handle the full 3D design pipeline.…Hi there. My name is Akinbolji Atere. I am a 3D CAD (Computer Aided Design) artist, product designer, and Animator. If you are looking for Professional 3D modeling Services, this is the right place! I have worked in the 3D design field for the past 4 years, and worked on several projects that involved 3D STL model for printing, 3D STEP file model for injection molding, photo-realistic rendered images for product visualizations, and Amazon listings, 3D product animation, amongst several others. I can handle the full 3D design pipeline.WWW…
Hi there. My name is Akinbolji Atere. I am a 3D CAD (Computer Aided Design) artist, product designer, and Animator. If you are looking for Professional 3D modeling Services, this is the right place! I have worked in the 3D design field for the past 4 years, and worked on several projects that involved 3D STL model for printing, 3D STEP file model for injection molding, photo-realistic rendered images for product visualizations, and Amazon listings, 3D product animation, amongst several others. I can handle the full 3D design pipeline.…Hi there. My name is Akinbolji Atere. I am a 3D CAD (Computer Aided Design) artist, product designer, and Animator. If you are looking for Professional 3D modeling Services, this is the right place! I have worked in the 3D design field for the past 4 years, and worked on several projects that involved 3D STL model for printing, 3D STEP file model for injection molding, photo-realistic rendered images for product visualizations, and Amazon listings, 3D product animation, amongst several others. I can handle the full 3D design pipeline.WWWW…
Available to hire
Hi there. My name is Akinbolji Atere. I am a 3D CAD (Computer Aided Design) artist, product designer, and Animator. If you are looking for Professional 3D modeling Services, this is the right place! I have worked in the 3D design field for the past 4 years, and worked on several projects that involved 3D STL model for printing, 3D STEP file model for injection molding, photo-realistic rendered images for product visualizations, and Amazon listings, 3D product animation, amongst several others. I can handle the full 3D design pipeline.
Experience Level
Expert
Expert
Expert
Expert
Expert
Expert
Expert
Expert
Language
English
Fluent
Work Experience
Education
Electrical Electronics Engineering at OSsun State University
September 23, 2010 - July 23, 2015Qualifications
Industry Experience
Media & Entertainment, Gaming
3D Visualization Project: Nurse Delivery Kit
3D Visualization Project: Nurse Delivery Kit
Objective:
This project aims to create a 3D visualization of an innovative nurse delivery kit designed to assist with optimal maternal posture and baby positioning during childbirth. The visualization will emphasize the ergonomic design and functionality of the kit, showcasing how it supports both the mother and the medical team for a smoother and safer delivery process.
Description:
The 3D model illustrates a comprehensive delivery kit equipped with tools and devices that ensure proper posture for the mother and ideal positioning for the baby. Key components include adjustable cushions, support straps, and positioning aids that adapt to different stages of labor. The kit is designed with comfort, safety, and ease of use in mind, providing crucial support to medical professionals during delivery. The visualization highlights the ergonomic design, durable materials, and the intuitive layout of the kit, demonstrating its practicality in a clinical setting.
Tools and Techniques:
Software: The model is created using advanced 3D design software such as Blender or Autodesk Maya to accurately represent the kit's components and functionality.
Texturing: Realistic textures are applied to depict materials like medical-grade fabric, foam, and metal, with a focus on durability and hygiene.
Interactive Views: The project includes interactive views or animations that allow users to explore the kit's components, showing how they adjust and function during use.
Lighting and Rendering: Proper lighting is used to enhance the details of the kit, emphasizing its ergonomic design and the quality of its materials.
Applications:
This 3D visualization can be used in medical equipment design presentations, training programs for healthcare professionals, or marketing materials to highlight the kit’s innovative features. It also serves as a valuable tool for demonstrating the kit’s effectiveness in improving the childbirth experience for both mothers and medical staff.
Hashtags:
3DVisualization MedicalDesign NurseDeliveryKit ChildbirthSupport MaternalHealth ProductDesign Ergonomics 3DModeling HealthcareInnovation Blender3D AutodeskMaya MedicalTechnology DigitalDesign PregnancyCare SafeDelivery DesignForHealth…3D Visualization Project: Nurse Delivery Kit
Objective:
This project aims to create a 3D visualization of an innovative nurse delivery kit designed to assist with optimal maternal posture and baby positioning during childbirth. The visualization will emphasize the ergonomic design and functionality of the kit, showcasing how it supports both the mother and the medical team for a smoother and safer delivery process.
Description:
The 3D model illustrates a comprehensive delivery kit equipped with tools and devices that ensure proper posture for the mother and ideal positioning for the baby. Key components include adjustable cushions, support straps, and positioning aids that adapt to different stages of labor. The kit is designed with comfort, safety, and ease of use in mind, providing crucial support to medical professionals during delivery. The visualization highlights the ergonomic design, durable materials, and the intuitive layout of the kit, demonstrating its practicality in a clinical setting.
Tools and Techniques:
Software: The model is created using advanced 3D design software such as Blender or Autodesk Maya to accurately represent the kit's components and functionality.
Texturing: Realistic textures are applied to depict materials like medical-grade fabric, foam, and metal, with a focus on durability and hygiene.
Interactive Views: The project includes interactive views or animations that allow users to explore the kit's components, showing how they adjust and function during use.
Lighting and Rendering: Proper lighting is used to enhance the details of the kit, emphasizing its ergonomic design and the quality of its materials.
Applications:
This 3D visualization can be used in medical equipment design presentations, training programs for healthcare professionals, or marketing materials to highlight the kit’s innovative features. It also serves as a valuable tool for demonstrating the kit’s effectiveness in improving the childbirth experience for both mothers and medical staff.
Hashtags:
3DVisualization MedicalDesign NurseDeliveryKit ChildbirthSupport MaternalHealth ProductDesign Ergonomics 3DModeling HealthcareInnovation Blender3D AutodeskMaya MedicalTechnology DigitalDesign PregnancyCare SafeDelivery DesignForHealthWW…
Barbeque stand
3D Visualization Project: Barbecue Stand
Objective:
This project focuses on creating a 3D visualization of a barbecue stand, designed to showcase its features, functionality, and aesthetic appeal. The visualization aims to highlight the stand's design, materials, and versatility, making it an ideal companion for outdoor cooking enthusiasts.
Description:
The 3D model represents a robust and stylish barbecue stand, complete with a grill, storage compartments, and various accessories. The stand is designed to be both functional and visually appealing, with features such as adjustable grilling heights, side tables for prep work, and hooks for utensils. The visualization includes detailed views of the stand’s components, such as the grill grates, fuel compartments, and storage spaces, offering a comprehensive understanding of its design and use.
Tools and Techniques:
Software: The barbecue stand is modeled using 3D design software like Blender, Autodesk Maya, or SolidWorks to ensure accurate representation of dimensions and materials.
Texturing and Materials: Realistic textures are applied to represent materials like stainless steel, cast iron, and wood, with attention to details such as surface finishes and weather resistance.
Lighting and Rendering: Effective lighting is used to highlight the stand’s design and features, ensuring that the materials and textures are showcased in a realistic and appealing way.
Applications:
This 3D visualization can be used for product design presentations, marketing materials, or in online catalogs to demonstrate the barbecue stand's features and quality. It is also a valuable tool for designers and manufacturers to refine the product and present it to stakeholders or potential customers.
3DVisualization BarbecueStand GrillDesign ProductDesign OutdoorCooking 3D…3D Visualization Project: Barbecue Stand
Objective:
This project focuses on creating a 3D visualization of a barbecue stand, designed to showcase its features, functionality, and aesthetic appeal. The visualization aims to highlight the stand's design, materials, and versatility, making it an ideal companion for outdoor cooking enthusiasts.
Description:
The 3D model represents a robust and stylish barbecue stand, complete with a grill, storage compartments, and various accessories. The stand is designed to be both functional and visually appealing, with features such as adjustable grilling heights, side tables for prep work, and hooks for utensils. The visualization includes detailed views of the stand’s components, such as the grill grates, fuel compartments, and storage spaces, offering a comprehensive understanding of its design and use.
Tools and Techniques:
Software: The barbecue stand is modeled using 3D design software like Blender, Autodesk Maya, or SolidWorks to ensure accurate representation of dimensions and materials.
Texturing and Materials: Realistic textures are applied to represent materials like stainless steel, cast iron, and wood, with attention to details such as surface finishes and weather resistance.
Lighting and Rendering: Effective lighting is used to highlight the stand’s design and features, ensuring that the materials and textures are showcased in a realistic and appealing way.
Applications:
This 3D visualization can be used for product design presentations, marketing materials, or in online catalogs to demonstrate the barbecue stand's features and quality. It is also a valuable tool for designers and manufacturers to refine the product and present it to stakeholders or potential customers.
3DVisualization BarbecueStand GrillDesign ProductDesign OutdoorCooking 3DWW…
3D Visualization Project: Fashionable Sports Bag
3D Visualization Project: Fashionable Sports Bag
Objective:
This project aims to create a 3D visualization of a stylish and functional sports bag designed to securely hold a water bottle and other essential items. The visualization will emphasize the bag’s fashionable design, practicality, and thoughtful features.
Description:
The 3D model showcases a modern sports bag that combines fashion and functionality. The bag is designed with dedicated compartments, including a secure holder for a water bottle, pockets for personal items like a smartphone, keys, and a wallet, and enough space for gym gear or sports equipment. The visualization highlights the bag’s sleek design, durable materials, and ergonomic features, making it a perfect accessory for both sports enthusiasts and fashion-conscious individuals.
Tools and Techniques:
Software: The model is created using 3D design software such as Blender or Autodesk Maya, ensuring accurate representation of dimensions and textures.
Texturing: Realistic textures are applied to depict materials like nylon, leather, or canvas, with attention to details like zippers, straps, and stitching.
Lighting and Rendering: Proper lighting is used to enhance the bag’s appearance, showcasing its stylish design and material quality.
Applications:
This 3D visualization can be used in product design presentations, marketing campaigns, or online stores to highlight the features and aesthetics of the sports bag. It serves as a valuable tool for designers and manufacturers to present the product to stakeholders or customers, emphasizing both its fashion appeal and practical functionality.
3DVisualization SportsBag FashionDesign ProductDesign 3DModeling Blender3D AutodeskMaya AccessoryDesign FunctionalFashion GymBag Activewear TechAccessories 3DRendering BagDesign FashionInnovation OutdoorGear DigitalDesign DesignInspiration StyleAndFunction…3D Visualization Project: Fashionable Sports Bag
Objective:
This project aims to create a 3D visualization of a stylish and functional sports bag designed to securely hold a water bottle and other essential items. The visualization will emphasize the bag’s fashionable design, practicality, and thoughtful features.
Description:
The 3D model showcases a modern sports bag that combines fashion and functionality. The bag is designed with dedicated compartments, including a secure holder for a water bottle, pockets for personal items like a smartphone, keys, and a wallet, and enough space for gym gear or sports equipment. The visualization highlights the bag’s sleek design, durable materials, and ergonomic features, making it a perfect accessory for both sports enthusiasts and fashion-conscious individuals.
Tools and Techniques:
Software: The model is created using 3D design software such as Blender or Autodesk Maya, ensuring accurate representation of dimensions and textures.
Texturing: Realistic textures are applied to depict materials like nylon, leather, or canvas, with attention to details like zippers, straps, and stitching.
Lighting and Rendering: Proper lighting is used to enhance the bag’s appearance, showcasing its stylish design and material quality.
Applications:
This 3D visualization can be used in product design presentations, marketing campaigns, or online stores to highlight the features and aesthetics of the sports bag. It serves as a valuable tool for designers and manufacturers to present the product to stakeholders or customers, emphasizing both its fashion appeal and practical functionality.
3DVisualization SportsBag FashionDesign ProductDesign 3DModeling Blender3D AutodeskMaya AccessoryDesign FunctionalFashion GymBag Activewear TechAccessories 3DRendering BagDesign FashionInnovation OutdoorGear DigitalDesign DesignInspiration StyleAndFunctionWW…
Mag charger for Iphone and smart watch with watch sterilizer
3D Visualization Project: Mag Charger for iPhone and Smart Watch with Wristwatch Sterilizer
Objective:
This project aims to create a detailed 3D visualization of a multifunctional Mag charger designed for iPhones and smartwatches, integrated with a wristwatch sterilizer. The visualization will highlight the design, functionality, and innovation behind this all-in-one charging and sterilizing solution.
Description:
The 3D model represents a sleek, modern Mag charger capable of wirelessly charging both an iPhone and a smartwatch simultaneously. The charger is equipped with a built-in sterilizer for wristwatches, showcasing a UV-C light mechanism to ensure cleanliness and hygiene. The visualization includes detailed views of the charger’s components, such as the magnetic alignment, charging coils, and the sterilization chamber, offering an in-depth look at how the device operates.
Tools and Techniques:
Software: Advanced 3D modeling software Blender was used.
Texturing and Materials: Realistic textures are applied to depict materials like aluminum, glass, and plastic, along with lighting effects that emphasize the device’s premium design.
Applications:
This 3D visualization is ideal for product development presentations, marketing materials, or crowdfunding campaigns, offering a compelling way to demonstrate the product’s unique features and design. It can also serve as a valuable tool for designers and engineers to refine and iterate on the product.
3DVisualization MagCharger ProductDesign WirelessCharging SmartwatchCharger WristwatchSterilizer 3DModeling Blender3D AutodeskMaya SolidWorks TechInnovation IndustrialDesign GadgetDesign 3DRendering UVSterilizer DigitalDesign DesignInspiration TechAccessories SmartGadgets…3D Visualization Project: Mag Charger for iPhone and Smart Watch with Wristwatch Sterilizer
Objective:
This project aims to create a detailed 3D visualization of a multifunctional Mag charger designed for iPhones and smartwatches, integrated with a wristwatch sterilizer. The visualization will highlight the design, functionality, and innovation behind this all-in-one charging and sterilizing solution.
Description:
The 3D model represents a sleek, modern Mag charger capable of wirelessly charging both an iPhone and a smartwatch simultaneously. The charger is equipped with a built-in sterilizer for wristwatches, showcasing a UV-C light mechanism to ensure cleanliness and hygiene. The visualization includes detailed views of the charger’s components, such as the magnetic alignment, charging coils, and the sterilization chamber, offering an in-depth look at how the device operates.
Tools and Techniques:
Software: Advanced 3D modeling software Blender was used.
Texturing and Materials: Realistic textures are applied to depict materials like aluminum, glass, and plastic, along with lighting effects that emphasize the device’s premium design.
Applications:
This 3D visualization is ideal for product development presentations, marketing materials, or crowdfunding campaigns, offering a compelling way to demonstrate the product’s unique features and design. It can also serve as a valuable tool for designers and engineers to refine and iterate on the product.
3DVisualization MagCharger ProductDesign WirelessCharging SmartwatchCharger WristwatchSterilizer 3DModeling Blender3D AutodeskMaya SolidWorks TechInnovation IndustrialDesign GadgetDesign 3DRendering UVSterilizer DigitalDesign DesignInspiration TechAccessories SmartGadgetsWW…
modelling of a pillow in exploded
3D Visualization Project: Pillow with Exploded Views
Objective:
The purpose of this project is to create a detailed 3D visualization of a pillow, including exploded views that showcase the internal structure and individual components. The visualization aims to provide a comprehensive understanding of the pillow's design, materials, and construction.
Description:
The 3D model of the pillow is meticulously crafted to reflect realistic textures, dimensions, and material properties. The exploded views are a key feature, separating the pillow into its constituent layers and components, such as the outer fabric, inner stuffing, and any additional elements like zippers or seams. This allows viewers to see how the pillow is assembled and understand the role of each part in providing comfort and support.
Tools and Techniques:
Software: The project utilizes industry-standard 3D modeling software such as Blender
Texturing: Realistic textures are applied to represent different materials like cotton, foam, or memory gel.
Lighting: Appropriate lighting is used to highlight the details in both the intact and exploded views.
Applications:
This 3D visualization can be used in product design presentations, educational materials, or marketing campaigns to demonstrate the quality and construction of the pillow. It can also serve as a tool for designers and engineers to refine the product's design. 3DVisualization ExplodedView 3DModeling PillowDesign ProductDesign 3DAnimation Blender3D 3DRendering DesignProcess Texturing CADDesign Visualization DesignInspiration 3DArt DigitalDesign…3D Visualization Project: Pillow with Exploded Views
Objective:
The purpose of this project is to create a detailed 3D visualization of a pillow, including exploded views that showcase the internal structure and individual components. The visualization aims to provide a comprehensive understanding of the pillow's design, materials, and construction.
Description:
The 3D model of the pillow is meticulously crafted to reflect realistic textures, dimensions, and material properties. The exploded views are a key feature, separating the pillow into its constituent layers and components, such as the outer fabric, inner stuffing, and any additional elements like zippers or seams. This allows viewers to see how the pillow is assembled and understand the role of each part in providing comfort and support.
Tools and Techniques:
Software: The project utilizes industry-standard 3D modeling software such as Blender
Texturing: Realistic textures are applied to represent different materials like cotton, foam, or memory gel.
Lighting: Appropriate lighting is used to highlight the details in both the intact and exploded views.
Applications:
This 3D visualization can be used in product design presentations, educational materials, or marketing campaigns to demonstrate the quality and construction of the pillow. It can also serve as a tool for designers and engineers to refine the product's design. 3DVisualization ExplodedView 3DModeling PillowDesign ProductDesign 3DAnimation Blender3D 3DRendering DesignProcess Texturing CADDesign Visualization DesignInspiration 3DArt DigitalDesignWW…
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