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Computational Design is an innovative approach that integrates computational tools and algorithms with design processes, enabling designers to explore complex possibilities, optimize solutions, and generate intricate forms. It merges creativity with computation, allowing for data-driven insights and parametric variations, revolutionizing architecture, engineering, and product design.
Ensures eco-friendly design with energy efficiency and sustainability
Transform impossibilities into achievable designs through AI-powered software innovation.
Software accelerates architects' creative process, optimizing designs for efficiency.
limitless architectural possibilities and a hike in salary for future success
Before Computational Design: 70%
reliance on manual processes, 30%
utilization of digital tools.
After Computational Design: 30%
reliance on manual processes, 70%
utilization of digital tools.
Expert-led industry insight and direction, and prepare for success with advanced technology.
Excel in Parametric
Modeling, Generative
Design, and Simulation
to create efficient
solutions.
Integrate your career as a Computational Designer, unlocking high paying job roles.
Industry Relevant Certification
Collaborative Project Experiences
Lifetime Placement Assistance & Career Support
Training by Industry Experts
3D BIM Model Authoring
3D BIM Model Coordination
Parametric Designing & Modeling using Rhino 3D
Parametric Design Analysis
Building Performance Analysis
Parametric Design Analysis
Advanced Computational Design
Introduction to generative design and what the students will be learning
Autograph / Clustering / Naming /Data viewer / Good Practices
Elefront: blocks, annotations, filters, baking and reading attributes
Elefront: Advanced Data Management. Filter and organise by attributes
Introduction to GH Python. Variable types and simple functions (Practical examples)
Conditional Statements. Loops. Complex functions.(Practical examples)
Random. Seeds. Complex functions. (Practical examples)
Rhinoscript Syntax integration and useful functions.(Practical examples)
TT toolbox (Collibri 2.0) / Python Loops / Automated CSV reading and writing / Sql3 (python)
Large Area. Quad Meshing. Offsets for Masterplanning Requirements. Complying with typology requirements. Decoding Spaces.
Parameter Space / Squid / Three.js - Triceratops
Ladybug: lighting and script implementation
Elk, Cadmapper, Blosm add on for context importing
Galapagos - Wallacei: genetic algorithms - Modular System Facade
Rhino Inside Revit. Hops. Quick demonstrations.
To earn "BIM-Ready Architecture Advanced Certification", the student candidate must successfully complete all training modules as per the assessment criteria to earn required credits and demonstrate their skills.
The BIM-Ready Architecture Advance course presents four expert course instructors, who guide you through computational design techniques for innovative solutions in architecture and engineering.
He is a Spanish architect, who specializes in parametric and generative design. With a career spanning Spain, Mexico, India, China, Hong Kong, and the United States, his innovative approach incorporates computational algorithms to push architectural boundaries.
With over a decade's experience, he's a Computational Design Engineer with degrees from Patras, TU Delft, and Southampton. Formerly at Arup Amsterdam, now a Freelance Parametric Design Specialist and PhD Candidate at the University of Thessaly.
Green Building analyst skilled in BIM & business development. Applies interdisciplinary expertise to streamline preconstruction processes and coordinate stakeholders.
Began as Field Engineer, now Technical BIM Head at TechnoStruct LLC. Expert in BIM/VDC services, US codes, and project management. Diligent, goal-oriented professional. TechnoStruct excels in prestigious Northern California projects like Google Bayview, Apple HQ, SFO Airport, and more.
As course instructors for the BIM-Ready Architecture Advance course, they bring a wealth of knowledge and practical experience to guide students in mastering the fundamentals of Building Information Modeling (BIM) and exploring the intersection of technology and design.
Utilizes advanced algorithms, and collaborates effectively.
Creates, and maintains digital building models.
Utilizes Grasshopper, and Rhino for adaptable designs, stakeholder collaboration, and performance analysis.
Designs immersive AR/VR experiences collaboratively
INR 2,00,000
(Follow an easy-to-navigate enrollment process using the provided Enrollment Form)
Information on various payment methods is available for your convenience and seamless registration.
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To earn " Certification", the student candidate must successfully complete all training modules as per the assessment criteria to earn required credits and demonstrate their skills.
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