Recap from last semester
In my last ten blog posts I researched about loneliness and social isolation, focusing on how we as interaction designers can combat loneliness and how we can design for connection. I started by defining loneliness and social isolation, discussing how they are measured, and sharing statistics on who is most affected and their impact on mental and physical health. I then introduced the Theory of Third Places, and how important public spaces are for well-being and social connectedness. This led to an exploration of Human-Centered Design for public spaces and how interaction design can help shape these environments to encourage social interactions. Since a large part of our lives takes place online already, I want to take a more analog approach but still does not forego a digital aspect. This brought me to interactive installations and how they can strengthen social interactions in public spaces. I looked at how to design engaging interactive installations and key factors to consider ensuring people participate and connect with each other.
Prototyping
The first task in Design & Research 2 was to create three lo-fi prototypes, ideally linked to our Master thesis. To be honest, I am not sure if I want to continue with this topic for my Master Thesis, but for now my three prototypes are connected to it.
Prototype 01 – COMMUNITY APP
Although I wanted to take a more analog approach to the topic of loneliness, I wrote down all ideas that came to my mind and the first one was a community app. An app where you can connect with people in your neighborhood. You can find people with the same interests and hobbies, borrow tools you don’t own, arrange pet sitters while you are on vacation, get help with household repairs and discover local events.
Prototype 02 – SMART SOCIAL BENCH
A bench equipped with a small display that lights up when someone sits down, signaling an invitation for others to join. The display offers small conversation prompts such as “Tell me about your day” or “What’s your favorite song?” to encourage interaction. Additionally, a two-player mini games are included to further facilitate engagement and interaction.
Prototype 03 – INTERACTIVE INSTALLATION
The last prototype is what I already thought about during the first semester – an interactive installation. A large screen installed in a public space, accompanied by two interactive tablets or screens that allow people to play mini games together, such as Tic-Tac-Toe for example. The setup is designed to encourage spontaneous social interactions among strangers or friends passing by. To make the space more inviting and inclusive, seating options are added nearby, providing a comfortable spot for people to watch the game, cheer on players, or even join in when a new round begins. This setup transforms the public space into a casual, engaging meeting point, fostering social connection through play and shared experiences.
Speed Dating
For the next class of Design & Research 2 we had to bring one of our prototypes. Since I already wrote about interactive installations, I brought my third prototype. We did a speed dating where we talked about our prototype with a different person every round to get more different insights, feedback and ideas. In the five rounds we got different task: guessing what the prototype was, suggesting additional features, describing it as if it is a dating profile, imagining a TED Talk about it, and reflecting about the most unexpected feedback.
Insights
- Everyone I spoke with understood that my prototype is an interactive installation designed for two people to engage with each other.
- One person suggested that instead of having a large screen with two control elements, I could use multiple small tables with built-in screens, allowing more people to interact rather than just two.
- The description of the installation’s dating profile would be: Fun hanging out with.
- Since I want to place the installation in a public space, I need to consider changing weather conditions and use waterproof materials. Additionally, the individual components should be securely built to prevent theft.
