Parametric
Design &
Digital
Fabrication
Online & Offline Workshop · HSR Layout, Bangalore
Why Learn From Us
Most workshops stop
at the screen. We don't.
Rooted in IAAC Barcelona's design-to-fabrication culture
Our approach is rooted in IAAC Barcelona's design-to-fabrication culture, where parametric design is inseparable from making. You don't just learn tools — you learn how design decisions translate into materials, machines, tolerances, and assembly.
With a small batch of 12, guaranteed machine access, and hands-on mentoring, this workshop is designed to simulate a real fabrication studio environment, not a classroom.
Real Machines
Work directly with CNC routers, laser cutters, and 3D printers — brand-new, in-house, and maintained for safety.
Portfolio-Ready Output
Leave with a physical fabricated prototype, parametric workflows, and professional documentation.
Studio Environment
Small batch of 12 participants ensures meaningful machine access, team-based rotation, and individual attention.
Complete Pipeline
From algorithmic concept to physical prototype — experience the full design-to-fabrication workflow.
Curriculum
What you will learn
Seven modules taking you from algorithmic concept to fabricated prototype — bridging computational thinking with hands-on making.
Algorithmic & Parametric Design Fundamentals
Explore rule-based and data-driven design methods to generate adaptable, fabrication-aware geometries using Rhinoceros and Grasshopper3D.
Parametric Modeling with Rhino & Grasshopper
Develop rule-based and associative design logic to create adaptable models that respond to material constraints and machine limitations.
Fabrication-Ready File Preparation
Convert digital models into fabrication-ready files. Learn machine preparation, tolerances, joinery logic, and CAM preparation.
3D Printing, CNC Routing & Laser Cutting
Gain hands-on experience across all three machines. Understand subtractive vs additive fabrication strategies for each method.
Material Behavior & Machine Constraints
Understand material behavior, tolerances, and machine constraints. Learn machine operation, safety, and workflow planning.
Rapid Prototyping & Iterative Design
Design and fabricate an individual physical prototype through rapid, iterative cycles — from concept to assembly.
Process Documentation for Portfolio
Document your entire design-to-fabrication journey. Learn to present parametric workflows, fabrication logic, and physical outcomes professionally — leaving with portfolio-ready material and a complete understanding of the design-to-fabrication pipeline.
Schedule & Activities
Three days of making
The workshop is structured as a 3-day studio-style learning experience, balancing guided instruction, hands-on fabrication, and independent exploration.
Introduction to parametric thinking for fabrication
Overview of fabrication workflows and constraints
Safety briefing and machine orientation
Parametric design setup and testing
Laser cutting: file preparation, test cuts, and prototyping
Focus: Understanding how digital logic translates into physical outcomes
CNC fundamentals for architects
Joinery logic and CAM preparation
CNC routing and prototyping
Designing for additive manufacturing
3D printing setup and fabrication
Focus: Subtractive vs additive fabrication strategies
Physical assembly and refinement of prototypes
Iterative testing and design adjustments
Process documentation for portfolio use
Final presentation and peer review
Focus: From prototype to portfolio-ready outcome
Meet Your Tutors
Learn from practitioners,
not just instructors.
Ar. Karthy Krishna
Architect specializing in computational and algorithmic design, digital fabrication, and advanced construction technologies. Actively engaged in researching and developing automated design-to-fabrication workflows. Recently contributed to the Navi Mumbai International Airport project, providing computational modeling and digital fabrication support in collaboration with Lindner and L&T.
Ar. Ashwin Parandhaman
Innovative architect driven to push creative boundaries through cutting-edge design concepts, computational thinking, and advanced fabrication techniques. Focused on leveraging algorithmic design, parametric systems, and digital fabrication to translate complex ideas into buildable solutions, while integrating technology and material intelligence to redefine contemporary design workflows.
Ar. Pravin Subash
His work focuses on algorithmic design thinking, where geometry, data, and logic come together to shape architectural outcomes. With hands-on experience in parametric modeling, digital fabrication, and design-to-production workflows, he bridges the gap between conceptual design and real-world making.
Digital Fabrication Lab
Where ideas become
physical reality.
All fabrication activities take place in our in-house studio, equipped with brand-new CNC, laser, and 3D printing machines, maintained and operated under supervised conditions.
Workshop Gallery
From algorithm
to artifact.
Student Outcomes
What you walk away with.
Physical Fabricated Prototype
A completed physical prototype demonstrating the full workflow from algorithmic concept to fabricated object.
Parametric Workflow Files
Grasshopper definitions, Rhino models, and fabrication-ready files you can reuse and build upon.
Machine Proficiency
Hands-on understanding of CNC routing, laser cutting, and 3D printing — including file preparation and safety.
Portfolio Documentation
Process documentation showcasing your design-to-fabrication journey, ready for professional portfolios.
Certificate of Participation
Official certificate recognizing completion of the Parametric Design & Digital Fabrication Workshop.
Testimonials
What participants say.
Frequently Asked
Questions
Registration
Secure your seat.
3 Machines, 3 Days
CNC router, laser cutter, and 3D printer — you operate all three yourself.
Complete Fabrication Pipeline
From Grasshopper definition to physical prototype — take home a finished piece and all your files.
Certificate + Portfolio
Official certificate of participation and professionally documented process for your portfolio.
HSR Layout, Bangalore