معرفی
Dušan Mijin serves as a Full Professor in the Department of Organic Chemistry at the Technical Faculty of Metallurgy, University of Belgrade. Elected to his professorship on November 9, 2011, he maintains an active presence in both teaching and research. His office is located in the TMF large building, office 335, and he can be reached at kavur@tmf.bg.ac.rs or by phone at 011/3303674 (local 674).
Professor Mijin's research interests span multiple areas of organic chemistry, with particular focus on dyes and pigments, catalysis in organic reactions, natural organic compounds, and chemical synthesis. His work integrates experimental chemistry with analytical techniques, particularly electrochemical methods. The breadth of his research is evident in the diverse range of student theses he has supervised across doctoral, master's, and undergraduate levels, covering topics from enzymatic degradation of dyes to synthesis of novel organic compounds.
His publication record demonstrates expertise in pharmaceutical electrochemistry and natural product analysis, with notable contributions to understanding the electrochemical behavior of antibiotics and the impact of processing techniques on bioactive compounds in plant materials. The consistent mentoring of students through 2024 indicates his ongoing active engagement in academic research and education.
Professor Mijin teaches numerous courses including Organic Chemistry 1 and 2, Catalysis in Organic Chemistry, Chemistry of Natural Organic Compounds, and specialized topics in dyes and pigments. His teaching portfolio reflects the same thematic focus as his research, creating a cohesive academic profile centered on organic synthesis and analysis.
Through his supervision of over 70 students at various academic levels, Professor Mijin has made significant contributions to developing expertise in organic chemistry within the Serbian academic community. His students' research spans from fundamental organic synthesis to applied topics in dye chemistry, enzymatic reactions, and materials science, reflecting the breadth of his academic influence.
