Md. Farhadur Rahman

Md. Farhadur Rahman

Head

Department of Chemistry
Faculty of Science and Engineering

farhad@butex.edu.bd

92 Shaheed Tajuddin Ahmed Avenue Tejgaon Industrial Area, Dhaka - 1208, Bangladesh

Biography

Mr. Farhad always interested to build up his career as a successful researcher and gives utmost effective effort in teaching. Being an ideal human is his main goal. He started his research work in environmental chemistry about arsenic estimation and in pharmaceutical chemistry. Mr. Farhad also worked to synthesis of API in lab scale and as well as complex compound. To full fill his purpose he joined BUTEX on July 13, 2015 as a lecturer.

Education
Mr. Farhad received his M.S. degree in Analytical and Inorganic Chemistry and B.S. degree from Department of Chemistry, University of Dhaka. He has been awarded Dr. Kudrat-E-Khuda scholarship twice for his undergraduate results.
Journal Publication

Toxic Effects of Levafix Blue CA and Levafix Amber CA Reactive Dyes on Liver and Kidney in Mice.

Toxic Effects of Coralene Red XF and Remazol Red RR Textile Dyes on Liver and Kidney in Mice. International Journal of Food Science and Biotechnology.

“Study of Drug-Drug Interaction and Simultaneous Estimation of a new Combinational Drug by DSC and HPLC.” International Journal of Drug Research and Technology, 7 (4), 180-194

Simultaneous Estimation of Antihypertensive and Antidiabetic Drugs by HPLC. Research and Reviews: Journal of Pharmaceutical Quality Assurance (2015), Volume 1 (1), 25-29

Studies of Interactions of Valsartan, Glimepiride and Ciprofloxacin HCl by DSC and HPLC. Bangladesh Pharmaceutical Journal 20(2): 195-200

C5’-Nitrated Cinchona Catalysts for Asymmetric Michael Addition Reaction

Catalytic Reduction of Textile Dyes by N-Doped Ti-Melamine Capped Ag2S Nano Composites

Cinchona Alkaloid-derived Polymer Catalysts for Asymmetric Aza-Michael Addition of Aniline to Chalcone Get access Arrow

Development of the N-Doped Cu-Carbon Composite as a Novel Catalyst for the Removal Reactive Black 5

Metal Organic Framework Derived Cu-Carbon Composite for the Effective Reduction of p-Nitrophenol

Synthesis of cinchona urea polymers using Yamamoto coupling and their application to asymmetric reaction

Researchs

Field Of Interest:

  • Analytical and environmental chemistry
  • Textile materials
  • Recycling industrial waste
  • Polymer Chemistry
  • Nano-chemistry

Mr. Farhad received his M.S. degree in Analytical and Inorganic Chemistry and B.S. degree from Department of Chemistry, University of Dhaka. He has been awarded Dr. Kudrat-E-Khuda scholarship twice for his undergraduate results.

Toxic Effects of Levafix Blue CA and Levafix Amber CA Reactive Dyes on Liver and Kidney in Mice.

Toxic Effects of Coralene Red XF and Remazol Red RR Textile Dyes on Liver and Kidney in Mice. International Journal of Food Science and Biotechnology.

“Study of Drug-Drug Interaction and Simultaneous Estimation of a new Combinational Drug by DSC and HPLC.” International Journal of Drug Research and Technology, 7 (4), 180-194

Simultaneous Estimation of Antihypertensive and Antidiabetic Drugs by HPLC. Research and Reviews: Journal of Pharmaceutical Quality Assurance (2015), Volume 1 (1), 25-29

Studies of Interactions of Valsartan, Glimepiride and Ciprofloxacin HCl by DSC and HPLC. Bangladesh Pharmaceutical Journal 20(2): 195-200

C5’-Nitrated Cinchona Catalysts for Asymmetric Michael Addition Reaction

Catalytic Reduction of Textile Dyes by N-Doped Ti-Melamine Capped Ag2S Nano Composites

Cinchona Alkaloid-derived Polymer Catalysts for Asymmetric Aza-Michael Addition of Aniline to Chalcone Get access Arrow

Development of the N-Doped Cu-Carbon Composite as a Novel Catalyst for the Removal Reactive Black 5

Metal Organic Framework Derived Cu-Carbon Composite for the Effective Reduction of p-Nitrophenol

Synthesis of cinchona urea polymers using Yamamoto coupling and their application to asymmetric reaction

Field Of Interest:

  • Analytical and environmental chemistry
  • Textile materials
  • Recycling industrial waste
  • Polymer Chemistry
  • Nano-chemistry