Python,Arduino, iColor SL (Philips Color Kinetics)

LightBridge is an interactive urban display to celebrate the 150th anniversary of MIT. The installation took place at the Harvard Bridge in May 2011.

We covered the bridge with 10,000 LED lights that would interact with different elements of the surrounding.

C++, OpenGL

Textura is an exploration on how to enhance white objects with textures. By projecting onto any white surface, we can simulate different textures and materials. We envision this technology to have potential for customization and personalization, and to be applicable to areas such as industrial design, the game industry, and retail.

Arduino, iColor SL (Philips Color Kinetics)

Visual Noise Contest is a light installation developed as a final project for the 'World of Night', a class from the Media Arts and Sciences program at the MIT Media Lab taught by Susanne Seitinger and Anne Beamish.

The piece consists of an array of led lights - model iColor Flex, generously donated by Philips Color Kinetics - that visualize the input of two microphones, one on each end. By making noise on the microphones the contesters' objective is to turn all the lights to their color. When they do so, there is a little light celebration :)

This project is part of a series of experiments developed at the MIT Media Lab towards the celebration of the MIT 150th anniversary spring 2011.

Arduino, Processing and Python

Untitled Sock Project is an artistic installation developed during November 2010 as part of the Mediamatic Dev Camp in Amsterdam.

By blowing into straws visitors contribute to create a knitted sock. Depending on how hard they blow and the straw they blow into, the sock will be knitted faster and the thread will be colored with different pigments. The result will be a collaborately knitted sock lamp with a unique color pattern.

CCV, Java and Processing

Interplay is an open installation designed in collaboration with Seth Hunter. Our idea was to create an overhead system that allowed the tracking of people and produce projections between them. By doing so, we created a full body immersive experience.

We showcased the installation for the first time in the new Media Lab building during spring sponsor week 2010. For this event, we used the tracking data to inform a digital particle system. Bodies of people acted as attractors and, once attracted, the particles acquire color. In this way, connections between people appeared as strands of color.

This is an ongoing project. We are looking for new kinds of experiences that we can enhance with such a system.

Project developed for Multitouch Barcelona - HTML, CSS, Javascript, JQuery, PHP

Lemon magazine is a yearly design publication curated by Kevin Grady and Colin Mecalf. Lemon is a magazine of exceptional print quality in which every page is an experience.

We were asked to create an online version of the magazine that reflected the real experience of reading Lemon, but allowed visitors to enjoy the content as well.

We created a layout for the website that was purely graphic. Magazines are visual; just by flipping pages we can get a sense of the tone and the content. We wanted to achieve a similar experience and we designed a wall that contained images from each of the articles for navigation. Whenever a user selects an article, a video in the left column appears showing the magazine containing the selected article.

Visit the website here

Ilustrator

During my year-long visit to the Fluid Interfaces Group at the MIT Media Lab I have felt like home. The group members are amazing, not only for what research matters but also personaly. I wanted to show my appreciation to the group somehow. Since the group did not have a logo, and we were working on the redesing of the group's site, I decided to contribute by desiging a logo.

It was quite a challenge to design an image that expressed fluidity and technology without falling in the topical vision of liquids and watersplashes. It took a while to come with something interesting. Finally, when I was having breakfast one morning, I dropped some milk on the table.

After that I worked on developing the concept and explored different variations and possibilities. I created around 30 variations of the logo so that people in the group could choose the one they liked best.

Concept, Data Visualization and Organization

The Sparks project was developed in the context of the course ‘Technologies for creative learning‘ by Mitchel Resnick. Over the course we discussed several topics on how people learn and how to create engaging learning experiences. For the final project I teamed with Kent Millard (MassArt master student). Our initial idea was to create an online community for people to share time-based media projects, obtain feedback and learn technical/creative skills. One of our focuses while designing the system was on how to get people inspired and active. We thought it was a key point to keep people engaged, and increase the quality and the quantity of shared pieces in the community.

Along our endless conceptualization meetings (which we both enjoyed a lot) we came with the idea of Sparks: a system to document inspiration and to relate work within the community database. Immediately we realized the depth of the idea and we decided to change our approach to explore this concept.

The idea for Sparks was to design a system that allowed creators (in any community) to reflect on their work and provide a context (influences, inspirations, homages, parodies) for it, i.e., the intention of their work; and to enable the community to express their perception of the work ("That reminds me of..."). By using the system for tagging other people's creations users would provide critical feedback on specific projects and generate a network of interwoven creative sources that could serve as inspirations for others.

As we see it, the Sparks system generates a triple-win situation. One, it allows its users to know the inspirational sources behind pieces they admire so that they are well informed and inspired. Two, from the creator point of view, it gives feedback on how people perceive the posted work and how the piece relates to other pieces. Three, by tracking all the connections made with Sparks the body of community-generated work can be informed to observe trends, customize content suggest interesting pieces to community members to keep them more engaged and active.

This project cought the eye of Brian Lucid, professor at MassArt during Kent's end-of-semester presentation and we both were invited to co-teach the ‘Design Studio 2‘ course during the spring semester. ‘Design Studio 2‘ was a graduate course that focused in visualizing relationships within information datasets.

Download ‘Sparks: How contextualizing content can help us build better creative communities‘ (PDF)

Android, Arduino, Amarino, Google Maps API, Servos and Accelerometer

Within a context where mobile phones and other GPS-based devices can track our exact position and calculate the most efficient route to our destination, we wanted to give people the freedom to explore their environment freely; with their heads up.

GetLost! is a physical device resembling a compass where the user can determine the time they want to walk. The system will automatically generate a random path with the user specified duration that starts and finishes at the same point. The device will guide the user through this path.

The difference with the state of art guiding systems is that instead of voice advice or map located feedback all the indications are simplified to a single pointing device. This enables people to relax, knowing that they will return to the starting point within the time they selected, and enjoy the ride. As we see it, It can either be used as a meditation tool or as a random exploration tool.

Website for the project

Concept, Android and iPhone, Data Visualization

Cellular phones have been around for a while now, it is fair to say that they are our main one-to-one communication tool. Despite of the evolution this devices had experienced over time the basic interface for the address book remained the same. The SOMOS project is an attempt to redesign the contact application in mobile phones.

The main aim of the project is to optimize the amount of time that is used to find a specific contact in the address book app. By studding user habits, relationships between contacts and applying clusterization algorithms we believe that is possible to radically change the way we use our phone's contact book.

The way information is displayed on the screen is another of the challenges this project faces. Currently, an address book has between 250 entries to a 1000. Fitting all this information in a cell phone screen is complicated. I am specially focusing in this part of the project. My first attempt is the desing above where the contacts are displayed in a circular visualization inspired in old circular dial phones and groups are color clusters in the inner part of the circle.

Microsoft Surface, C#, TUIO Protocol, Java, Processing and Chuck

Soundforms are a series of experiments with the relationships between sound and shape. Seth and I shared a fascination towards adding a sound diminution to already familiar objects in our environment. On top of that, we both had been previously working on projects that explore collaborative interactions and we were profoundly interested in the possibilities that those experiences had in the learning and the creative processes.

The aim of Soundforms it to experiment different interfaces for musical creation through objects with a focus on establishing creative connections outside the interfaces; connections between participants.

From the technological point of view Soundforms is also an interesting projects. It is a conglomerate of different technologies: the system works over the Microsoft Surface, we adapted a C# module to extract the useful information from it and send it through the TUIO protocol to a Processing application that controls the visual and a Chuck patch that triggers the sound.

TBeta and ActionScript 3.0

The Multitouch Space Invaders XL installation was presented in the context of OFFF Oeiras 2009. It was an improved release for the Multitouch Space Invaders installation presented as part of the Guten Touch installation at the Red Bull Music Academy. the difference: It was BIGGER! We created a 6x4m multitouch screen for this installation.

Bigger not always means better. We had to work really hard to get it working smoothly. Despite our previous experience from the Multitouch Space Invaders installation the XL version was a challenge in many ways.

For starters, scaling the technology was hard. Since the screen size was four times bigger we needed to create a structure to support the screen and a platform for the calibration of the screen. Moreover the instead of having only one camera for the tracking we needed to add a new one and create a communication socket between the two computers processing images and the one that connected to the beamer.

From the interaction point of view, scaling the experience was also an interesting test. Within the context of the Red Bull Music Academy we had really few people interacting at the same time; from 1 to 20 people. OFFF Oeiras had more than 3,500 visitors that meant that the variation could be much bigger. We wanted to make the experience engaging and enjoyable independently of the amount of people playing, but at the same time we wanted to have as many people as possible playing.
Easy is boring, difficult is engaging, too dificult is discouraging; we needed to find the flow. But is to find the balance if you don't keep track of the people that is playing at one given moment. With that in mind we added a module of artificial intelligence to our system to be able to regulate the difficulty level of the game to the amount of people playing.

The results after three weeks of hard working and a final rush of four sleepless nights were worth it: 200 people playing together at the same time, cheering after spending nearly a minute chasing the last invader and finally killing it :)

Video

Have you ever thought that your computer is alive? That there is someone inside working for you? ‘Hi, a real human interface‘ is a metaphor for how interaction with technology should be. It was our attempt to create the perfect interface; one that really understood our deepest needs, a human interface indeed.

The Hi video was intended to be an self-portrait project. We wanted to be able to explain what we were doing in a plain way. We knew, though, that you are not always as you want to be; instead as people see you. With that idea in mind we created a video that reflected our vision about interaction design. Making technology warmer has always been the goal of our collective and we couldn‘st think of a better way to do it than by literally embedding a human being inside of it.

We posted the video in our website and we waited for our portrait to be created. The comments people left in response to the video conformed the best portrait we could have ever created; that is, in our opinion, the power of internet. Our video, like a chameleon, had different colors depending on the context it appeared and we got a lot of feedback on our work and thoughts from all kinds of publics.

Illustrator, InDesign, Photoshop, ActionScript 3.0, HTML, CSS and Javascript

One of the most challenging design jobs I have ever taken was to be the graphic and interactive designer for the Red Bull Music Academy. I was in charge of creating the graphic communication for the event as well as maintaining the website.

I created the press releases for the gigs, the flyers, the graphic ads, posters, and all sorts of inner print materials for the event. For the website I designed the banners and supervised the daily photo galleries.

The above picture shows some panels I designed for public concerts. The picture below shows the event guide that was published in the main newspapers and of the country.

ReacTIVision, TUIO Protocol, MAX/MSP + Jitter

Tangible Loops was my diploma project for my undergraduate. It consisted on a tabletop tangible user interface for musical creation. It enabled users to associate sounds to physical tokens and alter playback properties by rotating them and moving them across the surface.

During my undergraduate degree I enjoyed learning programming and design notions but, somehow I was missing interaction design subjects that went further than the usability for GUI. I wanted to explore the possibilities other sorts of interaction had an thus I created a project that enabled me to show the importance of the field.

Since I did not have any experience on the field I had to conduct a rigorous research before start programming the final application. I needed it to be able to respond to user manipulation in real time, generating sounds that matched users expectations. In the process I worked with many different technologies producing a detailed analysis of pros and cons of each one that, in the end, I added in the project documentation.

The final working prototype was implemented connecting the reacTIVision vision module to a MAX/MSP patch that generated both the audio and the visual output.