Program overview
Thermal Engineering, in simple terms, is about converting fuels, solar energy, geothermal heat, and other sources into the electricity, heat, and power we need, while minimizing pollution and waste. At the graduate level, you will study core courses like engineering thermodynamics, heat transfer, fluid mechanics, and combustion science, and also explore areas such as thermal system analysis, new energy technologies, and energy-saving techniques. The curriculum includes plenty of experiments and simulations—for example, using software to design a boiler or optimize a power plant's efficiency. Chinese universities have distinctive strengths in this field. For instance, Tsinghua, Xi'an Jiaotong University, and Zhejiang University excel in efficient combustion and new energy. Many labs collaborate directly with companies, giving you hands-on experience with real projects. This major suits students who don't mind physics and math, enjoy solving problems with their hands, and care about environmental protection and the future of energy. If you're curious about questions like 'how to burn coal more cleanly' or 'how to store solar energy,' then Thermal Engineering will be right up your alley.