Program overview
Chemical engineering, simply put, is about scaling up small-scale lab reactions into production lines that churn out hundreds of tons per day. You need to understand chemical principles, but also master material and energy balances, design reactors and separation equipment. Core courses include Chemical Engineering Principles (fluid flow, heat transfer, mass transfer), Chemical Reaction Engineering, Chemical Engineering Thermodynamics, Separation Engineering, Chemical Process Design, and Process Control. These courses teach you how to select catalysts, optimize reaction conditions, reduce energy consumption, and manage waste. Who is this program for? If you enjoy chemistry experiments but don't want to be stuck in the lab all day, if you like building setups, simulating processes with software, and solving real engineering problems, this major is a great fit. Chinese universities are strong in chemical engineering—for example, Tianjin University, East China University of Science and Technology, Tsinghua University, and Zhejiang University all have national-level chemical engineering experimental teaching demonstration centers. Many research projects are directly partnered with industry, covering areas like new energy battery materials, bio-based chemicals, and carbon capture technology. International students here get exposure to cutting-edge industrial cases, and since China's chemical industry is the largest in the world, there are abundant internship and project opportunities.