During my engineering journey, I studied various subjects such as Electrical Machines, Power Systems, Digital and Analog Electronics, and Renewable Energy. I actively contributed to several projects, gaining valuable hands-on experience.
During my engineering studies, I was introduced to 'C' in the first semester and 'C++'' in the third semester, which sparked my interest in computer science. This led me to opt for a minor course in CSIT.
During my intermediate studies, the chapters on electricity in my physics book sparked my interest and inspired me to pursue Electrical and Electronics Engineering for my higher studies. While I was also interested in IT, I felt more drawn to the EEE field.
During high school, I developed a strong interest in science and computer technologies, which led me to pursue a Mathematics and Information Practices stream in my intermediate studies. This foundation helped enhance my problem-solving and technical skills.
Visited a 33/11 kV Sub-Station and conducted various tests, including OCT & SCT on a Transformer at TTU and energy meter testing at LTMT Lab. Inspected transformer insulation at LTRU and learned transformer repair techniques at MTRU. Gained hands-on experience in transformer maintenance and testing.
I led a team of three students for our final year project, managing circuit design, programming, and ESP32 integration. We used Firebase for real-time data synchronization and cloud integration. This experience enhanced my technical and collaborative skills.
I built this project to gain hands-on experience, using a rack and pinion mechanism to rotate a DC motor as a generator. The generated DC power is inverted and stepped up to produce AC output. This project helped me apply theoretical knowledge in energy conversion and power systems.
Built a 3-bit binary-to-decimal converter in Logisim using only basic logic gates instead of a pre-designed decoder. Derived full truth tables and minimized SOP expressions using K-maps, then implemented the display logic gate-by-gate for clarity and transparency.
Built a Simulink model to analyze DC motor speed under stepped voltage input using voltage, current, and motion sensors. Observed clear current and speed behavior under no-load conditions and gained practical understanding of why simulation is preferred before real hardware testing.