Engineering • Energy Systems • Research & Innovation
Engineering • Energy Systems • Research & Innovation
Fundamentals of energy systems, cycles, and laws of thermodynamics.
Flow behavior, turbulence, and industrial fluid applications.
Conduction, convection, radiation, and thermal system design.
Overview of energy systems, efficiency, and sustainability.
Applied mathematics for thermal and energy systems modeling.
Design, sizing, and optimization of heat pump systems.
Industrial refrigeration cycles and performance analysis.
Combined heat and power systems for high efficiency.
Simultaneous production of heat, power, and cooling.
Energy integration and process optimization techniques.
Thermal storage systems and advanced energy solutions.
Design and optimization of heating, ventilation, and air conditioning systems.
Gas boilers, combustion systems, and efficiency improvement.
Methods for analyzing and improving energy performance.