The MaCAD is a unique online programme training a new generation of architects, engineers and designers ready to develop skills into the latest softwares, computational tools, BIM technologies and AI towards innovation for the Architecture, Engineering and Construction (AEC) industry.

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The Carbon Blueprint

GWP-data enriched graphs Imagine being able to see the carbon footprint of a building, not after it’s built, but while it’s still a sketch. What if architects and engineers could get real-time sustainability feedback the moment they decide on a material or tweak a wall layout? That’s the vision behind Visual GWP. We combined Graph … Read more

BIMSC Studio: Hyperbuilding-B Data Team

A Brief Introduction The site for Hyperbuilding-B is immediately adjacent to that of Hyperbuilding-A, which is nestled in the Minato Ward of the Tokyo Metropolitan Area. Minato is one of Tokyo’s 23 special wards and is known for being a major business, diplomatic and residential hub. It is heavily urbanised, with approximately 14,000 people per … Read more

Harnessing Data-Driven Design: A Collaborative Look at Hyper B’s Industrial Team Vision for Urban Farming

Industrial team dedicated to rethinking how we approach urban farming, renewable energy, and multifunctional infrastructure, is leading the charge. Their integrated workflow uses parametric modeling, automated data exchange, and business intelligence (Power BI dashboard) to optimize space usage and resource allocation in urban environments. In this post, we dive into a series of visuals that … Read more

Data Handling and Collaborative Workflows: Hyperbuilding-B Data Team

Our BIMSC studio project centers on designing a ‘hyperbuilding’ in Tokyo’s Minato Ward—a self-sustaining development that integrates closed-loop ecological systems like on-site food production, photovoltaic energy generation, and industrial modules. The building includes mixed-use zones for amenities, services, and commerce, all anchored by a transit hub built into a podium above Shinagawa Station, supporting the … Read more

OptiBIPV

What & Why ? OptiBIPV is an app designed to enhance an integrated design approach for photovoltaic facades right from the early design stages. In today’s building design, balancing aesthetics with the growing demand for energy production is more important than ever. OptiBIPV enhances collaboration for a more sustainable environment, helping architects, facade designers, and … Read more

TRAVELNA / Hospitality for solo travelers

TRAVELNA is an innovative architectural design concept merging the subscription model of services like Netflix with Airbnb’s global accommodation network, tailored for solo travelers frequently moving across major cities worldwide. Subscribers gain access to a curated selection of high-quality apartments—ranging from studios to three-bedroom units—aligned with their chosen subscription tier. To ensure exclusivity and availability, … Read more

Residential Tower – Karamba3D

SITE PLAN & ANALYSIS STRUCTURAL ELEMENTS The building has a total footprint of about 50 meters per 37 meters. The typical grid is of 8.4m, and becomes smaller towards the edge of the slabs. The core is centered with the grid and it is of about 16,8m x 12,6m. It occupies about the 12-15% of … Read more

Real-time Daylighting Performance for Adaptive Reuse Planning

This project aimed to develop a daylight predictor to facilitate and generate well-informed adaptive reuse projects, with a specific focus on providing sustainable design solutions for low-income housing. Los Angeles (LA) was selected as a case study due to its proactive open data initiatives and commitment to adaptive reuse. This proposal provides a snapshot of … Read more

Materializer

Introduction Our project, Materializer, leverages the power of multiple self-trained machine learning models to predict material quantities based on an image uploaded by the user and the building coordinates. This innovative approach utilizes image segmentation to isolate buildings, image classification to read material pixels, and a height prediction model for buildings lacking height information in … Read more

DeCARB

Introducing DeCARB: An easy-to-use tool that calculates Embodied Carbon, End-of-Life Carbon, and Total Cost for any rectangular massing geometry. Quantifying emissions from material extraction to disposal can guide architects and engineers in selecting low-carbon materials and methods early in the design process. With a focus on reducing environmental impact and aligning with green building standards, … Read more

Minimal Surface Timber Gridshell – Studio

Building Typology Our project focuses on exploring the opportunities and limitations when designing a timber gridshell system with a minimal surface roof structure. Minimal surfaces have a long history in mathematics and architecture, most notably Frei Otto and the infamous soap film experiments. Inspired by Otto’s Munich Olympic Stadium, we were interested to understand how … Read more

Natural Materials and Digital Fabrication: A Radical Approach to Mass Utilisation and Standardisation

  Global technology evolves rapidly, unprecedented in human history. This progress significantly enhances lives but at a considerable cost, marked by escalating global temperatures and the looming threat of extinction. Ongoing research aims to mitigate these adverse effects through diverse strategies.The building sector contributes about 47% of global carbon emissions. Architects, integral to this industry, … Read more