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.
Multiple electronic devices are used every day but it is hardly known how they are really made, how they work or what is the technology standing behind. Electronic devices are intentionally designed to be a “black box” that cannot be opened or modified, they can be accessed only through the provided closed interfaces. However, thanks to open source hardware and software it is becoming possible to understand how technology works and also to build personalised devices and machines.
The Introduction to Programming and Physical Computing Seminar provides an essential introduction to the world of open source programming languages and physical computing. In this seminar students simultaneously learn basic programming and physical computing concepts. This equips students with the necessary hardware / software for data sensing and actuations to conduct more advanced research and architectural proposals with embedded technology. The students are introduced to the Arduino IDE and microcontroller as a platform to create devices that interact with their environment using sensors and actuators.
At course completion the students will:
ILLUMINATION Based on the amount of natural light entering different areas of the building, the intensity of artificial light changes for better circadian rhythm. TEMPERATURE CONTROL Comfortable indoor temperature of the building is controlled based on the outdoor temperatures. Fan automatically turns on if the temperature is too hot. AIR QUALITY If the indoor environment … Read more
The 3-axis robotic arm project represents an exploration into the realms of robotics, automation, and mechatronics. At its core, the project aims to develop a versatile and precise robotic arm system with three degrees of freedom. The initial prototype, equipped with servo motors as actuators and an Arduino as the central processing unit, demonstrates the … Read more
Team member(s): divya gogiaModified by divya gogia on November 30, 2023 The project aims to create an intelligent home security system that not only detects potential threats using an Arduino, an ultrasonic sensor, and a gas/smoke sensor but also responds to those threats using a buzzer for audible alarms and a servo motor for physical actions. The system will monitor for both intruders and fire hazards, providing real-time … Read more
Vertical structure responsive to temperature changes CONCEPT The project proposes a vertical system that responds to temperature differences to visualize these changes interactively. Its main objective is to create diverse interactions with users through the response to temperature changes. The foundation of the system relies on the use of flexible membranes that expand and compress, … Read more
The Interactive Architectural Facade Concept The Interactive Proximity Window is a smart window system designed to respond to human presence. Integrated motion sensors detect when someone approaches or moves away from the window. When an individual comes close to the window, a series of mechanisms are triggered, causing the window to automatically slide rotate based … Read more
Concept The system is aimed to provide lighting to passers-by in dark environments while also automatically opening the door to greet them. This system can also be used to warn burglars and reduce social crimes. Circulation System: Component Assembly Code Prototype
Brief: The idea of the assignment is to use 2 sensors and 1-2 actuators in arduino to create a working system. Concept: Motion detection with lights: The idea of the project is to use the ultrasonic sensor to detect objects coming close to it so the light sensor can be activated which it turn forces … Read more
Dancing plant is a project of IAAC, the Institute for Advanced Architecture of Catalonia, developed in the Master in Advanced Architecture (MAA01) 2021/22 by student: Sebastian Oliver Dahl; faculty: Angel Muñoz; faculty assistant: Shahar Abelson. The dancing plant is a playful amplification of the reach of 8 motors. The plant has two modes: one is … Read more
Ultrasonic sensors are great tools to measure distance without actual contact. In this project we have used an Ultrasonic Sensor to determine the distance of an obstacle from the sensor that is read by LCD screen. Basic principal of ultrasonic distance measurement is based on ECHO. When sound waves are transmitted in environment then waves … Read more
The system consists in a Radar that works similarly as a car sensor. It is made out of an ultrasonic sensor that can detect objects and can identify the distance where they are. This sensor rotates 180 degrees in a servomotor and when the information gets back is processed by IDE Processing to map the … Read more
Abstract Using Ultrasonic sensor for detecting the distance and display the value at the LCD screen, while under certain value the Microservomotor rotates 90 degrees. Also, detecting the light by using a Light sensor, which values is being displaying to the LCD screen throw the message ‘dim’ or ‘bright’ light. BoM (Bill of materials) Code … Read more
Goal The aim of this project is to grow the plants with no worries regarding the light or water.This is how the procedure is being done;Soil Moisture receives the data based on the code applied on Arduino UNO board. If the moisture is not enough the buzzer would reacts and rings to alert.Addition to this, … Read more
Project Concept The idea was to create a system that measures the surrounding temperature and humidity and then displays it on a backlight lcd screen. It also checks if the temperature is out of limits range and starts an alarm, as well as displays a warning on the screen. This system could be used in … Read more
Abstract Looking at the advancement of technology in computational design in architecture, we can also use the implementation of kinetic facades as a prevention mechanism towards its environment. It can help in detecting aerial animals or any flying object; drones, to prevent any collision with the surface. Functioning An ultrasonic sensor sends ultrasonic waves which … Read more
Concept and Inspiration The main idea was to recreate the controls for automatic sunroofs which react to sunlight and rain. They incorporate light and rain sensors alongside a manual control via buttons. The idea is to have the sunroof deploy when the sun is too bright, retract when it’s getting dark and either retract or … Read more
“Do electronic ‘cats’ dream of bluetooth mouse?” Just like a pet cat, it will run around in random directions around your house and also away from you. But this is not a cat. It’s a small ‘robotic’ pet that will keep you company and not get bored. Unlike a cat, it won’t run into things … Read more
This project uses 4 LED lights that turn on according to the position of a joystick. This is done by using ranges and evaluating if the position is inside or outside the range that belongs to each light. Later on, a Servo Motor is added with a double helix, that points at each one of … Read more
//Step 1 interest What interested me in the subject of programming was how complex operations can be decomposed into simple steps. I was impressed by the example of the computer: how the coding system changes at different levels and how multiple combinations come out of binary code. Therefore I decided to study mechanical motion to … Read more
CONCEPT Energy-Saving Lighting System can be implemented on long corridors as well as public spaces of transit which have low motion density and constant lighting is profligate. The initiation of light follows people’s passing and, using the readout from two ultrasonic sensors, the luminance depends on the proximity of people to the power source, the … Read more
The intention of this project was to use two sensors (sound and distance) to ultimately activate a single motor. A sound sensor is first used to trigger an LED. If the LED was previously off, then it is activated. In this case, the distance sensor is also activated.Based on the distance detected, a motor is … Read more
The purpose of the project was to create a simplified version of car parking technology It is assumed that the sensors are located on both sides of the object (a car). On one side, the Ultrasonic Sensor HC-SR04 measures the distance to the collision object (for instance, a wall). The Output data is displayed on … Read more
Concept This project has been inspired by the mechanism of Automatic Doors. Automatic doors respond to the movement in front of the activation sensors which opens and closes the door. This mechanism has been replicated in this Arduino project with the help of an Ultrasonic Sonic Sensor and Servo Motor. The LEDs have been used … Read more
CONCEPT The project aims to operate a smart water pump device that can be used in domestic, commercial, and agricultural applications. It has sensors that are switching outputs on and off according to the requirement and monitor the water level in a tank or well. Reducing and optimizing the usage of water, energy and time. … Read more
