Master Computational Design Course

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About Course

Advance Your Career in Computational Design

Transform your expertise with in-depth training on designing efficient, creative built environments using computational tools. This course is tailored for architects and engineers seeking to break into high-impact roles in the industry.

Apply Now | Download Syllabus

Why Join Our Master Computational Design Course?

Learn from Industry Experts:
Gain insights from mentors with experience at top firms like UNS Studio, Gensler, Ramboll, and Heatherwick Studio.

Comprehensive Specialization Options:
Choose from specialized tracks such as High Performance Building Analysis or Computational BIM Workflow to elevate your career.

Hands-On, Real-World Training:
Master over 5 software tools and 15+ industry plugins through practical projects and a final capstone experience.

Career Advancement Assistance:
Get dedicated placement support, including mock interviews, portfolio building, and LinkedIn optimization.

Course Highlights

  • Learn 5+ Software Tools and 15+ Plugins
    Master essential computational design tools to stay competitive.
  • Specialize in a High-Demand Area
    Opt for High Performance Building Analysis or Computational BIM Workflow and open doors to specialized career paths.
  • Tech-Focused Real-World Education
    Experience immersive learning with live projects to build an impressive portfolio.
  • Guaranteed Career Guidance
    Benefit from mock interviews, career strategy sessions, and personalized feedback to boost your job prospects.

Specializations

1. High Performance Building Analysis

  • Learn to optimize energy efficiency and environmental quality of buildings.
  • Unlock roles like Building Sustainability Consultant, Building Performance Analyst, and Sustainability Analyst.

2. Computational BIM Workflow

  • Master BIM workflows using computational tools to improve project coordination and productivity.
  • Open new career opportunities in high-tech building modeling and automation.

Course Structure

1. Learn
Begin with foundational courses that cover computational tools, data-driven design, and automation.

2. Specialize
Choose a specialization track to focus on High Performance Building Analysis or Computational BIM Workflow. Work on immersive projects and receive in-depth mentorship.

3. Achieve
Complete a capstone project, build an impressive portfolio, and receive a computational design certification to accelerate your career.

How You’ll Learn

  • Pre-Recorded Sessions by Experts followed by Doubt-clearing
    Weekly live sessions with mentors provide real-time feedback and foster a vibrant learning community.
  • Assignments & Real-World Projects
    Engage in projects designed to simulate real-world challenges, helping you build practical skills.
  • Skill-Mapping and Personalized Feedback
    Monitor your progress with detailed skill reports and benefit from personalized feedback throughout the course.

About Computational Design

A Computational Designer uses automation, parametric modeling, and generative design to create optimized design solutions. This skill is crucial not just in architecture but also in industries like product design, gaming, and robotics.

Ready to accelerate your career with advanced computational skills?
Join the league of top 1% architects and engineers. Unlock creativity, productivity, and a world of opportunities in the AEC industry.

Apply Now | Download Syllabus

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What Will You Learn?

  • Master over 5 essential computational design software tools.
  • Understand and implement automation in architectural workflows.
  • Gain expertise in High Performance Building Analysis or Computational BIM.
  • Develop a specialized portfolio of real-world projects.
  • Collaborate with international experts and peers in live sessions.
  • Improve productivity with parametric and data-driven design skills.
  • Prepare for successful job placements with career coaching and guidance.

Course Content

Computational Design Thinking
Understand the computational and algorithmic approaches to design in general and in the fields of architecture, and industrial design through an engaging lecture series.

Basic Modelling in Rhino 3D
Learn the basics of organic and fluidic modelling in Rhino. Get acquainted with the interface, geometry types, quick modelling tips, essential commands, visualisations and more.

Introduction to Grasshopper
Learn the fundamentals of visual programming and dive head first into your first Grasshopper definition.

Data Structures
Learn to work with complex data structures, including advanced operations and modification operators.

Parametric Forms
Hone your visual programming skills by recreating famous parametric pavilions in great detail using grasshopper. Learn to use grasshopper for documenting projects and generating fabrication geometries.

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