The ATN Grasshopper Masterclass explores computational design as it is applied within contemporary architectural practice. Led by Oliver Thomas and informed by his experience at Bjarke Ingels Group, the course moves from foundational concepts such as interface logic, lists, and data trees through to advanced applications including building systems and facade scripting.

Structured across three focused modules, the masterclass demonstrates how Grasshopper supports data-driven design, iteration, and problem-solving within real studio environments, bridging computational thinking with architectural delivery.

In the final module, you will apply your learning through a real-world case study based on the Serpentine Pavilion 2016 by Bjarke Ingels Group, developing a coherent parametric design outcome.

You will learn how to:
• Build a foundation in computational thinking through interface logic, lists, and data trees
• Create parametric systems for architectural workflows, including building elements and facade scripting
• Apply Grasshopper workflows to real-world design challenges through a live case study

In the first module we will cover:

• Interface
• Logic
  
• Parametric Box Sculpture
• Lists
• Tower Script

In Module 2, you will learn about:

• Tips & Tricks
• Data Trees
• Building/Facade Script

In the final module, you will consolidate your learning through a real-world case study:

• Developing a parametric model of BIG’s Serpentine Pavilion

The ATN Revit Masterclass teaches how Revit is used to build, coordinate, and document complex architectural projects within professional practice. Led by ATN founder Oliver Thomas and informed by his experience at Bjarke Ingels Group, the course moves from early concept modelling through to a coordinated drawing set, covering model setup, view organisation, graphical control, annotation, and documentation.

Structured across six focused modules, the masterclass introduces core BIM principles, collaborative workflows, and the creation of custom families. As one of the most widely adopted tools in the industry, Revit plays a central role in coordinated project delivery.

You will develop the ability to build, manage, and document BIM models, producing coordinated drawings and deliverables aligned with professional workflows.

You will learn how to:
• Build and organise BIM models from concept through to documentation
• Create coordinated drawing sets through annotation, views, and graphical control
• Develop collaborative workflows and custom families used in professional practice

In this module, you will learn how to model and organise core building elements within Revit.

• Origins & Massing
• Levels & Grids
• View Setup
• Families & Types
• Floors
• Linking CAD
• Shafts
• Roofs
• Columns
• Walls
• Curtain Walls
• Doors & Windows
• Ceilings
• Railings
• Stairs
• In-Place Families
• Groups
• Rooms

In this module, you will learn how to set up views, control graphics, and organise schedules within Revit.

• Plans
• Elevations
• Sections
• Call-outs
• 3D Views
• Drafting Views
• View Settings
• Colour Schemes
• Filters
• Materials & Object Styles
• Legends
• Schedules
• Area plans

In this module, you will learn how to annotate and refine your drawings for clear documentation.

• Dimensions
• Drawing & Text
• Drawing Settings
• Tagging
• Editing Tags
• Detail Components
• Detail Drawings

In this module, you will learn how to set up sheets and produce a coordinated drawing set.

• Sheets
• Titleblocks
• Sheet Lists
• View Placement
• View Tips & Tricks
• Starting View
• Revisions
• Printing & Exporting

In this module, you will learn how to set up and manage a workshared project, enabling effective collaboration within a team.

• Collaboration
• Workshared Model
• Syncing
• Worksets

In this module, you will learn how to create custom families in Revit to extend and adapt your models.

• Creating Families
• Generic Model
• Curtain Panel
• Massing
• Detail Items

The ATN Rhino.Inside Masterclass explores how computation can be integrated into a BIM workflow. Led by ATN founder Oliver Thomas and informed by his experience at Bjarke Ingels Group, the course moves from converting Rhino geometry into native Revit elements through to automating drawings and generating parametric facades.

Structured across three focused modules, the masterclass demonstrates how Rhino.Inside enables advanced automation workflows within professional studio environments. Designed for intermediate users, emphasis is placed on connecting computational logic with BIM delivery.

You will develop the ability to create and manage parametric systems directly within Revit, producing coordinated models, drawings, and facade systems through automated workflows.

You will learn how to:
• Convert Rhino geometry into native Revit elements through automated workflows
• Automate drawings, documentation, and coordinated BIM outputs
• Create parametric facade systems directly within Revit using computational logic

In the first module, you will learn how to use Grasshopper within Rhino.Inside to generate native Revit elements.

• Rhino.Inside in Practice
• Install & Interface
• Approach
• Project Introduction
• Importing .3dm
• Grids
• Levels
• Floors
• Columns
• Walls
• Curtain Walls
• Railings
• Shafts
• Roofs
• Families
• Creating Families
• Placing Hosted Families
• Direct Shapes
• Parametric Modelling Elements
• Revit to Rhino

In this module, you will learn how to generate parametric drawings directly from your model within Revit.

• Plans
• Sections
• Elevations
• 3D Views
• Drafting Views
• Annotation
• Dimensions
• Tagging
• Sheets & Titleblocks
• View Placement

In this module, you will learn how to use Grasshopper within Rhino.Inside to control and generate parametric facade systems in Revit.

• Facade Script
• Curtain Wall Analysis
• Facade Generation
• Facade Modification

The ATN Enscape Masterclass explores how real-time visualisation is integrated into architectural design workflows. Developed in collaboration with Bjarke Ingels Group, the course moves from scene setup and visual control through to exporting images, animations, panoramas, and VR content.

Structured across three focused modules, the masterclass demonstrates how Enscape enables fast, consistent visual output directly from BIM models within live studio environments. Emphasis is placed on workflows that support rapid iteration and clear design communication.

You will develop the ability to produce high-quality visualisations and immersive outputs directly from your model, streamlining the transition from design to presentation.

You will learn how to:
• Build efficient visualisation workflows directly from live BIM models
• Create images, animations, panoramas, and VR outputs for presentations
• Develop fast, high-quality visual outputs that support design communication

In this module, you will learn how to install, navigate, and configure Enscape's interface

• Enscape in Practice
• Install & Interface
• Navigating
• Visual Settings

In this module, you will learn how to prepare your project for rendering, working with materials, assets, and lighting.

• Context
• Enscape Materials
• Custom Materials
• Enscape Assets
• Asset Scripts
• Custom Assets
• HDRI Lighting
• Rhino Lighting
• Material Lighting

In the final module, you will learn how to produce and export high-quality visuals, animations, and immersive media from your model.

• Camera & View Settings
• View Tips & Tricks
• Rendering
• Panoramas
• Diagrams & Axonometrics
• Animation
• Virtual Reality
• Export Scene