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.
Brief & Design Concept The integrative design assignments aim to aid the studio project so that the work involved and the outputs can be utilized for the final studio pinup. The brief of this project is a hyperbuilding design in Tokyo with a GFA of 1 million SQM. The concept established for the project encapsulates … Read more
Introduction In this episode of the MaCAD Theory podcast, we explore with our guest Mr. Alessandro Grossi the growing importance of sustainable practices in the AEC sector, driven by climate change and resource scarcity. We dive into how integrating sustainability principles early in the design process can impact lifecycle costs and environmental outcomes.Listen to how … Read more
Parametric and Environmental Data Integration in BIM Workflows Hyper Building B is a collaborative project developed during the MaCAD 24/25 second-term studio course. As part of the facade team, we were responsible for designing the building envelope and ensuring it harmonizes with the interior program and structural system while maintaining thermal comfort, optimizing views for … Read more
Exploring Digital Twins with Quinn Evans The integration of Digital Twin Technology in building renovation and restoration is transforming the industry, enhancing data accuracy, workflow efficiency, and long-term asset management. By creating precise digital replicas of structures, digital twins enable real-time updates, predictive maintenance, and seamless coordination across project teams. A leading example of this … Read more
Integrative Concept Introduction The goal of the integrative modeling seminar is to transition this design from a computational model into Revit, enabling us to generate construction documentation, schedule project’s elements, and assess the overall project data, therefore the performance of our concepts through KPIs. Concept Our Team’s vision is to create the Enso hyper building. … Read more
Abstract The Architecture, Engineering, and Construction (AEC) industry faces increasing challenges in ensuring seamless collaboration and interoperability across different disciplines and software platforms. While Open BIM offers a standardized approach to data exchange and digital workflows, its practical implementation is often addressed by technical limitations, inconsistent adoption, and resistance to change. In this podcast, we … Read more
Project Concept This tool uses open source data to estimate a site’s Floor Area Ratio (FAR) and allows users to explore different volumetric configurations. It leverages modular units based on CLT Mass Timber for a flexible structural framework and incorporates solar angle data to optimize designs for sustainability and contextual responsiveness. Who is the End … Read more
BRIEF PROBLEM: Architectural design is a complex process that often involves repetitive tasks, human errors, and inefficiencies that can slow down workflows. While Building Information Modeling (BIM) tools like Autodesk Revit have significantly improved design and documentation processes, the absence of structured automation continues to limit optimization, particularly for architectural design firms. Many firms struggle … Read more
Bringing Hyper Building A’s Complex Structure into Revit with Rhino.Inside. Integrating Parametric Workflows in BIM Hyper Building A is a collabortive project developed during the studio course on MaCAD’s 24/25 second term. As the structure team we had the task of creating and developing the hyperbuilding’s structural system. In the Integrative Modelling seminar, we developed … Read more
Welcome to HyperA!As we navigate the complexities of urban living, our design strives to create spaces that not only cater to functional needs but also enrich community connections. Through integrative modeling, we aim to challenge conventional architectural norms and present a bold vision for the future. Concept of Neighborhoods HyperA is centered around the concept … Read more
Hyper-B Residential team went through design concept, technical analyses, and integrated modeling process to create a detailed architectural documentation of four residential towers. In addition, the project covers various aspects including energy consumption, occupancy, and modular unit types. We approached this project with a goal that incorporates sustainable energy practices and efficient space planning with … Read more
In today’s rapidly evolving architectural landscape, integrative modeling stands out as a transformative approach to designing residential projects. Our team’s recent exploration, guided by advanced computational methodologies and Building Information Modeling (BIM), demonstrates the profound impact of integrating Rhino, Grasshopper, and Revit for creating efficient, accurate, and sustainable residential solutions. Integrative modeling In this Integrative … Read more
Introduction Facades are vital architectural elements, functioning as the interface between a building’s interior and exterior while reflecting broader design strategies. Vitruvius emphasized the concept of Venustas, the aesthetic appeal achieved through harmonious proportions and calculated symmetries, as central to the role of facades in conveying beauty and balance. In modern architecture, facades transcend their … Read more
The Facade Team Team Vision Group Topic Kinetic Component Envelope Development Hyper Building A is a self-sustaining, energy-efficient project designed to seamlessly integrate into Japanese culture. The design follows the 15-minute walk theory, organizing the building into distinct neighborhoods to promote accessibility and community interaction. The vision for this project is centered around energy efficiency, … Read more
This project explores voxelization, a process that converts 3D geometries into structured voxel grids. Voxel-based representations are widely used in computer graphics, simulations, architecture, and scientific visualization. What is Voxelization? Voxelization is the transformation of a 3D model into a grid of small cubic units called voxels (short for volumetric pixels). This technique is commonly … Read more
