How to organise the information and manage it in an intelligent way, using just the necessary information, deconstruct geometry and use it to rebuild that geometry in Revit as native elements.
MaCAD SEMINAR
This course is an introduction to Rhino.Inside Revit, but not as a typical software tutorial course, it intends to show the key elements to use Rhino.Inside Revit and what are the strengths of this software in the AEC environment.
Revit works as a geometrical database, where geometry stores more information than just the geometry itself. It means that when working with Revit, it is important to keep control of that information, to represent it properly, and use it for your own purposes.
With these sessions, you will be able to learn how to face modelling and parameterization problems with new tools and techniques. How to organise the information and manage it in an intelligent way, using just the necessary information, deconstruct geometry and use it to rebuild that geometry in Revit as native elements.
Despite these practical tools, the course will have a theoretical approximation, trying to set the knowledge bases needed to use the software in a practical way. It will be focused on Revit and Rhino, but the concepts explained applies to all the BIM industry, so can be applied to Archicad, IFC, and other BIM environments.
The purpose of this course is to develop, using Rhinoceros, Grasshopper and Revit, your skills and knowledge of parametric modelling and interoperability between both software, applying it to the AEC environment.
During the seminar, students will:
As part of the studio project brief, we had chosen to look at the design of a mining facility on Mars. The proposal looked at a series of semi submerged, subterranean cliff dwellings that would be connected under the surface by a network of mines. The brief of the integrative modelling seminar would be to … Read more
Marsensate is a project based on our Studio course where we explore designing on Mars in order to habit a Marsian colony. The primary goal of our colony was based around Sprituality, to provide a more human environment that appeal to everyone, regardless of their beliefs, genders, preferences, and we focused on the aspect that … Read more
Project Concept The project’s primary goal is to provide food for 50 Martian settlers using a plant-based diet. We defined the plants’ attributes and categorised them according to the different aspects of food production, oxygen, psychological and medical support, and radiation protection, all of which consider daylight requirements, farming methods, and human needs. . . … Read more
Our group project is Ant Hill Colony on Mars, which has both above/below ground elements and underground heart, tunnels and pods. The project concept derived from “learning from ant colony,” therefore, the geometry shapes were more organic and natural. Originally, we recreated this by starting with LiDAR technology to identify the soil characteristics, then applying … Read more
Project Concept Establishing a Martian food colony around a Mohole, designed based on growth morphology of alfalfa for efficient organization and development using L-systems. These terminologies are further explained below. Moholes Moholes on Mars are massive cylindrical excavations in the regolith, reaching up to 1 km in diameter and 7 km in depth. With temperatures … Read more
T.R.A.N.S.F.O.R.M Technology for Resource Acquisition and Nutrient Synthesis through Ferric Oxide Reduction on Mars The project sets the limit in establishing a fully sustainable colony on Mars through Transforming the Martian minerals from a state to another to create the basic needs for human civilization to thrive on this Hostile planet. TRANSFORM site plan TRANSFORM … Read more
Solis Centrum Overview Solis Centrum is a project for the BIMSC Studio class within the 2023/24 MaCAD program. This project aims to represent the solar center of the Aleph City community, a conceptual community on Mars located on the Valles Marines. By providing residential, recreational, and energy harvesting facilities, Solis Centrum can not only provide … Read more
Project Brief Subterrain Eden is a design of food production and residential design, the first of its kind on Mars takes 7 months to travel from Earth to Mars, therefore any food transported would only last the journey and few initial days, which also is super expensive, Therefore, for sustaining for longer periods food production … Read more
As part of the studio project brief, Meditation and relaxation as well as habitational were the chosen programs for the Martian Colony to develop. The proposal resulted in 4 main central pavilions, which would generate an ascending path within them, and at the same time, serve as main placeholders for the modular habitational units, which … Read more
Introduction As part of our studio project, we have designed a Mars colony. The main purpose of this colony is the extraction of urgently needed raw materials in a kind of open pit mine. Taking into account the special conditions and protection needs on Mars (mini-metroites, radiation, sandstorms, atmosphere…) we decided to combine our base … Read more
Envisioning a self-sustained colony on Mars, our primary focus is on revolutionizing transportation within the red planet. Sustainability is our guiding principle as we design an efficient transportation system that seamlessly connects habitats across various clusters. Incorporating Tensegrity moving parts, Inflatable lightweight structures, and a Hexagonal Grid framework, our approach embraces a Kit-Of-Part methodology. Following … Read more
Design Drivers – Martian Challenges – Adaptation Slope terrain – Remodel terrain (mining and 3d printing) Designing the parts Layouts Parts Manufacturing – Materiality Project’s Parts and Issues for the Integrative modelling Workflow diagrams Designing the parts – Parametrization Steps Designing the parts Construction stages Designing the parts Under Construction Torus skin detail Designing the … Read more
Project Concept Aggreculture is a Mars colony architectural project focused on food production. The design concept is inspired by the way plant roots grow to find necessary nutrients within soil aggregate. Our project is unique in that it occupies a speculative Martian lava tube. By building in a lava tube, we use existing natural resources … Read more
Translating Point Clouds into BIM Geometry For the first settlers on Mars, we have envisioned a colony of Aqua-Miners with the primary task of harvesting water as a resource from the ice beneath Mars’ surface, storing it and recycling it for sustainable use. Our approach to this problem has been exceptionally data-driven. Our idea is … Read more
