Hey there!

I’m Sohan Suryawanshi, a third-year Product Design student who’s absolutely obsessed with technology—building things, breaking them (only to fix them again, of course!), and pushing ideas to the limit. Last few years have pushed me into a world of endless learning, incredible people, and hands-on problem-solving. I love figuring out how things work, challenging the norm, and bringing crazy ideas to life.

Love Technicalities

Since childhood, I’ve been surrounded by machines, tools, and a never-ending curiosity to build, break, and rebuild. It all started with my obsession with prototyping and making things. While other kids were playing with their RC cars, I was busy taking mine apart—because why just drive it when you can understand how it works?

That was the first time I realized that machines aren’t just random collections of parts; they are carefully designed systems where every tiny component plays a crucial role in bringing an idea to life.

By the age of 11, I had already declared war on boredom with my ultimate toolkit—screwdrivers, drilling machines, soldering irons, nuts, bolts, and anything else I could get my hands on.

If something could be opened up, explored, and modified, I had to do it. No one formally taught me; I just couldn’t resist the urge to figure things out on my own. I spent hours watching YouTube tutorials and experimenting with whatever materials were available. My first major “inventions” were a web shooter (inspired by Spider-Man, of course!) and a laser alarm system—because what’s cooler than lasers and security gadgets when you’re a kid?

My room became my personal playground—a space where failure wasn’t a setback but a sign that I was onto something exciting. Every failed attempt meant I was getting closer to success, whether it was a misaligned gear in an RC car or a circuit that refused to work. I learned to improvise, adapt, and use whatever was around me to bring my ideas to life. A broken radio? Perfect for spare parts. An old toy? Just another opportunity to experiment.

That thrill of turning ideas into reality hasn’t faded. In fact, it’s only grown stronger. Today, I approach every project with the same mindset—curiosity, hands-on experimentation, and the excitement of making something work. Whether it’s designing, prototyping, or pushing the limits of technology, I’m always ready to dive in and create something extraordinary.

Exploring

Ever wondered what happens when you mix a bunch of cool machines and different materials? Well, that’s pretty much my everyday life in design school! From CNC machines and laser cutters to 3D printers, I get to experiment with tools that turn ideas into reality.

But it’s not just about the machines—it’s about the materials too. MDF, acrylic, metal, plastic—they all behave differently, and learning how to use them is like discovering the perfect ingredients for every project. Each material has its own strengths, and figuring out how to work with them opens up new possibilities for my designs.

Machines like CNC routers, laser cutters, and 3D printers have become my everyday tools. CNC machining, for example, has shown me the precision and efficiency of subtractive manufacturing, where every millimeter matters.

Laser cutting, on the other hand, has made me appreciate how speed and accuracy can be combined to create intricate details. And then there's 3D printing—watching a design build up layer by layer still feels like magic. Each of these processes has its own logic, its own quirks, and learning to use them effectively is like unlocking a new superpower.

But machines alone don’t create great designs—materials play an equally crucial role. Whether it’s MDF, acrylic, metal, plastic, foam, or composites, every material has unique properties that influence how it can be used.

Some are rigid, some flexible, some lightweight, some durable. Understanding how they behave under different conditions—how they can be cut, bent, or joined—allows me to push the boundaries of what’s possible. I’ve also learned that choosing the right material isn’t just about aesthetics or function, but also about sustainability, efficiency, and real-world application.

Experimenting with these machines and materials in my projects has completely changed my approach to problem-solving. Prototyping is not just a step in the design process—it’s a mindset. It allows me to test ideas quickly, fail fast, and improve through iteration. Each prototype is a learning experience, whether it works perfectly or falls apart in my hands. And that’s what makes this process exciting!

The more I work with these tools, the more I realize how much there is to explore. Every project teaches me something new—about precision, materials, manufacturing techniques, and even problem-solving at a micro and macro level. My ultimate goal is to master these skills to create impactful designs, whether it’s building everyday products, developing solutions for larger industries, or even innovating at a global scale. The journey of making never really ends—it only keeps expanding, and I’m eager to keep pushing forward.