The research scope includes the development of new synthetic methods, the synthesis of natural products and drugs, the application of transition metal chemistry in organic synthesis, the discussion of reaction mechanisms, the synthesis of unstable compounds and the research of liquid crystal materials.
Research directions can be roughly divided into chemical kinetics, surface chemistry, catalytic reactions, nanotechnology, laser chemistry and theoretical calculations.
Research projects are mainly electroanalytical chemistry, atomic spectroscopy analysis technology, nanoanalysis technology, mass spectrometry chemistry and biochemical analysis.
The main research projects include the synthesis of supramolecular coordination compounds, the synthesis and application of organometallic chemistry, homogeneous phase catalysts, luminescent materials, inorganic photoelectrochemistry, nanoparticle preparation, nanowire preparation and other chemistry and physical inorganic chemistry.
The Department of Chemistry covers all major fields of chemistry in its teaching, providing students seize the opportunities to study the courses and areas they are interested in while emphasizing a balance between theory and practice. Each year, the department offers more than 40 courses and encourages juniors and seniors to choose specialized research projects and participate in discussions based on their interests. This approach allows students to join professors' research labs and engage in research work alongside graduate students, enhancing their ability to read research papers. The aim is to foster independent, proactive research attitudes and skills in students beyond their academic studies.