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abrahman@ru.ac.bd

Department of Electrical and Electronic Engineering, University of Rajshahi


MD. ABDUR RAHMAN
ASSOCIATE PROFESSOR
Electrical & Electronic Engineering


Education Summary  
Ph.D. (R.U), Laboratory works at Delft University of Technology, Netherlands. M.Sc. (R.U) B.Sc. Honors(R.U),

Research Interest  
e-waste characterization and metal recovery from e-waste,, Sensor sorting of waste scraps, ECS(eddy current separator), NF metal separation, quality control of MSWI bottom ash, conductivity measurement and renewable energy engineering; For more please go to : https://www.webofscience.com/wos/author/record/HMP-3894-2023
Level Institution Year
Doctoral
(Doctor of Philosophy)
Rajshahi University 2017
Masters
(M.Sc in Applied Physics and Electronics)
Rajshahi University 2003
Bachelor/Honors
(B.Sc Honours in Applied Physics and Electronics)
Rajshahi University 2002

Experience in Rajshahi University

Duration Organization/Institute Position
2017-12-30 to Applied Physics & Electronic Engineering ASSOCIATE PROFESSOR
2010-04-19 to 2017-12-29 Applied Physics & Electronic Engineering ASSISTANT PROFESSOR
2007-04-19 to 2010-04-18 Applied Physics & Electronic Engineering LECTURER

Experience in other Organization/Institute

Duration Organization/Institute Position
2010-01-18 to 2014-04-18 Delft University of Technology, Netherlands Ph.D. Student
2006-10-19 to 2007-04-18 Atomic Energy Research and Establishment Centre, Savar Dhaka Scientific Officer
2006-09-03 to 2006-10-17 Prime University, Dhaka Lecturer

Journal

1. Md. Abdur Rahman M.C.M. Bakker "Sensor-based control in eddy current separation of incinerator bottom ash." Waste Management 33, pp. 1418-1424

Published: March 2013
2. Md. Abdur Rahman M.C.M. Bakker "Hybrid sensor for metal grade measurement of a falling stream of solid waste bottom ash" Waste management 32, pp1316-1323

Published: March 2012

Conference

1. M. R. A. Jewel and M. A. Rahman, ""Scenario of Solid Waste Generation Disposal and Transportation at the University of Rajshahi,"" IEEE, Conference location : Rajshahi, Bangladesh doi: 10.1109/IC4ME247184.2019.9036639

Published: July 2019
2. Ibna Forhad and Md. Abdur Rahman "Small Turbine for Modernization of Auto Rickshaw and Charger Rickshaw" Published in abstract book of the conference ICPSDT Dec. 10-11, 2017, CUET, Chittagong

Published: December 2017
3. Md. Abdur Rahman Abu Bakar Md. Ismail "Laser excited minority carrier lifetime measurement of semiconductor material using eddy current technique" Conference Proceedings 5-6 June ICMEIE-2015, Faculty of Engineering, University of Rajshahi

Published: June 2015
4. Md. Abdur Rahman, Md. Aliuzzaman Sardar, Md. Motiar Rahman, Md. Hafiz Al Asad "A simple circuit to measure the control rod drop time of 3MW TRIGA research reactor in Bangladesh" Proceedings, national conference on Electronics, Information and Telecommunication 29-30 June 2007, Rajshahi University

Published: June 2007

Patent

1. P.C. Rem, M.C.M. Bakker, S.P.M. Berkhout, A. Rahman "Eddy current separation apparatus, separation module, separation method and method for adjusting an eddy current separation apparatus" WIPO, WO 2012/118373A1

Published: March 2012

Control System Engineering

Description Not Provided

Engineering Electromagnetics

Description Not Provided

Running

ELectrical Circuit II

Description Not Provided

Running

Instrumentations

Description Not Provided

Telecommunications

Description Not Provided

Communication Enginering

Description Not Provided

Running

Communication system II

Description Not Provided

Running

Workshop attended

1.    Research Writing, A five-week online course (14 July to 17 August 2014) supported by INASP.

2    Writing a Dissertation, Nov-Dec. 2011, IT & C, TU Delft, Jaffaalaan 5, 2628 BX, Delft.

3.   Presenting Scientific Research for Ph.D. Students, 31 Oct and 3, 4, Nov. 20111,  IT & C, TU Delft, Jaffaalaan 5, 2628 BX, Delft.



  • Online lecture 1control system engineering (, part 4 batch 2, even 2019, )
    • open loop and closed loop control
    • Lecture 2, Transfer function
    • Lecture 3: DC machine transfer functiuon
    • Lecture 4: DC machine transfer function continued and speed control