Coding is a workshop conducted by Andreas Schlegel that focuses on the creative application of code in the design process. As part of this workshop, I learnt how to create an augmented reality experience that involves viewing 3D objects overlaid on the real world through my phone's camera. To accomplish this, my partner and I will need to follow a series of steps. We can use software like Blender to create one or more 3D objects that fit the theme, using abstract forms inspired by nature. This will help us create an engaging and immersive augmented reality (AR) experience that blends the virtual and physical worlds seamlessly.

Given that Singapore only has two distinct seasons — summer and monsoon — the idea of snowfall in the area is foreign and largely unexplored. In fact, because Singapore's climate does not favour the formation of snowflakes, it is widely believed to be scientifically improbable. Therefore, we have decided to take on the challenge of creating objects that perfectly capture the essence of snow, like the distinctive and intricate snowflakes. Through this process, we hope to produce something that combines Singapore's distinct spirit and personality with the magic and wonder of snow. In the end, we want to make something that is both beautiful and meaningful, showing how imagination and creativity can push the boundaries of what is conventionally possible.

In Code To Thing, workshop organized by Dhiya,we explored how code can be transformed into a tangible object. By working with a given code template, we used 3D space in code to generate 3D objects. We then used 3D software to convert these objects into printable templates that we could physically construct. In addition to the hands-on creation process, we also learned the importance of proper documentation techniques and styles to create content for our 3D objects and design a folded A3 poster. Through this exercise, we gained an understanding of working with both digital and physical tools, and the workflow from digital to physical.

The creation of a star with flat edges and a pointed structure using P5js code represents a departure from the typical "star-shaped" appearance, introducing a fresh perspective to the cosmic world. Its spaceship-like shape distinguishes it from other stars, making it a captivating addition to the galaxy and showcasing the power of creativity. This unique star expands the boundaries of what is possible in the world of stars and stardust, serving as an exciting and novel discovery that challenges our perceptions of traditional shapes and structures. Ultimately, this creation highlights the potential of thinking outside the box to achieve truly unique and awe-inspiring creations.

Screens, a projection mapping workshop with Jo Ho. During this project, my group and I were required to sketch out our ideas and agree on a surface for our composition. We also created three basic shapes using A3 sheets of paper, with a minimum size of 15cm x 7cm, and taped or glued them into a form that can be mapped. At least one member of our group needed to have a laptop with an HDMI port to connect to the projector. We were also allowed to use other materials besides paper and were encouraged to consult with Jo to discuss our ideas. It was a great learning experience for us to work on this project and explore different ways to compose shapes and use technology to bring our ideas to life.

Our project is centered around bringing the breathtaking and mesmerizing visuals of the Lord of the Rings movies to life. My teammate and I are specifically focusing on creating, stunning and vivid depictions of intense fires and bright thunder strikes that will leave viewers in awe. To accomplish this, we have utilised the latest visual effects and techniques to craft an immersive and unforgettable experience for the audience. Our ultimate aim is to deliver a finished product that truly captures the magic and essence of the Lord of the Rings universe, while also offering a one-of-a-kind and enthralling visual experience.

In this physical computing workshop with Jake, I will be experimenting with electronics to create simple input and output mechanisms. As a designer, this may be unfamiliar territory for me, but I understand the importance of extending traditional design into digital and physical spaces. This exercise will allow me to explore how design can be applied to create physical interactions and tangible experiences. Using prepared materials and electronic components, I will be designing a simple physical interaction that demonstrates how a physical input can trigger a digital output and vice versa. This will give me a better understanding of how electronics can be incorporated into design projects to create more engaging and interactive experiences for users.

In my concept, I aim to create a visually captivating flame that symbolizes undisturbed growth and peaceful creativity. The flame will be triggered by a light sensor that reacts to the surrounding light and produces a calming visual element. Through this project, I want to emphasize the importance of positive emotions and tranquility in our daily lives. However, the flame comes with a twist - when the light sensor is disrupted in any way, the visual representation of the flame will change. Instead of a peaceful flame, it will display a darker, more disturbed visual representation. This contrast between the two versions of the flame will create a powerful and meaningful message for viewers, reminding us of the fragility of positive emotions and how easily they can be disrupted.

Overall, through this project, I aim to explore the interplay between physical and digital elements and create an interactive installation that can spark conversation and reflection.