
Parametric Design furniture
Michaela Crie Stone lives and works in Rockport, Maine, where she creates pieces that push the parameters of function by blurring the lines between art, craft, and design.


Designer Antony Gibbon has visualised a conceptual house called Twine, which sits under a wave-like piece of concrete within a landscape of rolling hills. Gibbon conceived Twine as a twisting concrete structure, which reflects the hills surrounding as a “series of organic forms”. It takes its name directly from the word Twine, which means to twist strands of material together, or to wind round something.

Gibbon created the rippling twists and curvature of the form to be visually interesting. The movement in the shape is measured purely in its form and function, aesthetically as well as practically.

The house’s living spaces are located within a series of arches beneath the upturned concrete reveals, which are enclosed by glass walls so that they have views out to the hillside landscape. Each twist/bend creates the structural support to the ground allowing the internal spaces for the glass walls and interior.

The house is divided in two with the lounge and kitchen areas and bedrooms located in arches on either side of a central covered area. This terrace has a sunken amphitheatre-like circular seating area, which faces into a fire pit. Triangular openings that perforate the concrete in a rip-like manner form the entrances to both parts of the longitudinal house.

On the roof, Gibbon conceived a terrace with a spa and hot tub, accessed via a staircase from one wing of the house which leads to the central terrace.


Michaela Crie Stone lives and works in Rockport, Maine, where she creates pieces that push the parameters of function by blurring the lines between art, craft, and design.

in this video, you can look at different parametric towers with parametric designs.

Drone based technology is the solution to overcome the limitation of surface road capacity in cities.

Augmented reality (AR) is the integration of digital information with the user’s environment in real-time.
Parametric Ideas for Architects @2025
This tutorial or example file is exclusive to Paracourse Members.
Paracourse is an extensive library of video tutorials and example files, designed to guide you through your parametric design journey. With over 1,500 open example files & 600 Video Tutorials, you can freely edit and adapt them for your projects—no credit required.

Learn parametric design from scratch with over 100 hours of step-by-step tutorials, covering beginner to intermediate levels. Master components and their use in the design process.

Explore our open-to-edit .gh files to see how each subject is designed parametrically using Grasshopper3D. Freely adapt them for your projects—no credit required.

Delve into complete algorithms with our advanced tutorials. Learn the logic behind each step, understand how the parts work together, and see how to apply them effectively in your designs.
Grasshopper empowers architects and designers to create sophisticated, customizable designs with ease.
Architects, industrial designers, artists, and anyone passionate about parametric design will find value in this course.
With diverse tutorials and open example files, you’ll have everything you need to tackle any design challenge.
Mastering Grasshopper with Paracourse can significantly enhance your career prospects.