The seminar will explore tools such as Speckle Systems, BIM Collaboration Format (BCF), Common Data Environment (CDE), International Foundation Class (IFC), Global Information Tracker (GIT) and various related Python APIs.
MaCAD SEMINAR
The rapid growth of digital technology in the AEC industry has significantly transformed the way stakeholders interact with one another. Today, teams are collaborating remotely more often, using a multitude of tools and software, and frequently running into issues caused by incompatible workflows and unique requirements from each discipline.
This shift has made it even more important to create and manage effective collaboration strategies. It is essential that we ask ourselves: how can we design workflows, interoperability systems and data sharing pipelines for seamless collaboration?
We find ourselves at a crossroads where both customisation and standardisation of workflows are necessary to meet the flexible and adaptable requirements of teams, but also to ensure that a common language is understood by all. This course is designed to give students the skills to custom-design and coordinate better cross-disciplinary workflows.
The seminar will explore tools such as Speckle Systems, BIM Collaboration Format (BCF), Common Data Environment (CDE), International Foundation Class (IFC), Global Information Tracker (GIT) and various related Python APIs. It will cover best practices for BIM collaboration and troubleshooting, information management across data modalities and proprietary software, bridging customisation and standardisation workflows, and the automation of tasks in data-processing pipelines, with an emphasis on how these can be applied to real-world projects.
The course aims to offer the following learning objectives:
project TRANSFORM stands for Technology for Resource Acquisition and Nutrient Synthesis through Ferric Oxide Reduction on Mars CONCEPT Our concept was to extract building techniques from the different types of ants to solve specific problems that we may find on mars COLLABORATIVE WORKFLOW STRATEGIES PROJECT ELEMENTS GROUP WORKFLOW In this section we will highlight the … Read more
Introduction 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 … Read more
In addition to the design task set out as part of this semesters studio brief, we were tasked with a pioneering project: to develop innovative workflows facilitating collaboration across various software platforms. We started this process by producing a collaborative workflow diagram of our expected tasks and distribution of work across perceived disciplines. This can … Read more
In our studio project focused on creating a pioneering colony blending food production with residential living on mars, our workflow was structured for efficiency and innovation. Beginning with a clear target for food production, our initial step involves thorough research encompassing site analysis, Martian adaptation strategies, and insightful case studies. Armed with knowledge, we transition … Read more
Project Concept: The Mars Subtractive Sanctuary Village hosts vertical farming beneath, with circulation acting as a canopy. Sunlight delicately filters through, embracing the celestial surroundings and crafting a breathtaking habitat on the Martian surface. The project’s primary goal is to provide food for 50 Martian settlers using a plant-based diet. Program and Adaptation Approach: Comprehensive … Read more
Our collaborative workflow started through identifying our site location on the federate model which at the beginning, to align with our supporting program “Spiritual,” we chose our site at the top of the hill, where we can explore both elevation and subtractive models. Here is our early collaborative process workplan where we envision that our … 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. Location Solis Centrum is located along the northern mountain top of the Aleph City … Read more
Introduction – The Idea 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 to explore … Read more
Introduction: Establishing sustainable food sources on Mars is paramount for long-term colonization efforts. Inspired by the growth morphology of alfalfa and utilizing L-systems, we’ve devised a novel approach to organize and develop Martian colonies around a Mohole. This innovative design not only addresses agricultural needs but also lays the foundation for a cultural identity rooted … Read more
Project Concept Aggreculture is a Martian 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 Martian lava tube. By building in a lava tube we use existing natural resources to … 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 Our studio project includes the design of a Mars colony. This colony’s primary goal is to extract raw materials that are in dire need in the form of an open pit mine. We chose to integrate our base with the open pit mine and to shape it so that it would not only extract … Read more
Design Drivers – Martian Challenges – Adaptation Modular clusters Designing the parts layouts Project’s Parts for the Collaborative workflow: iterations’ paths Workflow Collaboration process Designing the parts – Parametrization Steps Construction Phases Designing the parts Construction Stages Units Arrangement and Interconnection Designing the parts Under construction App deployment process Shutters Project info Sent the geometry … 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
