Reflections
A collection of my personal reflections throughout the MDEF program. Here, I document my journey, thoughts, and experiences along the way via audio recordings.
Last updated
A collection of my personal reflections throughout the MDEF program. Here, I document my journey, thoughts, and experiences along the way via audio recordings.
Last updated
In the first few weeks of the second term, I’ve felt both excited and overwhelmed. As I revisit my , I’ve started narrowing my focus while still leaving room for experimentation. The idea of using my own body as a tool for exploration has opened up a whole new perspective, pushing me to reflect deeply on what I want to achieve. From sweat patterns to sensory experiences, I’m exploring how my interventions can connect the physical and emotional. It’s still messy, and I don’t have all the answers, but I’m beginning to see a clearer direction for my project.
In this reflection, I dive into the shift in my , where sweat has moved from being a background curiosity to the core focus of my experimentation. Through , I explored how sweat reacts to heat, effort, stress, and social settings, uncovering its deep ties to emotion, awareness, and control. This process has reshaped my perception, showing me that sweat isn’t just a bodily function, it’s a tool for self-reflection and understanding human behavior.
This term kicked off with a deep dive into my ongoing sweat exploration, starting with my new intervention focused on through various DIY methods, and the , where my team and I created a bio-electronic wearable that visualized autonomic body responses using sweat-reactive materials and ferrofluids. Combining these experiences, I’m beginning to see sweat not just as a bodily function, but as a versatile material for creative expression and experimentation, shaping my next steps toward innovative interventions with the human body at the core.
In , I explored pH-reactive biomaterials, fabric staining, and sweat crystallization. Agar was highly reactive but unstable, while alginate was more durable. Staining fabric with BTB worked but required high concentration, and crystallization remained challenging due to low salt content. This process has not only expanded my material research but also shifted my perception of sweat and how others see it.
Over the past two weeks, I’ve been juggling two very different but surprisingly connected explorations. First, in our , we worked with AI and ants, using their movement patterns to generate 3D-printed clay structures. While this seemed unrelated to my sweat research at first, I realized that clay also sweats as it dries, opening up new ways to think about sweat beyond the human body. This inspired me to explore molding clay with my own sweat. At the same time, I’ve been refining my of the trimester improving my sweat collection, analysis, and experimentation techniques to push my research further.