I am currently a Project Associate in the Physics department at IIT Madras, where I am actively engaged in research and development. My primary focus is on creating a temperature controller for temperature-controlled transmission studies on polymers. To achieve this, I have designed and implemented a highly stable temperature controller using 3D printing technology. This controller incorporates temperature sensors and is controlled by a microcontroller utilizing the PID algorithm. The entire setup is operated through a laptop using a custom software application that I developed in C#.Prior to my current role, I had the privilege of being a member of the 3D Printing Club at the Center for Innovation, IIT Madras. During my tenure, I gained extensive experience working with various types of 3D printers, including SLS, DLP, FDM, bio-3D printers, and concrete 3D printers. This exposure has enhanced my technical expertise in the field of additive manufacturing and has broadened my understanding of its applications.I am passionate about leveraging my skills in physics, engineering, and programming to contribute to cutting-edge research and development projects. I thrive in collaborative environments that encourage innovation and problem-solving. With a strong background in physics and hands-on experience in 3D printing technology, I am well-equipped to tackle complex challenges and drive impactful solutions.Feel free to connect with me if you are interested in discussing opportunities or if you would like to explore potential collaborations.Several of my work-related videos can be found on YouTube. https://www.youtube.com/channel/UC4zpMo793kAV0SX4X5ef0Lg/videos