Combustion Science and Engineering
Studied reaction kinetics, pollutant formation, and energy conversion. Applied thermodynamics to calculate heating values, equilibrium flame temperatures, and combustion efficiency. Used simulation tools to predict real-world combustion behaviour.
Microprocessor Systems Engineering
Designed embedded systems, interfaces, and digital circuits. Built and programmed a robot for a 1v1 battle challenge using microcontrollers, showcasing teamwork and practical coding in low-level environments.
Electromechanical Power Conversion
Analysed transformers, DC machines, and AC induction motors. Created equivalent circuit models to predict machine performance. Studied power electronic converters and practical energy conversion systems.
Energy Conversion
Investigated thermodynamic cycles in power plants, combined with heat transfer and combustion analysis. Designed energy conversion systems and evaluated their technical, environmental, and socio-economic performance.