11/03/2026 updated
100 % available
Computational Designer
Utrecht, Netherlands
Worldwide
MSc Computational Design & Digital FabricationComputational GeometryDesign for Manufacturability (Industrial Design)Computer-aided ManufacturingPhysical Design
Computational Design
Expertise in parametric modelling, algorithmic geometry, mass customisation, geometrical data processing, and user-centered input interface design using Rhino3D and Grasshopper workflows.
Design-To-Fabrication
Proficiency in additive manufacturing across materials and scales, robotic fabrication, toolpath generation, and fabrication optimisation for industrial-scale production.
Automation
Strong capabilities in Grasshopper workflows, CAD automation, database integration, production documentation, and performance analysis to streamline design-to-production processes.
3D Modeling
Advanced 3D modeling skills applied to engineering interior and exterior products for the maritime and automotive industry, as well as mould design and product development.
Applied Research
Feasibility research of innovative design and production methods for specific business cases, including development of customizable products and systems.
Robotic Fabrication
Development and implementation of automated 3D manufacturing methods, including robotic fabrication techniques for industrial-scale production.
Teaching Computational Design
Teaching of Computational Design principles and applications via Rhino3D and Grasshopper to students in an academic engineering and design environment.
Product Development
End-to-end responsibility for product concept, mould design, and industrial-scale fabrication across various industries including bio-based and automotive sectors.
Expertise in parametric modelling, algorithmic geometry, mass customisation, geometrical data processing, and user-centered input interface design using Rhino3D and Grasshopper workflows.
Design-To-Fabrication
Proficiency in additive manufacturing across materials and scales, robotic fabrication, toolpath generation, and fabrication optimisation for industrial-scale production.
Automation
Strong capabilities in Grasshopper workflows, CAD automation, database integration, production documentation, and performance analysis to streamline design-to-production processes.
3D Modeling
Advanced 3D modeling skills applied to engineering interior and exterior products for the maritime and automotive industry, as well as mould design and product development.
Applied Research
Feasibility research of innovative design and production methods for specific business cases, including development of customizable products and systems.
Robotic Fabrication
Development and implementation of automated 3D manufacturing methods, including robotic fabrication techniques for industrial-scale production.
Teaching Computational Design
Teaching of Computational Design principles and applications via Rhino3D and Grasshopper to students in an academic engineering and design environment.
Product Development
End-to-end responsibility for product concept, mould design, and industrial-scale fabrication across various industries including bio-based and automotive sectors.
Experience
Professional experience0 - 5 years
Freelancer since2026
Languages
EnglishFluent
Project history
Engineering interior and exterior products for the maritime and automotive industry. Automating design-to-production processes.
Development of an automated 3D manufacturing method for mycelium-based products. End-to-end responsibility for product concept, mould design, and industrial-scale fabrication.
Teacher of Computational Design principles and applications via Rhino3D and Grasshopper.