Harbin Institute of Technology, Shenzhen

Program Infomation

Introduction to the research area of the School of Science：

Chemical Engineering and Technology

• Performing fundamental and applied research & development on problems related to surfaces, interfaces, micro/nano systems, solid-state devices, thin film materials and sensor technology; Offering introductory and advanced courses on the related topics;Organizing internal and external seminar programs, workshops and topical conferences;Transferring basic and applied research developments to the industrial sector and participate in joint university-industrial funded research projects;Providing some research opportunities and advanced laboratory training (in China, Europe, USA, etc.) for PhD students, postdoctoral fellows, and visiting scientists.
• Spectroscopy, colloids and interface chemistry
• lComputational chemistry and materials simulations
  1. Developing efficient and persistent organic solid-state luminophore
  2. Investigating the electronic excited-state dynamics of organic optoelectronic materials
• Our group nurtures students specialized in the fields of analytical chemistry, biotechnology and bio-nano convergence with 2 teams of diverse research interests.
  Team 1 focuses on: 1) Fabrication of chem/bio-sensors and their application in biomedicine, environmental monitoring, food and drug security, etc.2) Nanomaterials and their application in electrochemical catalysis and sensing.
  Team 2 is targeted on nanoscience-driven sensing and imaging which focuses on nanoplasmonics and optics for precision biomedicine and bioengineering.
  Team 3 pursues fundamental improvement of nanomaterial/nanochip design and synthesis by exploiting the diverse functions of cells (e.g. microalgae) and biomolecules.
  All the teams provide an insight into the latest advances in the emerging sciences of chemistry, biology and nanomedicine. We welcome students whose educational backgrounds of chemistry, materials, biology, pharmacy, medicine etc.
• Research on new reagents, reactions, and mechanism based on the redox strategy
• Research on asymmetric catalysis and synthesis based on skeletally-diverse, privileged chiral scaffolds.

Professors’Information

Scholarship

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Our school contains five disciplines. They provide teaching services for the whole campus of the public courses. Focusing on the international frontier and international collaboration, in Shenzhen, our high-starting-point, high-level education attracts and benefits the students from all over the world.

Meanwhile, the disciplines collaborate at high level on applied researches via the science-engineering cross for promoting the development of engineering technology with the innovation of basic theories.

Currently, we have developed several research areas, e.g., Engineering Mechanics, Solid Mechanics, Biomechanics, Optics, Condensed Matter Physics, Space Physics, Basic Mathematics, Applied Mathematics, Biochemistry.