Parametric Interior Components (ZIM)
Development of a continuous digital process chain for manufacturing parametric wooden interior components and furniture.
Hi, I’m Tassilo.
I am a wood engineering researcher and digital fabrication specialist working at the intersection of computational design, advanced manufacturing, and sustainable material systems. My expertise spans parametric design, CAD/CAM workflows, CNC machining, and robotic fabrication, with a particular focus on translating digital processes into precise physical outcomes.
Holding a Master of Science from Eberswalde University for Sustainable Development, I combine technical knowledge with practical craftsmanship to explore innovative and sustainable applications of wood in design and production.
Freelancer (2023-now)
➚ AI-Trainer @ MDZ Spreeland (2023-2024)Furniture fabrication
Automated wood processing
Constructive wood protection
CAD: Rhino/Grasshopper, Inventor
CAM: Fusion360, Edgecam, madCAM
Coding: C#, Python, JS
Plotter and laser cutter
3 & 5-axis milling
Industrial robots
3D-printing
Development of a continuous digital process chain for manufacturing parametric wooden interior components and furniture.
Development of parametrically designed foldable composite structures made from wood veneer and textile materials.
Development of acoustically effective origami-inspired folded structures with adaptable spatial geometries based on wood-textile composites.
Teaching fundamentals of CNC machining and digital manufacturing processes.
Teaching industrial CNC technologies and advanced machining techniques.
Development of a robot-guided multifunction laser system for measuring, marking, and processing naturally grown timber.
Development of chemical treatment methods to prevent harmful gas emissions from wood-based materials affecting artworks.
Digital qualification and AI awareness training for small and medium-sized enterprises.
Development of wood-based injection molding tools for small-series manufacturing.
Development and digital fabrication of reptile skin-inspired paneling systems.
Teaching fundamentals of digital data processing and technical drawing.
Development of an online generator for parametric surface and pattern design.
Technical assistance, digital fabrication, and prototyping support for startup projects.
Development of an innovative tailpiece and string guide concept for violin construction.