A/2, Jahurul Islam Avenue
Jahurul Islam City, Aftabnagar
Dhaka-1212, Bangladesh
PhD
Department of Civil Engineering
Royal Melbourne Institute of technology (RMIT University), Melbourne, Australia.
October 2020
Master of Engineering
Department of Civil Engineering
University of Malaya, Kualalumpur, Malaysia
Juner 2012
Bachelor of Science in Civil Engineering
Department of Civil Engineering
Bangladesh University of Engineering and Technology (BCUET), Dhaka, Bangladesh
June 2009
Dr. Muhammad Mukhlesur Rahman is Serving as "Executive Engineer" from2017 till now for Roads & Highways Department (RHD), Ministry of Road Transport and Bridges, Govt. of the People’s Republic of Bangladesh. He also worked as a part - time lecturer in Civil Engineering Department of Melbourne Polytechnic Institute, Melbourne, Australia from July 2016 to July 2017 and worked as a part - time lecturer in Civil Engineering Department of Dhaka Engineering Institute, Dhaka from July 2011 to 2015.
Deputy Secretary
Ministry of Textiles and Jute
Govt of Bangladesh
March 2021 to Present
Executive Engineer
Roads & Highways Department
Ministry of Road Transport and Bridges
Govt of Bangladesh
March 2017 to March 2021
Sub Divisional Engineer
Roads & Highways Department
Ministry of Road Transport and Bridges
Govt of Bangladesh
March 2009 to March 2017
Assistant Engineer
Roads & Highways Department
Ministry of Road Transport and Bridges
Govt of Bangladesh
August 2006 2017 to March 2009
Geopolymer concrete (Concrete without cement), Strengthening of reinforced concrete structures
using polymers, Effect of strengthened structure under static and cyclic loadings, Non-linear finite
element analysis of strengthened structures.
1. IndubhushanPatnaikuni, David W. Law and Muhammad Mukhlesur Rahman, (2017). Clay
Based Geopolymer as Sustainable Construction Material, International Journal of Emerging
Technology and Advanced Engineering.
2 . Muhammad Mukhlesur Rahman, David W. Law and IndubhushanPatnaikuni, Clay Based
Geopolymer Concrete - a state-of - the- art review, Journal of Advanced Concrete
Technology. (Under review).
3. Rahman M. M. and Jumaat M.Z. (2013),“The Effect of CFRP Laminate Length for
Strengthening the Tension Zone of the Reinforced Concrete T-Beam”, Journal of Scientific
Research and Reports. Vol 2(2),pp. 626-640.
4. Rahman M. M. and Rahman M. W. (2013), “Simplified method of strengthening RC
continuous T beam in the hogging zone using carbon fiber reinforced polymer laminate – A
numerical investigation”, Journal of Civil Engineering Construction Technology, Vol. 4(6),
pp. 174-183.
5. Islam A.B.M.S., Jameel M., Jumaat M.Z. and Rahman M. M. (2013), “Optimization in
Structural Altitude for Seismic Base Isolation at Medium Risk Earthquake Disaster Region”,
Disater Advances , vol. 6(1), pp. 23 – 35.
6. Jumaat M.Z., Rahman M. A., Alam M.A. and Rahman M. M. (2011), “Premature
failures in plate bonded strengthened RC beams with an emphasis on premature shear: A
review”, International Journal of the Physical Sciences, vol. 6(2), pp. 156 – 168.
Page 3 of 6
7. Jumaat M.Z., Rahman M. M. and Rahman M. A. (2011), “Review on bonding techniques
of CFRP in strengthening concrete structures”, International Journal of the Physical Sciences,
vol. 6(15), pp.3567-3575
8. Jumaat M. Z., Rahman M. M. and Alam M. A. (2010), “Flexural strengthening of RC
continuous T beam using CFRP laminate: A review”, International Journal of the Physical
Sciences, vol. 5(6), pp. 619-625.
9. Rahman M. M. and Jumaat M.Z. (2013),“The Behaviour of Flexurally Strengthened RC- T
BeamsConsidering the Constraints Caused by Columns”, Physical Review and Research
International. (In press Corrected Proof).
10. Rahman M. M. and Jumaat M.Z. (2013), “Identifying the Most Effective Orientation of the
CFRP Laminate for Strengthening the Tension Face of the RC T- Beams”, Physical Review
and Research International.(In press Corrected Proof).
11. Rahman M. M. and Jumaat M.Z. (2013), “Response to technical report 55 regarding CFRP
laminate length for strengthening the tension zone of the reinforced concrete T-beam”,
Journal of Scientific Research and Reviews.(In press Corrected Proof).
CE 203 : Engineering Geology and Geomorphology
CE 213 : Mechanics of Solids-II
Member
The Institution of Engineers, Bangladesh (IEB)
M 29932
The American Concrete Institute (ACI)
01178153
Student Member
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