Computational design specialist adept at transforming complex problems into parametric workflows, leveraging AI-assisted Python and C# scripting for robust Grasshopper definitions. Experienced in integrating 3D-scan data for custom-fit product development and fostering cross-disciplinary collaboration. Co-authored an interactive textbook, demonstrating a commitment to translating complex design principles into accessible, human-centered, and durable solutions.
Delft, South Holland, Netherlands
→
Summary
Led the co-authorship and development of an open textbook and exercises for university-level prototyping courses, significantly enhancing educational accessibility and practical skill development.
Highlights
Co-authored an open textbook, adopted across multiple university MSc and BSc courses, effectively clarifying complex theoretical concepts.
Developed and rigorously tested practical exercises, directly contributing to student skill development and improved learning outcomes.
Ensured content accessibility across varying student skill levels, fostering an inclusive and effective learning environment.
Delft, South Holland, Netherlands
→
Summary
Mentored students in mastering analog and digital product visualization techniques, enhancing their ability to communicate complex design concepts effectively.
Highlights
Mentored students in advanced analog and digital product visualization techniques, significantly improving their design communication and representation skills.
Provided targeted guidance to students, enabling them to translate intricate design concepts into high-quality visual outputs.
Remote, Global, US
→
Summary
Provided specialized CAD and Adobe Photoshop services to diverse clients and startups, facilitating efficient product creation and design realization.
Highlights
Assisted over 20 clients and startups in product creation, leveraging expertise in CAD software and Adobe Photoshop for rapid prototyping and visualization.
Delivered tailored design solutions, translating complex client ideas into tangible product designs and compelling visual assets.
Published by
TU Delft (Inferred)
Summary
Co-authored an open, interactive textbook that effectively translates complex computational design principles into accessible lessons, enhancing understanding for diverse audiences across multiple university courses.
Advanced Grasshopper workflows, AI-assisted Python scripting, C# scripting, Constraint-based modeling, Topology-informed modeling.
Rhino3D (Grasshopper), SolidWorks (CSWA), Blender, Unreal Engine, KeyShot, Design Drawing, Adobe CC (Photoshop, Premiere Pro).
Artec Spider/Leo, MeshMixer, Meshlab, Paraview, RealityCapture, Scan-based geometry reconstruction.
SLS (Selective Laser Sintering), Material Jetting, Silicone Casting, Mold Design, Laser Cutting, Woodworking, Foam Modeling, 3D Printing, Arduino IDE (C++).
Technical Drawings, Continuous-surface Geometry, Custom-fit Systems, Anatomical Integration, Material Constraints, Production Constraints, TRL 6 (Technology Readiness Level 6).
Open Textbooks, Markdown, HTML, Git-based Version Control, Translating Complex Design Principles.
Professor TU Delft
