Computation in Design

Generative Design is a workshop by Andreas Schlegel that looks at the creative application of code in the design process. By using simple and basic coding principles learnt to create a series of generative imagery that is either static, dynamic or interactive. I was given the opportunity to use an AxiDraw machine to illustrate p5.js generated codes with utmost precision and the idea of a robot helping to illustrate was intriguing.

My team's concept was to study volcanic eruptions and transform the datas we found into coded visuals. To make it more interesting, we mixed between imaginary and realistic data, while keeping the visuals as abstract as possible. Some elements we used were sounds, seismic waves, vibrations, movements etc.

The challenge was to code everything we had in mind because of limited knowledge and time, hence some touch-ups were done in Illustrator while most of the visuals still come from p5.js codes. Multiple test prints were made before curating the finals. Overall, it was exciting to collaborate with a machine and the results can be quite surprising sometimes, depending on the choice of pen and paper material used.

Screens, a projection mapping workshop led by Jo Ho. This workshop allowed me to delve into the fascinating world of projection mapping and discover the many ways it can transform how one experience visual content. Through the use of p5.js, we learned how to map digital visuals onto physical objects, opening up a whole new realm of creative possibilities. My team and I drew inspiration from dreamscapes and its iconic arches, hence the Arc De Triomphe shape is used to cast our visuals. We each created 3 visuals to represent: Peace, Chaos, and Restoration, then combined visuals that best complemented each other to convey a cohesive story.

Reflecting on this workshop, I realized that there is room for improvement in the final product. For instance, using larger and sturdier paper material would create a more enjoyable experience by allowing visuals to be mapped onto bigger surfaces. Additionally, I could refine my coding skills to create visuals with better matching colours and styles. Despite these challenges, I was thrilled with the results of this workshop. In just two days, I learned a great deal about projection mapping and the possibilities it holds for creating unforgettable experiences. I can't wait to continue exploring this fascinating area of visual design in the future.

Play is a workshop by Jake Tan Zi Jie which looks at physical computing to interface between physical and digital spaces. Throughout the workshop, valuable skills are learnt such as working with p5.js and Arduino basics, as well as using sensors like light and vibrating sensors to create truly immersive experiences.

Our project draws inspiration from the law of attraction, whereby two coded visuals are initially placed at opposite ends of the screen, only to converge at the centre when users hold their hands over the light sensor. This powerful imagery symbolises the profound connection that exists between individuals, particularly in matters of the heart.

By fostering deeper human connections, our project aims to inspire a more fulfilling and exciting life, as reflected in the dynamic and explosive visuals that accompany the experience.

Our innovative use of a light sensor and reverse mapping of data ensures that the explosive visual is triggered only when the data hits less than 5, while the addition of a buzzer further enhances the user's interaction with the installation. Our creation received an overwhelmingly positive response, and my teammate and I were thrilled with the outcome. Seeing people's excitement when they interacted with our creation was very rewarding for my teammate and me.