3D Ecosystems & Industrial Designer | Visual Programmer (Grasshopper) I’m a 3D Ecosystems and Industrial Designer specializing in computational and generative design, with hands-on experience developing complex 3D forms, procedural systems, and parametric workflows using Rhino and Grasshopper. I’ve developed custom Grasshopper systems for geometric correspondence, procedural pattern generation, Voronoi systems, curve networks, surface manipulation, structural relationships, and automated design iteration. My work spans product concepts, organic forms, spatial systems, and large-scale 3D ecosystem concepts. What sets me apart is that I don’t approach Grasshopper simply as a modeling tool—I use it as a visual programming environment for building design systems. I focus on creating intelligent, reusable workflows that can generate, adapt, and explore many design possibilities from a single underlying logic. My strengths include Computational Design, Generative Design, Industrial Design, Grasshopper Visual Programming, Procedural Modeling, NURBS, SubD, Morphogenetic Design, Geometric Systems, 3D Ecosystems, Digital Twins, and XR/Simulation.…

Abdulmalik Abubakar

3D Ecosystems & Industrial Designer | Visual Programmer (Grasshopper) I’m a 3D Ecosystems and Industrial Designer specializing in computational and generative design, with hands-on experience developing complex 3D forms, procedural systems, and parametric workflows using Rhino and Grasshopper. I’ve developed custom Grasshopper systems for geometric correspondence, procedural pattern generation, Voronoi systems, curve networks, surface manipulation, structural relationships, and automated design iteration. My work spans product concepts, organic forms, spatial systems, and large-scale 3D ecosystem concepts. What sets me apart is that I don’t approach Grasshopper simply as a modeling tool—I use it as a visual programming environment for building design systems. I focus on creating intelligent, reusable workflows that can generate, adapt, and explore many design possibilities from a single underlying logic. My strengths include Computational Design, Generative Design, Industrial Design, Grasshopper Visual Programming, Procedural Modeling, NURBS, SubD, Morphogenetic Design, Geometric Systems, 3D Ecosystems, Digital Twins, and XR/Simulation.…

Available to hire

3D Ecosystems & Industrial Designer | Visual Programmer (Grasshopper)

I’m a 3D Ecosystems and Industrial Designer specializing in computational and generative design, with hands-on experience developing complex 3D forms, procedural systems, and parametric workflows using Rhino and Grasshopper.

I’ve developed custom Grasshopper systems for geometric correspondence, procedural pattern generation, Voronoi systems, curve networks, surface manipulation, structural relationships, and automated design iteration. My work spans product concepts, organic forms, spatial systems, and large-scale 3D ecosystem concepts.

What sets me apart is that I don’t approach Grasshopper simply as a modeling tool—I use it as a visual programming environment for building design systems. I focus on creating intelligent, reusable workflows that can generate, adapt, and explore many design possibilities from a single underlying logic.

My strengths include Computational Design, Generative Design, Industrial Design, Grasshopper Visual Programming, Procedural Modeling, NURBS, SubD, Morphogenetic Design, Geometric Systems, 3D Ecosystems, Digital Twins, and XR/Simulation.

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Skills

Experience Level

inkscape
Intermediate
Illustration
Intermediate
Line Art
Intermediate
3D Design
Intermediate
Backing Vocal
Intermediate
Game Design
Intermediate
3D Model
Intermediate
Book Illustration
Intermediate
Cartoon
Intermediate
Surface Pattern Design
Intermediate

Language

English
Advanced
French
Beginner

Work Experience

3D Systems Designer, Visual Programmer at Isle LLC
August 20, 2026 - Present
3D Ecosystems & Industrial Designer And Visual Programmer ( Grasshopper ) at Lake.Inc
November 19, 2024 - July 19, 2026
3D Ecosystems & Industrial Designer | Visual Programmer (Grasshopper) I specialize in computational and generative design, combining industrial design, 3D modeling, visual programming, and procedural systems to develop complex physical and digital forms. Roles & Responsibilities - Develop procedural and generative 3D systems using Rhino and Grasshopper. - Design products, structures, and 3D ecosystems inspired by natural growth and morphogenetic principles. - Build Grasshopper workflows for parametric modeling, automation, geometry generation, correspondence, Voronoi systems, attractors, and topology-driven forms. - Develop reusable computational design systems rather than relying solely on conventional modeling. - Work extensively with NURBS, SubD, curves, surfaces, meshes, and hybrid workflows. - Develop correspondence systems linking points, curves, seams, and geometric elements through procedural transformations. - Translate design concepts into rule-based systems capable of generating multiple design iterations. - Prepare geometry for Blender, Houdini, Unreal Engine, digital twins, simulation, visualization, and fabrication. - Solve complex geometric problems involving topology, surface continuity, deformation, lofting, and spatial relationships. Key Achievements - Developed a custom Grasshopper correspondence engine for point/curve correspondence, curve seams, loft relationships, pipe framing, matrix flipping, and curve extraction. - Built procedural Voronoi and attractor-based systems capable of generating adaptive organic patterns across complex geometry. - Developed parametric structural systems maintaining precise relationships between corresponding curves and control points. - Established a design methodology centered on curves and relational geometry as an information layer for procedural form generation. - Created scalable systems capable of generating varied products, structures, environments, and ecosystem-scale forms from a unified design logic. Core Strengths Grasshopper Visual Programming · Computational Design · Generative Design · Industrial Design · 3D Ecosystem Design · Parametric Modeling · NURBS · SubD · Procedural Geometry · Morphogenetic Design · Curve Systems · Surface Systems · Geometric Correspondence · Voronoi Systems · Attractor Systems · Design Automation · Rhino · Blender · Houdini · Unreal Engine · Digital Twins · XR/Simulation

Education

B.sc Computer Science at National Open University, Nigeria
February 19, 2019 - July 4, 2026

Qualifications

Add your qualifications or awards here.

Industry Experience

Agriculture & Mining, Financial Services, Telecommunications, Computers & Electronics, Manufacturing, Software & Internet, Professional Services
    Floating Basketball Stadium Development

    Floating Basketball Stadium

    A conceptual floating basketball stadium exploring the integration of sports, industrial design, computational geometry, and generative 3D ecosystems.

    I developed the concept using Rhino and Grasshopper, exploring the stadium’s organic form, structural relationships, circulation, spatial organization, and procedurally generated surface patterns. The design uses computational systems to generate and control complex patterns across the stadium envelope, allowing pattern density, scale, and distribution to respond to the underlying geometry.

    The project combines parametric modeling, generative pattern generation, procedural geometry, attractor-driven systems, structural form development, and visual programming to transform a conventional sports venue into a distinctive floating environment.

    Role: 3D Ecosystem Designer · Industrial Designer · Computational Designer · Grasshopper Visual Programmer

    Core Skills: Grasshopper · Generative Design · Pattern Generation · Parametric Modeling · Procedural Geometry · Attractor Systems · NURBS · Industrial Design · 3D Ecosystem Design · Structural Form Development