학과홈페이지 바로가기(https://energybio.hanyang.ac.kr)

The Department of Energy and Biotechnology aims to cultivate professionals in the fields of eco-friendly energy and bio-applied chemistry . It provides a systematic curriculum that fosters everything from basic chemical knowledge to practical capabilities required in industrial settings , and fosters creative and convergent talents who will lead innovation in the chemical industry .

Our department conducts research and education focusing on core areas of the future chemical industry, such as sustainable energy technology , smart bio new industry , and eco-friendly chemical processes . Through education that combines chemistry , life science , and engineering, we produce experts with problem-solving skills and foster creative and innovative thinking to respond to the changing industrial environment .

학과홈페이지 바로가기(https://sce.hanyang.ac.kr/)

In this department, we conduct in-depth research on convergence chemical engineering focusing on four promising new industries . In particular , we conduct specialized research with global competitiveness by setting the in-depth research fields for each new industry as ‘ Energy and Environment Specialization Research ’ and ‘ Smart Bio Specialization Research ’ .

Energy nanomaterials and materials : Development of functional nanoporous materials , synthesis and application of nanoparticle metal oxides , quantum dot solar cells , water-splitting photoelectrodes , fuel cell catalysts and energy storage materials , synthesis of bioactive inorganic compounds , molecule-based porous solid materials , separation and storage of industrial gases , nanostructured semiconductors , development and application of quantum dot solar cell materials , development of fuel cell catalysts and energy storage materials , design of new materials using computational materials science

Bio-nano fusion technology : nano-bio optical sensor , biosensor , lab-on-a-chip , fabrication and application of CNT transparent electrode , flexible display , electrochemical chemical sensor , electronic nose system , chemical reaction kinetics , nano-interface structure control , biomolecule self-association , microfluidics , nano drug delivery system , biosurfactant , high-order hydrogel structure , biomaterial chemistry

Fine chemistry and medicinal chemistry : Nanometal catalysts , organic reactions using organometallic catalysts , high energy content polymers , UV - curable transparent composite coating materials , improvement of dye synthesis process , synthesis of high refractive index electronic core materials , OLED material synthesis , synthesis of nucleic acid and heterocyclic drug candidates , pharmaceutical compounds with biochemical activity , lipid nanocarriers , radioactive pharmaceutical compounds such as PET tracers , pharmaceutical analysis , determination of biopolymer structures

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