Ruman Shaikh
Mumbai India
About Me
Hello, I’m Ruman Shaikh. I completed my schooling at Hill Spring International School, where I developed a deep interest in engineering. My goal is to gain an exceptional grasp of engineering concepts and apply them to solve real-world problems. I look forward to exploring innovative ideas and pushing the boundaries of technology.
Boxing
Since the age of 12 i have extremely passionate and dedicated to the sport and art of boxing .From 7-9 monday through saturday practice was held almost everyday.Altough after reaching the 9th grade this schedule wasnt possible i tried my hardest to reach a good balance between academics and boxing.
Robotics Journey
My robotics journey has been a blend of curiosity, creativity, and teamwork. It began with co-founding the Robotics Club at Hill Spring International School, where I aimed to foster an environment of hands-on learning and innovation. As we built robots from scratch, I learned the importance of combining mechanical design, electronics, and programming to create functional systems. This experience extended beyond the classroom when I led my team in the First Tech Challenge (FTC), where we designed, programmed, and refined a robot to solve complex tasks. Competing in such a high-stakes environment taught me valuable lessons about problem-solving under pressure, collaboration, and iterative design. Robotics also introduced me to various technical concepts from motor control and sensor integration to the nuances of coding in Python and Java. With each challenge, I refined my skills and grew more passionate about the endless possibilities robotics offers. These experiences solidified my goal of mastering engineering concepts, with a particular focus on robotics. Looking ahead, I hope to further explore how robotics can solve real-world problems, blending my technical knowledge with creativity to push the boundaries of what machines can achieve.
Navkar Steel Plant Internship
During my internship at Navkar Steel Plant, I analyzed the efficiency of advanced industrial processes and machines on the manufacturing line, focusing on their performance and energy consumption. I researched system upgrades to enhance productivity and about predictive maintenance techniques using sensor data to prevent mechanical failures. This experience greatly enhanced my understanding of engineering concepts applied in real-world settings for improved productivity and sustainability.
