Dr. Mamun Jamal is working as Professor at the Department of Chemistry in Khulna University of Engineering & Technology, Bangladesh. Dr. Jamal is teaching Chemistry to postgraduate (MSc, MPhil and PhD) Chemistry students and undergraduate Engineering students at ƽ²©ÑÇÖÞ°æ. He joined in ƽ²©ÑÇÖÞ°æ in 2015 as an assistant professor, promoted to associate professor in 2020 and professor in 2022. Previously he held the position of Research Scientist at Tyndall National Institute, in Ireland. Mamun Jamal earned BSc and MSc in Chemistry from the University of Dhaka and PhD from the University of Limerick, Ireland. He has been awarded European Union scholarship for PhD programme at the University of Limerick, focusing on Biosensor Development for Steroid Detection. Subsequently, Dr. Jamal followed his professional trajectory as a Postdoctoral Fellow at Technoligical University Dublin for a duration of 2 years, and as a Research Scientist in Tyndall, Cork for further 4 years. Currently Mamun Jamal is leading a group comprises of 1 PhD, 1 RA, 3 MSc and 3 final year students, in the field of electrochemistry and catalysis. Mamun Jamal and his team is currently working on commercializing biodegredable plastics and ion-selective electrodes through university incubation hub. Dr. Jamal is a member of the American Chemical Society and the Royal Society of Chemistry and obtained Chartered Chemist status in 2024.
Synthesis of hybrid nano-structured composite materials (Grant: 300,000 taka)
Development of H2O2 sensor (Grant: 300,000 taka)
Synthesis of graphene oxide and its application in energy sector (Grant: 140,000 taka)
Area: Environmental Pollution/Water Quality Monitoring (Grant: 500,000 taka)
Solid state pH sensor (Grant: 100,000 taka)
Nanostructure materials synthesis (Grant: 260,000 taka)
Remediation of microplastics & nanoplastics pollution from water (Grant: 300,000 taka)
Electrochemistry & Catalysis (Grant: 300,000 taka)
Nanostructure platform based energy storage system (Grant: 190,000 taka)
Development of an energy storage device: an electrochemical approach (Grant: 300,000 taka)
Title: Development of free available chlorine sensor based on nanostructure sensor platform
Title: Analytical Methods, 2013, 5 (4), 880 – 884
Title: Analytical Methods,2012, volume 4, Pages 1865-1875)
Title: Characterization of novel biomedical poly vinyl alcohol hydrogels (under National Access Programme)
Title of the Project: Investigation of glucose sensor test strip (for diabetes patient)
Development of sensor to determine lactose in milk (Grant: 382,000 taka)
My research team is currently working on synthesizing advanced materials for sensor and energy storage anode and cathod fabrication. We are also developing microplastics removal technology from water, as well as synthesizing novel biodegradable plastics.
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Member Type: MRSC, Chartered Chemist Member ID: 00000
Member Type: Premium Member Member ID: 00000
Undergraduate courses
Ch-1207: Crystal Chemistry, Semiconductor & Electrochemistry
Ch-2129: Spectroscopy, Photochemistry, Corrosion Chemistry
Ch-1103: Nuclear Chemistry, Electrochemistry, Chemical Bond
Ch-1113: Energy Storage Device & Fundamental Chemistry
Ch-1115: Battery, Fuel Cell, Biomedical Devices & Fundamental Chemistry
Postgraduate courses
Chem-6207: Corrosion Science
Chem-6209: Advanced Chemical Kinetics
Chem-6203: Nuclear Chemistry
PhD student
MSc student
BSc final year student
MSc Supervised (2016-2023)
Last Update: 16-Jan-2025