The Seminar provides students with an essential introduction to the world of open-source programming languages and physical computing, in order to create a synchronous and meaningful interaction between the physical and digital realms. After gaining the necessary hardware and software knowledge, students are able to integrate interfaces, visualising methods, data sensing, and actuation, to conduct more advanced research and architectural proposals with embedded technology.
In today’s world, we use countless electronic devices daily. Yet, many of us don’t really understand how they work. Often, these devices are designed more for use than for understanding, leaving us in the dark about their inner workings.
Enter the world of open-source. This approach lets us look under the hood, revealing how tech works and even allowing us to create our own customised technology.
In a digital age where gadgets and gizmos are the norm, understanding their heartbeat often feels like a distant concept. While we’re surrounded by technology, the blueprint of their magic remains veiled.
Welcome to a transformative exploration of the digital universe with The Introduction to Programming and Physical Computing.
What Awaits You:
By the end of this seminar, not only will you decipher the digital language of everyday devices, but you’ll also be able to dive deeply in this field and embed smart features in your studio projects.
At course completion the students will:
A Lighting Installation for Natural Areas This proposal envisions to create a kinetic lighting element, to manage and minimize light pollution. It is imagined to be placed within the urban fabric in parks, or in natural suburban areas. The prototype’s design is based on the “Spider-LED Kit”, a box that can be mounted on a … Read more
Auto detective feeding mechanism Concept This project aligns with studio design, aiming to facilitate the re-establishment of beaver territories in a specific area. The device integrates motion sensors and sound detection to identify the presence of beavers and dispense food accordingly, represented by a servo motor with LED lights indicating food dispensing. Simultaneously, an LCD … Read more
Introduction After many building codes have been updated to require light sensors in order to save energy, most lighting control companies have introduced motion sensors to their products. This feature allows for lights to turn on or off automatically after movement has or has not been detected in a room for a set period of … Read more
Addressing the complex issues arising from climate change, urbanization, and human encroachment into natural habitats necessitates the establishment of harmonious interactions between humans and wildlife.Implementing thoughtful strategies can mitigate potential conflicts, safeguard biodiversity, and promote ecological connectivity. Wildlife bridges are structures built over roads and fragmented landscapes to enable animals to safely cross from one … Read more
Welcome, to the project that aims to redefine home safety through the implementation of a Smart Gas Detection System. This project focuses on ensuring the well-being of your household in a smarter, more intuitive way. In this vision of a safer home, the project introduces a Smart Gas Detection System, which plays a pivotal role … Read more
