I am Pravin Carthic, a student focused on building engineered solutions to real problems through hands-on design, experimentation, and iteration. My interests lie in robotics, applied physics, and systems engineering, with a strong emphasis on translating theoretical ideas into working prototypes.
I approach problems by first understanding constraints, whether technical, environmental, or human, and then designing within them. This mindset has guided my work on multiple patented inventions, including robotic systems for load handling, inspection, landmine detection, and disaster response. One of these projects was further developed into a German utility patent for search and rescue operations, reinforcing my interest in resilient systems designed for high-risk environments.
Alongside engineering, I actively explore space science, mathematics, and computational thinking, and I enjoy studying how complex systems behave under real-world conditions. I am particularly interested in how modelling, feedback, and optimisation can improve the reliability and efficiency of engineered solutions.
I value learning by building. Each project I undertake involves prototyping, testing, failure, and refinement. Beyond technical work, I communicate ideas through research writing, technical presentations, and public speaking, including on platforms such as TEDx, where I have spoken about innovation and leadership.
I believe engineering carries responsibility. Technology should be robust, ethical, and purposeful. My long-term goal is to contribute to research and development that advances human capability while addressing practical challenges in safety, sustainability, and exploration.
This portfolio documents my work, my thinking process, and my progression as a student engineer.