Landscape as Topology: A Parametric Project in Florence
Project Overview
New Boboli, is a final thesis in Landscape Architecture and Urbanism, developed at the Faculty of Architecture, CTU Prague. The project investigates how parametric design and topology can position landscape architecture at the forefront of architectural research. The project challenges conventional boundaries between architecture and landscape by treating terrain, vegetation, and ecological processes as primary design drivers.
Design Concept
Located within a historic olive grove in Florence, the proposal aims to preserve the site’s strong character while enhancing accessibility, inhabitation, and ecological performance. Parametrically generated path networks respond directly to slope and terrain conditions, minimizing earthworks and creating a continuous, walkable landscape. Community gardens, water systems, bamboo groves, and public spaces are integrated into a cohesive spatial framework that connects fragmented urban and landscape conditions.
Digital Workflow
The project was developed using RhinoLands, with a strong focus on its Grasshopper components for parametric landscape design. Existing olive trees were accurately modeled using RhinoLands’ 3D plant libraries, with tree positions and crown diameters derived from 2D survey data. These parameters directly informed the design logic, allowing vegetation, paths, and terrain to be coordinated through a data-driven and flexible parametric workflow. The model was used primarily for visualization, spatial testing, and design validation.
Research Outlook
Beyond the final design, the project represents a methodological shift toward computational and research-driven landscape practice. It demonstrates how parametric tools can serve as a means for exploration rather than an end in themselves, positioning landscape architecture as a discipline capable of integrating analysis, ecology, and creativity into a unified design process.
Project Credits: Designed by Jakub Kuča, BIM Consultant and Landscape Architect, Final Thesis, Faculty of Architecture, Czech Technical University (CTU), Prague
Software: Rhino · Grasshopper · RhinoLands
