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The ATN x Finch x KPF Workshop is a hands-on session exploring how to build a connected computational workflow from urban masterplanning through to BIM-ready architectural floor plans. Led by KPF and Finch, the workshop demonstrates how parametric systems in Grasshopper can automate the generation of roads, blocks, massing, and planning data, before seamlessly transferring that geometry into Finch to generate AI-assisted floor plans. Participants will learn how to connect Rhino, Grasshopper, Finch, and Revit into a cohesive ecosystem that accelerates early-stage design, enables rapid iteration, and maintains data control throughout the process.
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Jesper Wallgren, Architect and Co-founder, Finch
Jesper Wallgren is a Swedish architect and computational designer focused on the future of AI-assisted design. As Co-Founder and CPO of Finch, he leads the development of generative tools that use graph neural networks to create adaptive floor plans based on context, constraints, and performance goals. Jesper’s work explores how architects can collaborate with intelligent systems to unlock better decisions earlier in the process. Known for his clear visualizations and human-centered approach, he advocates for tools that enhance, rather than replace, architectural creativity and intuition.
Reuben Harris, Architect and Customer Success Manager, Finch
Reuben is an Architect and Customer Success Manager from the UK, with over ten years’ experience delivering projects across a wide range of typologies, from housing developments to international sports venues. With an international perspective shaped by working across borders, he is committed to creating thoughtful, people-centred architecture and collaborates closely with fellow architects to transform complex briefs into clear, well-resolved buildings. Passionate about teaching and education, Reuben focuses on equipping architects with the tools and knowledge that enable better design, with a particular interest in technology and AI-enabled workflows that enhance creativity, improve outcomes and make architects’ working lives more rewarding.
Michal Scigaj, Associate Principal, KPF
Michal Scigaj is an Associate Principal at Kohn Pedersen Fox (KPF) in London, where he is a senior architect on large-scale, complex projects including high-rise towers, mixed-use masterplans, and aviation infrastructure.
Alongside his architectural role, Michal acts as a Computational Design Lead within the practice. He develops parametric systems not only to generate complex geometries, but more importantly to accelerate the production of building components, automate repetitive workflows, and enable rapid design iteration at scale. His interests extend into data interoperability, coding, and the development of tools that connect software platforms into cohesive, production-ready pipelines.
Part 1: KPF
In this ATN London workshop, participants will learn how to build an interactive Grasshopper system that automates masterplan generation, from roads and blocks to greenery and building massing.
The session focuses on creating a parametric framework using simple Grasshopper components driven by curves, allowing designers to rapidly generate and iterate urban layouts. The workflow eliminates repetitive modelling tasks and enables live control over areas, density, and key planning metrics, including automated data export to csv.
Part 2: Finch
In the second part of the workshop, the Grasshopper model will be transferred into Finch to generate architectural floor plans. Participants will explore how Finch integrates into the computational workflow, allowing massing studies to evolve into plan-level layouts before exporting into Revit for BIM coordination.
By the end of the session, attendees will understand how to build a connected ecosystem between Rhino, Grasshopper, Finch, and Revit, accelerating early-stage masterplanning while maintaining data control and BIM readiness.
Kohn Pedersen Fox is a globally recognised architecture practice founded in 1976, known for delivering complex, large-scale projects including supertall towers, mixed-use masterplans, aviation infrastructure, and commercial headquarters across major international cities. With offices in global hubs such as London, New York, and Hong Kong, KPF combines contextual architectural design with technical precision, integrating computational design, parametric modelling, and advanced BIM workflows into its delivery process to manage complexity while maintaining clarity, performance, and buildability.
Finch is an AI-powered design technology company founded by architects to enhance early-stage architectural workflows through generative design tools. Using advanced machine learning models such as graph neural networks, Finch enables architects to generate adaptive floor plans based on context, constraints, and performance goals, while integrating seamlessly with Grasshopper and Revit to maintain data continuity from concept to BIM coordination. The platform is designed to augment architectural creativity, supporting faster iteration and better-informed decision-making without removing design authorship.
10
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10
Hours
10
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10
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